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Page | 1
An Analytical Study of WTO on the
Indian Agriculture Sector
Thesis
Submitted to the University of Lucknow
for the Award of the Degree of
Doctor of Philosophy in
Applied Economics
Submitted by
Vijay Kumar
Under the Supervision of
Dr. V. K. Goswami Ph.D., D. Litt.
Associate Professor at Department of Applied Economics,
University of Lucknow
Submitted to the
Department of Applied Economics,
Faculty of Commerce,
University of Lucknow,
Lucknow, India
2014
Page | 2
Dr. V. K. Goswami,
Associate Professor
UNIVERSITY OF LUCKNOW Department of Applied Economics,
Lucknow, U.P., India
Mobile No.: +919415458594
E-mail: [email protected]
Date: 04-Nov-2014
CERTIFICATE BY SUPERVISOR
This is to certify that Mr. Vijay Kumar, a Ph.D. candidate
at the Department of Applied Economics, University of
Lucknow, Lucknow, India has completed his doctoral thesis
on An Analytical Study of WTO on the Indian Agriculture
Sector under my supervision and guidance.
The thesis has been submitted for the award of the degree
of Doctor of Philosophy (Ph.D.) in Applied Economics of
University of Lucknow, Lucknow, India.
The thesis contains the original work of the candidate
(except quotations & citations), which is neither accepted nor
rejected for any other degree/diploma or for requirement of
any academic distinction.
(V. K. GOSWAMI)
Page | 3
DECLARATION BY CANDIDATE
I, Vijay Kumar, a Ph.D. candidate at the Department of
Applied Economics, University of Lucknow, Lucknow,
India hereby solemnly declare that I have completed my
doctoral thesis on An Analytical Study of WTO on the
Indian Agriculture Sector under supervision and guidance of
Dr. V. K. Goswami, Associate Professor, Department of
Applied Economics, University of Lucknow, Lucknow,
India.
The thesis has been submitted for the award of the degree
of Doctor of Philosophy (Ph.D.) in Applied Economics of
University of Lucknow, Lucknow, India.
The thesis contains my original work (except quotations
& citations), which is neither accepted nor rejected for any
other degree/diploma or for requirement of any academic
distinction.
(VIJAY KUMAR)
Page | 4
Copyright ©
(2014) by
Vijay Kumar
Page | 5
I DEDICATE MY WORK TO MY FAMILY
my parents;
Smt. Poonam
and
Shri Raj Kumar
and brother
Ravi Kumar
Page | 6
Acknowledgement
First of All I want to express my heart full thanks to Supervisor of my
Ph.D. research work Dr. V. K. Goswami, Associate Professor, Department
of Applied Economics, University of Lucknow, Lucknow. He helped me at
each and every stage of my research work and sincerely guides me about all
the issue and new dimensions of research work.
I am thankful to all faculty members of Dept. of Applied Economics,
University of Lucknow, Lucknow viz. Prof. Madhurima (Head of
Department), Dr. Archana Singh, Dr. Rachna Mujju, for their extended
support for this research effort.
I am thankful to Ministry of Social Justice and Empowerment, Govt.
of India for funding for my doctoral research and University Grants
Commission, New Delhi for timely disbursement of my fellowship.
I am thankful to Indian Council of Social Science Research (ICSSR),
New Delhi for funding various Workshops I attended during my Doctoral
research.
I‟m thankful to my brothers Mr. Ravi Kumar, M.Tech. Candidate at
BBAU, Lucknow & Mr. Aditya Kumar, B.Tech. Candidate at BBDNIIT,
Lucknow, for assisting me in data feeding.
I am thankful to all the members of university administration who for
extending its support for this research effort.
My thanks is also due to all members of non-teaching staff who
assisted/supported me in the preparation of my doctoral thesis or otherwise.
Some of my dear friends Rupali Sharma, Ashutosh Arun, Shiv
Kumar, Munna Ram, Abhishek Jaiswal, Saima Dilsad, Mehwesh Rizvi,
Bheemvrat Pratap Singh, etc. helped me for the completion of my research
work and most likely there present for entertainment, Mind refreshment
keeps me healthy for the best quality research work.
Page | 7
I am also thankful to all those who contributed in this research effort
otherwise.
Finally, the completion of this thesis would not have been possible
without the love, support and encouragement of my family members.
(VIJAY KUMAR)
Page | 8
List of Content
Sl. No. Topic Page
No.
I Title Page
II Certificate by Supervisor 02
III Declaration by Candidate 03
IV Acknowledgement 06
V List of Content 08
VI List of Tables 13
VII List of Figures 22
VIII List of Acronyms 23
1 Introduction 25
1.1 Introduction to Indian Agriculture Sector 25
1.2 Agriculture Role in Gross Domestic Product in India 26
1.3 Globalization Need for International Trade 29
1.4 View Points for the Dark side of International and Trade
Globalization
32
1.5 An Overview of World trade 33
1.6 International Trade in Agriculture Sector in India 34
1.7 India‟s Foreign Trade 36
2 Review of Literature 38
3 Research Methodology 55
3.1 Need of the Study 55
3.2 Objectives of the Study 55
3.3 Research Hypotheses 56
3.4 Research Methodology 60
3.4.1 Research Design 60
3.4.2 Data Collection Procedures 60
3.4.2.1 Published Sources 60
3.4.2.2 Unpublished Sources 61
3.4.3 Analysis of Data 61
3.5 Limitations of the Study 61
3.6 Significance of the Study 62
4 World Trade Organization (WTO) 63
4.1 Importance of the International Rules by International Body 63
4.2 Story from 1994 – The Process of GATT Formation 63
4.3 Bretton Woods Conference 64
4.3.1 World Bank 65
4.3.2 International Monetary Fund (IMF) 65
4.3.3 International Trade Organization (ITO) 65
4.4 General Agreement on Tariff and Trade (GATT) 66
4.5 Brief History of All Negotiating Rounds 66
4.6 How Much GATT Succeed 71
4.7 World Trade Organization – WTO (1995) 73
4.7.1 Rule, Regulation and Principles of WTO Law 77
4.7.2 Sources of the Law of World Trade Organization 77
Page | 9
4.7.2.1 Marrakesh Agreement 78
4.7.3 Structure or Hierarchy of World Trade Organization (WTO) 80
4.7.4 Ministerial Conferences 80
4.7.5 General Councils 81
4.7.6 Trade Policy Review Policy 82
4.7.7 Dispute Settlement Body 82
4.7.8 Councils on Trade in Goods and Services 83
4.7.9 Director General and Secretariats 84
4.7.10 Committee on Trade and Development and Committee on
Trade and Environment
84
4.7.11 Organization Chart of World Trade Organization (WTO) 85
4.8 Functions of the World Trade Organization 85
5 Indian Agriculture Sector 88
5.1 Agriculture Sector (Types, Season, Production) in India 88
5.1.1 Cereals or Grain Crops 88
5.1.2 Horticultural Crops 88
5.2 Seasons of Crop 89
5.3 National Food Security Mission (NFSM) 89
5.4 Aggregate Growth Rates of Principle Crops 90
5.5 Economic Indicators of Interest 92
5.6 Year-Wise Expenditure of Department of Agriculture and
Cooperation
94
5.7 Outlays / Expenditure under Agriculture & Allied Activities 95
5.8 Percentage Share of Gross Domestic Product (GDP) at Factor
Cost
98
5.9 Plan-wise Share of Public Sector Outlays and Expenditure
under Agriculture and Allied Activities
99
5.10 Comparison of States Outlay and Expenditure for Eleventh and
Twelfth Plan
100
6. Analysis of Data 103
6.1 Regression for Production of Cereal Crops 103
6.1.1 Regression for Production of Rice 103
6.1.1.1 F Test for the Regression for Production of Rice 104
6.1.1.2 Testing of Hypothesis using F Test for the Regression for
Production of Rice
104
6.1.1.3 ANOVA for the Regression for Production of Rice 105
6.1.2 Regression for Production of Wheat 106
6.1.2.1 F Test for the Regression for Production of Wheat 107
6.1.2.2 Testing of Hypothesis using F Test for the Regression for
Production of Wheat
107
6.1.2.3 ANOVA for the Regression for Production of Wheat 108
6.1.3 Regression for Production of Coarse Cereals 109
6.1.3.1 F Test for the Regression for Production of Coarse Cereals 111
6.1.3.2 Testing of Hypothesis using F Test for the Regression for
Production of Coarse Cereals
111
6.1.3.3 ANOVA for the Regression for Production of Coarse Cereals 111
6.2 Regression for Production of Coarse Cereals 112
6.2.1 F Test for the Regression for Production of Coarse Cereals 114
6.2.2 Testing of Hypothesis using F Test for the Regression for 114
Page | 10
Production of Coarse Cereals
6.2.3 ANOVA for the Regression for Production of Coarse Cereals 114
6.3 Regression for Production of other Food Grains 116
6.3.1 Regression for Production of Pulses 116
6.3.1.1 F Test for the Regression for production of Pulses 117
6.3.1.2 Testing of Hypothesis using F Test for the Regression for
production of Pulses
117
6.3.1.3 ANOVA for the Regression for production of Pulses 118
6.3.2 Regression for Production of Total Food Grains 119
6.3.2.1 Regression for Production of Total Food Grains 120
6.3.2.2 Testing of Hypothesis using F Test for the Regression for
Production of Total Food Grains
121
6.3.2.3 ANOVA for the Regression for Production of Total Food
Grains
121
6.4 Regression for Production of Oilseeds 122
6.4.1 Regression for Production of Groundnut 122
6.4.1.1 F Test for the Regression for Production of Groundnut 124
6.4.1.2 Testing of Hypothesis using F Test for the Regression for
Production of Groundnut
124
6.4.1.3 ANOVA for the Regression for Production of Groundnut 124
6.4.2 Regression for Production of Rapeseed & Mustard 126
6.4.2.1 F Test for the Regression for Production of Rapeseed &
Mustard
127
6.4.2.2 Testing of Hypothesis using F Test for the Regression for
Production of Rapeseed & Mustard
128
6.4.2.3 ANOVA for the Regression for Production of Rapeseed &
Mustard
128
6.4.3 Regression for Production of Soya bean 129
6.4.3.1 F Test for the Regression for Production of Soya bean 131
6.4.3.2 Testing of Hypothesis using F Test for the Regression for
Production of Soya bean
131
6.4.3.3 ANOVA for the Regression for Production of Soya bean 131
6.4.4 Regression for Production of Oilseeds 133
6.4.4.1 F Test for the Regression for Production of Oilseeds 134
6.4.4.2 Testing of Hypothesis using F Test for the Regression for
Production of Oilseeds
134
6.4.4.3 ANOVA for the Regression for Production of Oilseeds 134
6.5 Regression for Production of Edibles 136
6.5.1 Regression for Production of Coffee 136
6.5.1.1 F Test for the Regression for Production of Coffee 137
6.5.1.2 Testing of Hypothesis using F Test for the Regression for
Production of Coffee
137
6.5.1.3 ANOVA for the Regression for Production of Coffee 138
6.5.2 Regression for Production of Sugarcane 139
6.5.2.1 F Test for the Regression for Production of Sugarcane 140
6.5.2.2 Testing of Hypothesis using F Test for the Regression for
Production of Sugarcane
141
6.5.2.3 ANOVA for the Regression for Production of Sugarcane 141
6.5.3 F Test for the Regression for Production of Tea 142
Page | 11
6.5.3.1 Testing of Hypothesis using F Test for the Regression for
Production of Tea
143
6.5.3.2 Testing of Hypothesis using F Test for the Regression for
Production of Tea
144
6.5.3.3 ANOVA for the Regression for Production of Tea 144
6.5.4 Regression for Production of Tobacco 145
6.5.4.1 F Test for the Regression for Production of Tobacco 147
6.5.4.2 Testing of Hypothesis using F Test for the Regression for
Production of Tobacco
147
6.5.4.3 ANOVA for the Regression for Production of Tobacco 147
6.6 Regression for Production of Textile Inputs 148
6.6.1 Regression for Production of Cotton 148
6.6.1.1 F Test for the Regression for Production of Cotton 150
6.6.1.2 Testing of Hypothesis using F Test for the Regression for
Production of Cotton
150
6.6.1.3 ANOVA for the Regression for Production of Cotton 150
6.6.2 Regression for Production of Raw Jute & Mesta 152
6.6.2.1 F Test for the Regression for Production of Raw Jute & Mesta 153
6.6.2.2 Testing of Hypothesis using F Test for the Regression for
Production of Raw Jute & Mesta
153
6.6.2.3 ANOVA for the Regression for Production of Raw Jute &
Mesta
154
6.7 Production of Food Grain and Major Non-Food Grain Crops in
Andhra Pradesh
155
6.8 Production of Food Grain and Major Non-Food Grain Crops in
Arunachal Pradesh
164
6.9 Production of Food Grain and Major Non-Food Grain Crops in
Assam
171
6.10 Production of Food Grain and Major Non-Food Grain Crops in
Bihar (and Jharkhand)
180
6.11 Production of Food Grain and Major Non-Food Grain Crops in
Goa
190
6.12 Production of Food Grain and Major Non-Food Grain Crops in
Gujarat
195
6.13 Production of Food Grain and Major Non-Food Grain Crops in
Haryana
203
6.14 Production of Food Grain and Major Non-Food Grain Crops in
Himachal Pradesh
211
6.15 Production of Food Grain and Major Non-Food Grain Crops in
Jammu & Kashmir
219
6.16 Production of Food Grain and Major Non-Food Grain Crops in
Karnataka
227
6.17 Production of Food Grain and Major Non-Food Grain Crops in
Kerala
236
6.18 Production of Food Grain and Major Non-Food Grain Crops in
Madhya Pradesh (and Chhattisgarh
243
6.19 Production of Food Grain and Major Non-Food Grain Crops in
Maharashtra
253
6.20 Production of Food Grain and Major Non-Food Grain Crops in 262
Page | 12
Manipur
6.21 Production of Food Grain and Major Non-Food Grain Crops in
Meghalaya
265
6.22 Production of Food Grain and Major Non-Food Grain Crops in
Mizoram
278
6.23 Production of Food Grain and Major Non-Food Grain Crops in
Nagaland
285
6.24 Production of Food Grain and Major Non-Food Grain Crops in
Odisha
294
6.25 Production of Food Grain and Major Non-Food Grain Crops in
Punjab
303
6.26 Production of Food Grain and Major Non-Food Grain Crops in
Rajasthan
311
6.27 Production of Food Grain and Major Non-Food Grain Crops in
Sikkim
320
6.28 Production of Food Grain and Major Non-Food Grain Crops in
Tamil Nadu
326
6.29 Production of Food Grain and Major Non-Food Grain Crops in
Tripura
335
6.30 Production of Food Grain and Major Non-Food Grain Crops in
Uttar Pradesh (and Uttarakhand)
344
6.31 Production of Food Grain and Major Non-Food Grain Crops in
West Bengal
354
6.32 Production of Food Grain and Major Non-Food Grain Crops in
All States
363
6.33 Production of Food Grain and Major Non-Food Grain Crops in
Union Territories
373
6.34 Production of Food Grain and Major Non-Food Grain Crops in
Whole India
381
7 Findings, Conclusion & Recommendations 391
7.1 Findings 391
7.1.1 Findings for Hypotheses Testing 391
7.1.2 Findings for Agriculture Production in India 394
7.2 Conclusion 395
7.2.1 Conclusion for Hypotheses Testing 395
7.2.2 Conclusion for Agriculture Production in India 399
X Bibliography 402
Page | 13
List of Tables
Sl. No. Table Page
No.
I List of Content 08
II List of Tables 13
III List of Figures 22
IV List of Acronyms 23
1.1 India‟s Position at World Level 25
1.2.1 Agriculture Sector: Key Indicator (% at 2004-05 prices) 26
1.2.2 Agricultural Production – Food Grains 27
1.5 Trends in Growth in Trade Volumes 34
1.6 India‟s Imports and Exports of Agricultural Commodities 35
1.7 India‟s Foreign Trade 37
4.5 GATT and WTO Negotiating Rounds of Multilateral
Trade Liberalization
67
4.4 Key Dates of Uruguay Round of WTO 70
4.7.4 Ministerial Conferences Held from December 1996 till
Present
81
5.1.1 Types of Crops in India 88
5.1.2 Types of Horticulture Crops 89
5.2 Season of Crops in India 89
5.4 Aggregate Growth Rates of Principle Crops 92
5.5 Statistical Data of Selected Economic Indicators in India 93
5.6 Year-wise Expenditure of Department of Agriculture and
Cooperation
95
5.7 Outlays / Expenditure under Agriculture & Allied
Activities
97
5.8 Percentage Share of Gross Domestic Product (GDP) at
Factor Cost
98
5.9 Plan-wise Share of Public Sector Outlays and Expenditure
under Agriculture and Allied Activities
100
5.10 Comparison of States Outlay and Expenditure for
Eleventh and Twelfth Plan
102
6.1.1.1 Descriptive Statistics for Rice 103
6.1.1.2 Pearson Correlations for Rice 104
6.1.1.3 Regression Model Summary for Rice 104
6.1.1.4 ANOVA for the Regression for Production of Rice 105
6.1.1.5 Coefficients for Regression Model for Rice 105
6.1.2.1 Descriptive Statistics for Wheat 106
6.1.2.2 Pearson Correlations for Wheat 106
6.1.2.3 Regression Model Summary for Wheat 107
6.1.2.4 ANOVA for the Regression for Production of Wheat 108
6.1.2.5 Coefficients for Regression Model for Wheat 109
Page | 14
6.1.3.1 Descriptive Statistics for Coarse Cereals 109
6.1.3.2 Pearson Correlations for Coarse Cereals 110
6.1.3.3 Regression Model Summary for Coarse Cereals 110
6.1.3.4 ANOVA for the Regression for Production of Coarse
Cereals
111
6.1.3.5 Coefficients for Regression Model for Coarse Cereals 112
6.2.1 Descriptive Statistics for Total Cereals 113
6.2.2 Pearson Correlations for Total Cereals 113
6.2.3 Regression Model Summary for Total Cereals 113
6.2.4 ANOVA for the Regression for Production of Total
Cereals
115
6.2.5 Coefficients for Regression Model for Total Cereals 115
6.3.1.1 Descriptive Statistics for Pulses 116
6.3.1.2 Pearson Correlations for Pulses 116
6.3.1.3 Regression Model Summary for Pulses 117
6.3.1.4 ANOVA for the Regression for Production of Pulses 118
6.3.1.5 Coefficients for Regression Model for Pulses 118
6.4.1.1 Descriptive Statistics for Total Food Grains 123
6.4.1.2 Pearson Correlations for Total Food Grains 123
6.4.1.3 Regression Model Summary for Total Food Grains 123
6.4.1.4 ANOVA for the Regression for Production of Total Food
Grains
125
6.4.1.5 Coefficients for Regression Model for Total Food Grains 125
6.4.2.1 Descriptive Statistics for Groundnut 126
6.4.2.2 Pearson Correlations for Groundnut 126
6.4.2.3 Regression Model Summary for Groundnut 127
6.4.2.4 ANOVA for the Regression for Production of Groundnut 128
6.4.2.5 Coefficients for Regression Model for Groundnut 129
6.4.3.1 Descriptive Statistics for Rapeseed & Mustard 130
6.4.3.2 Pearson Correlations for Rapeseed & Mustard 130
6.4.3.3 Regression Model Summary for Rapeseed & Mustard 130
6.4.3.4 ANOVA for the Regression for Production of Rapeseed
& Mustard
132
6.4.3.5 Coefficients for Regression Model for Rapeseed &
Mustard
132
6.4.4.1 Descriptive Statistics for Soya bean 133
6.4.4.2 Pearson Correlations for Soya bean 133
6.4.4.3 Regression Model Summary for Soya bean 134
6.4.4.4 ANOVA for the Regression for Production of Soya bean 135
6.4.4.5 Coefficients for Regression Model for Soya bean 135
6.5.1.1 Descriptive Statistics for Oilseeds 136
6.5.1.2 Pearson Correlations for Oilseeds 136
6.5.1.3 Regression Model Summary for Oilseeds 137
6.5.1.4 ANOVA for the Regression for Production of Oilseeds 138
6.5.1.5 Coefficients for Regression Model for Oilseeds 138
Page | 15
6.5.2.1 Descriptive Statistics for Coffee 139
6.5.2.2 Pearson Correlations for Coffee 139
6.5.2.3 Regression Model Summary for Coffee 140
6.5.2.4 ANOVA for the Regression for Production of Coffee 141
6.5.2.5 Coefficients for Regression Model for Coffee 142
6.5.3.1 Descriptive Statistics for Sugarcane 142
6.5.3.2 Pearson Correlations for Sugarcane 143
6.5.3.3 Regression Model Summary for Sugarcane 143
6.5.3.4 ANOVA for the Regression for Production Sugarcane of 144
6.5.3.5 Coefficients for Regression Model for Sugarcane 145
6.5.4.1 Descriptive Statistics for Tea 145
6.5.4.2 Pearson Correlations for Tea 146
6.5.4.3 Regression Model Summary for Tea 146
6.5.4.4 ANOVA for the Regression for Production of Tea 147
6.5.4.5 Coefficients for Regression Model for Tea 148
6.6.1.1 Descriptive Statistics for Tobacco 149
6.6.1.2 Pearson Correlations for Tobacco 149
6.6.1.3 Regression Model Summary for Tobacco 149
6.6.1.4 ANOVA for the Regression for Production of Tobacco 150
6.6.1.5 Coefficients for Regression Model for Tobacco 151
6.6.2.1 Descriptive Statistics for Cotton 152
6.6.2.2 Pearson Correlations for Cotton 152
6.6.2.3 Regression Model Summary for Cotton 153
6.6.2.4 ANOVA for the Regression for Production of Cotton 154
6.6.2.5 Coefficients for Regression Model for Cotton 154
6.7.1 Production of Rice in Andhra Pradesh 156
6.7.2 Production of Wheat in Andhra Pradesh 157
6.7.3 Production of Coarse Cereals in Andhra Pradesh 158
6.7.4 Production of Pulses in Andhra Pradesh 159
6.7.5 Production of Food Grains in Andhra Pradesh 160
6.7.6 Production of Oilseeds in Andhra Pradesh 161
6.7.7 Production of Cotton in Andhra Pradesh 162
6.7.8 Production of Sugarcane in Andhra Pradesh 163
6.7.9 Production of Raw Jute & Mesta in Andhra Pradesh 164
6.8.1 Production of Rice in Arunachal Pradesh 165
6.8.2 Production of Wheat in Arunachal Pradesh 166
6.8.3 Production of Coarse Cereals in Arunachal Pradesh 167
6.8.4 Production of Pulses in Arunachal Pradesh 168
6.8.5 Production of Food Grains in Arunachal Pradesh 169
6.8.6 Production of Oilseeds in Arunachal Pradesh 170
6.8.7 Production of Cotton in Arunachal Pradesh 171
6.8.8 Production of Sugarcane in Arunachal Pradesh 171
6.9.1 Production of Rice in Assam 172
6.9.2 Production of Wheat in Assam 173
6.9.3 Production of Coarse Cereals in Assam 174
Page | 16
6.9.4 Production of Pulses in Assam 175
6.9.5 Production of Food Grains in Assam 176
6.9.6 Production of Oilseeds in Assam 177
6.9.7 Production of Cotton in Assam 178
6.9.8 Production of Sugarcane in Assam 179
6.9.9 Production of Raw Jute & Mesta in Assam 180
6.10.1 Production of Rice in Bihar (and Jharkhand) 181
6.10.2 Production of Wheat in Bihar (and Jharkhand) 182
6.10.3 Production of Coarse Cereals in Bihar (and Jharkhand) 183
6.10.4 Production of Pulses in Bihar (and Jharkhand) 184
6.10.5 Production of Food Grains in Bihar (and Jharkhand) 185
6.10.6 Production of Oilseeds in Bihar (and Jharkhand) 186
6.10.7 Production of Oilseeds in Bihar (and Jharkhand) 187
6.10.8 Production of Sugarcane in Bihar (and Jharkhand) 188
6.10.9 Production of Raw Jute & Mesta in Bihar (and Jharkhand) 189
6.11.1 Production of Rice in Goa 191
6.11.2 Production of Coarse Cereals in Goa 191
6.11.3 Production of Pulses in Goa 192
6.11.4 Production of Food Grains in Goa 193
6.11.5 Production of Oilseeds in Goa 194
6.11.6 Production of Sugarcane in Goa 195
6.12.1 Production of Rice in Gujarat 196
6.12.2 Production of Wheat in Gujarat 197
6.12.3 Production of Coarse Cereals in Gujarat 198
6.12.4 Production of Pulses in Gujarat 199
6.12.5 Production of Food Grains in Gujarat 200
6.12.6 Production of Oilseeds in Gujarat 201
6.12.7 Production of Cotton in Gujarat 202
6.12.8 Production of Sugarcane in Gujarat 203
6.13.1 Production of Rice in Haryana 204
6.13.2 Production of Wheat in Haryana 205
6.13.3 Production of Coarse Cereals in Haryana 206
6.13.4 Production of Pulses in Haryana 207
6.13.5 Production of Food Grains in Haryana 208
6.13.6 Production of Oilseeds in Haryana 209
6.13.7 Production of Cotton in Haryana 210
6.13.8 Production of Sugarcane in Haryana 211
6.14.1 Production of Rice in Himachal Pradesh 212
6.14.2 Production of Wheat in Himachal Pradesh 213
6.14.3 Production of Coarse Cereals in Himachal Pradesh 214
6.14.4 Production of Pulses in Himachal Pradesh 215
6.14.5 Production of Food Grains in Himachal Pradesh 216
6.14.6 Production of Oilseeds in Himachal Pradesh 217
6.14.7 Production of Cotton in Himachal Pradesh 218
6.14.8 Production of Sugarcane in Himachal Pradesh 219
Page | 17
6.15.1 Production of Rice in Jammu & Kashmir 220
6.15.2 Production of Wheat in Jammu & Kashmir 221
6.15.3 Production of Coarse Cereals in Jammu & Kashmir 222
6.15.4 Production of Pulses in Jammu & Kashmir 223
6.15.5 Production of Food Grains in Jammu & Kashmir 224
6.15.6 Production of Oilseeds in Jammu & Kashmir 225
6.15.7 Production of Cotton in Jammu & Kashmir 226
6.15.8 Production of Sugarcane in Jammu & Kashmir 227
6.16.1 Production of Rice in Karnataka 228
6.16.2 Production of Wheat in Karnataka 229
6.16.3 Production of Coarse Cereals in Karnataka 230
6.16.4 Production of Pulses in Karnataka 231
6.16.5 Production of Food Grains in Karnataka 232
6.16.6 Production of Oilseeds in Karnataka 233
6.16.7 Production of Cotton in Karnataka 234
6.16.8 Production of Sugarcane in Karnataka 235
6.16.9 Production of Raw Jute & Mesta in Karnataka 236
6.17.1 Production of Rice in Kerala 237
6.17.2 Production of Coarse Cereals in Kerala 238
6.17.3 Production of Pulses in Kerala 239
6.17.4 Production of Food Grains in Kerala 240
6.17.5 Production of Oilseeds in Kerala 241
6.17.6 Production of Cotton in Kerala 242
6.17.7 Production of Sugarcane in Kerala 243
6.18.1 Production of Rice in Madhya Pradesh (and Chhattisgarh) 244
6.18.2 Production of Wheat in Madhya Pradesh (and
Chhattisgarh)
245
6.18.3 Production of Coarse Cereals in Madhya Pradesh (and
Chhattisgarh)
246
6.18.4 Production of Pulses in Madhya Pradesh (and
Chhattisgarh)
247
6.18.5 Production of Food Grains in Madhya Pradesh (and
Chhattisgarh)
248
6.18.6 Production of Oilseeds in Madhya Pradesh (and
Chhattisgarh)
249
6.18.7 Production of Cotton in Madhya Pradesh (and
Chhattisgarh)
250
6.18.8 Production of Sugarcane in Madhya Pradesh (and
Chhattisgarh)
252
6.18.9 Production of Raw Jute & Mesta in Madhya Pradesh (and
Chhattisgarh)
253
6.19.1 Production of Rice in Maharashtra 254
6.19.2 Production of Wheat in Maharashtra 255
6.19.3 Production of Coarse Cereals in Maharashtra 256
6.19.4 Production of Pulses in Maharashtra 257
Page | 18
6.19.5 Production of Food Grains in Maharashtra 258
6.19.6 Production of Oilseeds in Maharashtra 259
6.19.7 Production of Cotton in Maharashtra 260
6.19.8 Production of Sugarcane in Maharashtra 261
6.19.9 Production of Raw Jute & Mesta in Maharashtra 262
6.20.1 Production of Rice in Manipur 263
6.20.2 Production of Coarse Cereals in Manipur 264
6.20.3 Production of Pulses in Manipur 265
6.20.4 Production of Food Grains in Manipur 266
6.20.5 Production of Oilseeds in Manipur 267
6.20.6 Production of Cotton in Manipur 268
6.20.7 Production of Sugarcane in Manipur 269
6.21.1 Production of Rice in Meghalaya 270
6.21.2 Production of Wheat in Meghalaya 271
6.21.3 Production of Coarse Cereals in Meghalaya 272
6.21.4 Production of Pulses in Meghalaya 273
6.21.5 Production of Food Grains in Meghalaya 274
6.21.6 Production of Oilseeds in Meghalaya 275
6.21.7 Production of Cotton in Meghalaya 276
6.21.8 Production of Sugarcane in Meghalaya 277
6.21.9 Production of Raw Jute & Mesta in Meghalaya 278
6.22.1 Production of Rice in Mizoram 279
6.22.2 Production of Coarse Cereals in Mizoram 280
6.22.3 Production of Pulses in Mizoram 281
6.22.4 Production of Food Grains in Mizoram 282
6.22.5 Production of Oilseeds in Mizoram 283
6.22.6 Production of Cotton in Mizoram 284
6.22.7 Production of Sugarcane in Mizoram 285
6.23.1 Production of Rice in Nagaland 286
6.23.2 Production of Wheat in Nagaland 287
6.23.3 Production of Coarse Cereals in Nagaland 288
6.23.4 Production of Pulses in Nagaland 289
6.23.5 Production of Food Grains in Nagaland 290
6.23.6 Production of Oilseeds in Nagaland 291
6.23.7 Production of Cotton in Nagaland 292
6.23.8 Production of Sugarcane in Nagaland 293
6.23.9 Production of Raw Jute & Mesta in Nagaland 294
6.24.1 Production of Rice in Odisha 295
6.24.2 Production of Wheat in Odisha 296
6.24.3 Production of Coarse Cereals in Odisha 297
6.24.4 Production of Pulses in Odisha 298
6.24.5 Production of Food Grains in Odisha 299
6.24.6 Production of Oilseeds in Odisha 300
6.24.7 Production of Cotton in Odisha 301
6.24.8 Production of Sugarcane in Odisha 302
Page | 19
6.24.9 Production of Raw Jute & Mesta in Odisha 303
6.25.1 Production of Rice in Punjab 304
6.25.2 Production of Wheat in Punjab 305
6.25.3 Production of Coarse Cereals in Punjab 306
6.25.4 Production of Pulses in Punjab 307
6.25.5 Production of Food Grains in Punjab 308
6.25.6 Production of Oilseeds in Punjab 309
6.25.7 Production of Cotton in Punjab 310
6.25.8 Production of Sugarcane in Punjab 311
6.26.1 Production of Rice in Rajasthan 312
6.26.2 Production of Wheat in Rajasthan 313
6.26.3 Production of Coarse Cereals in Rajasthan 314
6.26.4 Production of Pulses in Rajasthan 315
6.26.5 Production of Food Grains in Rajasthan 316
6.26.6 Production of Oilseeds in Rajasthan 317
6.26.7 Production of Cotton in Rajasthan 318
6.26.8 Production of Sugarcane in Rajasthan 319
6.26.9 Production of Raw Jute & Mesta in Rajasthan 320
6.27.1 Production of Rice in Sikkim 321
6.27.2 Production of Wheat in Sikkim 322
6.27.3 Production of Coarse Cereals in Sikkim 323
6.27.4 Production of Pulses in Sikkim 324
6.27.5 Production of Food Grains in Sikkim 325
6.27.6 Production of Oilseeds in Sikkim 326
6.28.1 Production of Rice in Tamil Nadu 327
6.28.2 Production of Wheat in Tamil Nadu 328
6.28.3 Production of Coarse Cereals in Tamil Nadu 329
6.28.4 Production of Pulses in Tamil Nadu 330
6.28.5 Production of Food Grains in Tamil Nadu 331
6.28.6 Production of Oilseeds in Tamil Nadu 332
6.28.7 Production of Cotton in Tamil Nadu 333
6.28.8 Production of Sugarcane in Tamil Nadu 334
6.28.9 Production of Raw Jute & Mesta in Tamil Nadu 335
6.29.1 Production of Rice in Tripura 336
6.29.2 Production of Wheat in Tripura 337
6.29.3 Production of Coarse Cereals in Tripura 338
6.29.4 Production of Pulses in Tripura 339
6.29.5 Production of Food Grains in Tripura 340
6.29.6 Production of Oilseeds in Tripura 341
6.29.7 Production of Cotton in Tripura 342
6.29.8 Production of Sugarcane in Tripura 343
6.29.9 Production of Raw Jute & Mesta in Tripura 344
6.30.1 Production of Rice in Uttar Pradesh (and Uttarakhand) 345
6.30.2 Production of Wheat in Uttar Pradesh (and Uttarakhand) 346
Page | 20
6.30.3 Production of Coarse Cereals in Uttar Pradesh (and
Uttarakhand)
347
6.30.4 Production of Pulses in Uttar Pradesh (and Uttarakhand) 348
6.30.5 Production of Food Grains in Uttar Pradesh (and
Uttarakhand)
350
6.30.6 Production of Oilseeds in Uttar Pradesh (and
Uttarakhand)
351
6.30.7 Production of Cotton in Uttar Pradesh (and Uttarakhand) 352
6.30.8 Production of Sugarcane in Uttar Pradesh (and
Uttarakhand)
353
6.30.9 Production of Raw Jute & Mesta in Uttar Pradesh (and
Uttarakhand)
354
6.31.1 Production of Rice in West Bengal 355
6.31.2 Production of Wheat in West Bengal 356
6.31.3 Production of Coarse Cereals in West Bengal 357
6.31.4 Production of Pulses in West Bengal 358
6.31.5 Production of Food Grains in West Bengal 359
6.31.6 Production of Oilseeds in West Bengal 360
6.31.7 Production of Cotton in West Bengal 361
6.31.8 Production of Sugarcane in West Bengal 362
6.31.9 Production of Raw Jute & Mesta in West Bengal 363
6.32.1 Production of Rice in All States 364
6.32.2 Production of Wheat in All States 365
6.32.3 Production of Coarse Cereals in All States 366
6.32.4 Production of Pulses in All States 367
6.32.5 Production of Food Grains in All States 368
6.32.6 Production of Oilseeds in All States 369
6.32.7 Production of Cotton in All States 370
6.32.8 Production of Sugarcane in All States 371
6.32.9 Production of Raw Jute & Mesta in All States 372
6.33.1 Production of Rice in Union Territories 373
6.33.2 Production of Wheat in Union Territories 374
6.33.3 Production of Coarse Cereals in Union Territories 376
6.33.4 Production of Pulses in Union Territories 376
6.33.5 Production of Food Grains in Union Territories 378
6.33.6 Production of Oilseeds in Union Territories 379
6.33.7 Production of Cotton in Union Territories 379
6.33.8 Production of Sugarcane in Union Territories 381
6.33.9 Production of Raw Jute & Mesta in Union Territories 381
6.34.1 Production of Rice in Whole India 382
6.34.2 Production of Wheat in Whole India 383
6.34.3 Production of Coarse Cereals in Whole India 384
6.34.4 Production of Pulses in Whole India 385
6.34.5 Production of Food Grains in Whole India 386
Page | 21
6.34.6 Production of Oilseeds in Whole India 387
6.34.7 Production of Cotton in Whole India 388
6.34.8 Production of Sugarcane in Whole India 389
6.34.9 Production of Raw Jute & Mesta in Whole India 390
7.1.1 Findings for Hypothesis Testing 391
Page | 22
List of Figures
Sl. No. Figure Page No.
1.2.2 Representation of Food grains Production in India since
1950-2013
28
1.7 India‟s Foreign Trade 37
4.7.11 Organization Chart of World Trade Organization 85
5.7 Year-wise Expenditure of Department of Agriculture &
Cooperation
97
6.1.1.3 Regression Standardized Residual for Rice 104
6.1.1.5 Scatter Plot for Regression Model for Rice 105
6.1.2.3 Regression Standardized Residual for Wheat 107
6.1.2.5 Scatter Plot for Regression Model for Wheat 109
6.1.3.3 Regression Standardized Residual for Coarse Cereals 110
6.1.3.5 Scatter Plot for Regression Model for Coarse Cereals 112
6.2.3 Regression Standardized Residual for Total Cereals 114
6.2.5 6.2.5; Scatter Plot for Regression Model for Total Cereals 115
6.3.1.3 Regression Standardized Residual for Pulses 117
6.3.1.5 Scatter Plot for Regression Model for Pulses 119
6.3.2.3 Regression Standardized Residual for Food Grains 120
6.3.2.5 Scatter Plot for Regression Model for Food Grains 122
6.4.1.3 Regression Standardized Residual for Groundnut 123
6.4.1.5 Scatter Plot for Regression Model for Groundnut 125
6.4.2.3 Regression Standardized Residual for Rapeseed & Mustard 127
6.4.2.5 Scatter Plot for Regression Model for Rapeseed &
Mustard
129
6.4.3.3 Regression Standardized Residual for Soya bean 130
6.4.3.5 Scatter Plot for Regression Model for Soya bean 132
6.4.4.3 Regression Standardized Residual for Oilseeds 134
6.4.4.5 Scatter Plot for Regression Model for Oilseeds 135
6.5.1.3 Regression Standardized Residual for Coffee 137
6.5.1.5 Scatter Plot for Regression Model for Coffee 139
6.5.2.3 Regression Standardized Residual for Sugarcane 140
6.5.2.5 Scatter Plot for Regression Model for Sugarcane 142
6.5.3.3 Regression Standardized Residual for Tea 143
6.5.3.5 Scatter Plot for Regression Model for Tea 145
6.5.4.3 Regression Standardized Residual for Tobacco 146
6.5.4.5 Scatter Plot for Regression Model for Tobacco 148
6.6.1.3 Regression Standardized Residual for Cotton 149
6.6.1.5 Scatter Plot for Regression Model for Cotton 151
6.6.2.3 Regression Standardized Residual for Raw Jute & Mesta 153
6.6.2.5 Scatter Plot for Regression Model for Raw Jute & Mesta 155
Page | 23
List of Acronyms
Sl. No. Abbreviation Description
1. AoA Agreement on Agriculture
2. ATC Textiles and Clothing
3. ATTAC Association for the Taxation of Financial Transactions
for the Aid of Citizens
4. DSB Dispute Settlement Body
5. DSM Dispute Settlement Mechanism
6. DSU Dispute Settlement Understanding
7. EU European Union
8. EXIM Export Import Bank of India
9. FAO Food and Agriculture Organization
10. FDI Foreign Direct Investment
11. FEMA Foreign Exchange Management Act
12. FTZ Free Trade Zone
14. GATS General Agreement on Trade in Services
15. GATT General Agreement on Tariffs and Trade
16. GDF Gross Capital Formation
17. GDP Gross Domestic Product
18. IBRD International Bank for Reconstruction and
Development
19. IMF International Monetary Fund
20. ISO International Organization for Standardization
21. ITO International Trade Organization
22. LDCs Least Developed Countries
23. LPG Liberalization, Privatization, Globalization
24. MFN Most-Favored Nation
25. NAFTA North American Free Trade Agreement (Canada,
Mexico, United States)
26. NAFTA North American Free Trade Agreement
27. NFSM National Food Security Mission
28. NGO Non-Governmental Organization
29. NTB Non-Tariff Barrier
30. OECD Organization for Economic Co-operation and
Development
31. R&D Research And Development
32. RKVY Rastriya Krishi Vikas Yojana
33. SEZ Special Economic Zone
34. SPS Agreement on Sanitary and Phyto-sanitary Measures
35. SRM Standards-Related Measures
36. SSTH Super Star Trading Houses
37. TBT Agreement on Technical Barriers to Trade
38. TCA Agreement on Trade in Civil Aircraft
39. TPRM Trade Policy Review Mechanism
40. TRIMs Agreement on Trade-Related Investment Measures
41. TRIPS Agreement on Trade-Related Aspects of Intellectual
Page | 24
Property Rights
42. UN United nations
43. UNCTAD United Nations Conference on Trade and Development
44. US United state
45. WTO World trade organization
Page | 25
1.Introduction
1.1 Introduction to Indian Agriculture Sector
Agriculture is not only economically important but also very
important in various other points. In India, Agriculture is inheriting from
forefathers to its next generation. Almost 60 % of Indian population still
working in agriculture sector in 2014. At international level, According to
World Trade Organization (WTO) report 2012 on International Trade
statistics shows that export and import of agriculture product is almost US$
1.66 trillion & 1.82 trillion respectively at global level and the share of India
in value is 2.07 % and 1.24 % respectively in export and import of
agriculture products. India has been improved its ranking up to 10th
at
globally. In 2010-11 India‟s export of agriculture product was only 6.9 % in
total export but in next year 2011-12 it increased to 9.08 per cent which
shows a tremendous growth of agriculture product. India makes it self-
sufficient in agriculture sector (food grains) after the green revolution which
makes it possible to export agriculture product. Due to favorable support of
agriculture policy, India became stable in the export of agriculture product.
Agriculture sector is very important for the economic growth and
development and also because it provides food grains to its population,
employment, also important factor for industrial development because there
various products which used as a raw material for industries such as
Sugarcane, Cotton, Oil seeds, Jute etc.
Table-1.1; India’s Position at World Level
India’s Position at World Level
S. No. Position Commodity Names
1. First at World Level Pulses, Milk, Jute, Jute – like fibers
2. Second at World Level Sugarcane, Wheat, Rice, Fruits,
Vegetables, Cotton
3. Leading Producer Livestock, Spices, Plantation crops,
Fisheries, Poultry Sources: Economic Survey of India, 2013
Page | 26
According to Economic Survey of India 2013 – India is first in the
production of Pulses, Milk, Jute, Jute-like fibers, and second in the
production of Sugarcane, Wheat, Rice, Fruits, Vegetables, Cotton and
leading producer in the field of Livestock, spices, Plantation Crops,
Fisheries, Poultries.
1.2 Agriculture Role in Gross Domestic Product in India
It is observed that share of Agriculture and Allied Sector in overall
GDP (Gross Domestic Product) in India has been decreasing every year like
it was 15.2 per cent during the 11th
five year plan but in 2013-14 it is only
13.9 percent. In India, Agriculture is one of the most important sector in
providing employment, Data of censes 2011 shows that it accounts for
almost 54.6 per cent employment to population it is also clearly indicating
after comparing the employment data of Census 2001 and Census 2011 that
number of cultivators also decreased from 127.3 million in 2001 to 118.7
million in 2011 which is showing the shifting of employment from farm to
non-farm employment.
Table-1.2.1; Agriculture Sector: Key Indicator (% at 2004-05 prices)
Sl.
No. Item 2009-10 2010-11 2011-12 2012-13 2013-14
1
Growth in Agri-GDP 0.8 8.6 5 1.4 4.7*
Share in total GDP 14.6 14.6 14.4 13.9 13.9*
Of which, Agriculture 12.3 12.4 12.3 11.8 NA
2 Share in total GCF 7.3 6.3 7.0 7.1
NA Of which, Agriculture 6.7 5.8 6.5 6.5
3
GCF as per cent of
Agri-GDP 20.1 18.5 20.8 21.2
NA Of which, Private sector 16.7 15.7 18.0 18.1
4
Agri-exports (incl.
marine products) as per
cent of total export
8.2 8.0 10.1 11.8 11.9 (P)
Notes: *Quarterly Estimates of GDP as of 30 May 2014; NA – Not Available; GDF – gross capital
formation; P – Provisional
Source: Central Statistics Office (CSO) and Directorate General of Commercial Intelligence and
Statistics (DGCI&S).
Page | 27
According to DGCI&C data for the year of 2013-14 (Provisional)
shows that the growth rate of agriculture GDP was 1.4% and 4.7% in the
year of 2012-13 and 2013-14 respectively. The data of last ten year shows
that the Indian agriculture achieved negative growth rate.
In India, State government are mainly responsible for the agriculture
sector growth and their primary responsibility is to increase production, to
increase productivity, to increase potential of agriculture sector, to increase
or enhance the income of the farming community. To fulfill all these issue
central government helps financially and non-financially and provides
various aids, subsidy etc. to state government for the betterment and growth
of agriculture. Central government sponsored through various programmes
and also helps through various schemes.
Table-1.2.2; Agricultural Production – Food Grains
(Million tonnes)
Year
Cereals
Rice Wheat Coarse
Cereals
Total
Cereals Pulses
Total Food
Grains
2012-13 104.40 92.46 40.06 236.92 18.45 255.36
2011-12 105.30 94.88 42.01 242.20 17.09 259.29
2010-11 95.98 86.87 43.40 226.25 18.24 244.49
2000-01 84.98 69.68 31.08 185.74 11.07 196.81
1990-91 74.29 55.14 32.70 162.13 14.26 176.39
1980-81 53.63 36.31 29.02 118.96 10.63 129.59
1970-71 42.22 23.83 30.55 96.60 11.82 108.42
1960-61 34.58 11.00 23.74 69.32 12.70 82.02
1950-51 20.58 6.46 15.38 42.42 8.41 50.83
Note: Data for 2012-13 are based on Advance Estimates.
Sources: Sources: Ministry of Agriculture, Government of India.
Page | 28
Figure-1.2.2; Representation of Food grains Production in India since
1950-2013
Sources: Ministry of Agriculture, Government of India.
There are some major commodities of Agriculture such as Rice,
Wheat, Coarse Cereals in million tonnes mentioned in the table which shows
growth of the following commodity since 1950-51 to 2012-13.
Production of Rice shows that in 1950-51 it was only 20.58 million
tonnes which increased in every decades 34.58 million tonnes in 1960-61,
42.22 million tonnes in 1970-71, 53.63 million tonnes in 1980-81, 74.29
million tonnes in 1990-91, 84.98 million tonnes in 2000-01, 95.98 million
tonnes in 2010-11, 105.30 million tonnes in 2011-12 and 104.40 million
tonnes in 2012-13.
Wheat shows also positively growth in its production it was only 6.46
million tonnes in 1950-51, 23.83 million tonnes in 1970-71, 69.68 million
tonnes 2000-01, 86.87 million tonnes in 2010-11 and 92.46 million tonnes in
2012-13.
In case of Total food grains production data shows that production
was 50.83 million tonnes in 1950-51, 82.02 million tonnes in 1960-61 and it
increased tremendously in t 1970-71 up to 108.42 million tonnes, 129.59
million tonnes in 1980-81, 176.39 million tonnes in 1990-91, 196.81 million
tonnes in 2000-01 but it increased very much up to 244.49 million tonnes in
0.00
50.00
100.00
150.00
200.00
250.00
300.00M
illi
on
To
nn
es
Year
Agricultural Production - Foodgrains
Cereals Rice
Cereals Wheat
Cereals Coarse Cereals
Cereals Total Cereals
Pulses
Total Foodgrains
Page | 29
2010-11, 259.29 million tonnes in 2011-12, 255.36 million tonnes in 2012-
13.
1.3 Globalization Need for International Trade
Globalization is very necessary for all the economic and non-economic
factors and almost many specialists for different stream have been speaking
on this need of “Globalization” or “Economic Globalization Process”.
Actually need of globalization process becomes very important after the
World War II because this war makes huge economic loss to many countries
of the world. Developed Countries know it very well that it is very necessary
for them to make new market for their product therefore they look forward
for the new market and that was possible only when many countries follow
the Economic Globalization process. Many economists and others define
Globalization Process like Joseph Stieglitz, Noble Prize winner in 2001 for
Economics and also former Chief Economist of the World Bank described
globalization in his book, “ Globalization and Its Discontents”, as:
“The closer integration of the countries and peoples of the world
which has been brought about by the enormous reduction of
costs of transportation and communication, and the breaking
down of artificial barriers to the flow of goods, services, capital,
knowledge, and (to a lesser extent) people across borders.”
Thomas Friedman also define globalization in his book, “The Lexus and
the Olive Tree: Understanding Globalization”, as:
“It is the inexorable integration of markets, nation-states and
technologies to a degree never witnessed before – in a way that
is enabling individuals, corporations and nation states to reach
around the world farther, faster, deeper and cheaper than ever
before, and in a way that is enabling the world to reach into
individuals, corporations and nation-states farther, faster,
deeper and cheaper than ever before.”
Page | 30
Dani Rodrik of Harvard University described globalization in his book,
“Has Globalization Gone Too Far”, as:
“Globalization is not occurring in a vacuum. It is part of a
broader trend that we may call marketization. Receding
government, deregulation, and the shrinking of social
obligations are the domestic counterparts of the intertwining of
national economies. Globalization could not have advanced this
far without these complementary forces.”
Hoekman and Kostecki described their viewed on Global trade as:
“Global trade flows are dominated by exchanges within and
between the three major regions of the global economy (the so-
called triad): Europe, North America, and East Asia. Trade
flows involving other parts of the globe are relatively small,
accounting for some 15 per cent of world trade. . .. Intra-EU and
intra-North America trade accounts for 52 per cent of industrial
trade.”
During the decade of 90‟s, many developing countries as a group increased
their share of export of goods on world level from 23.4 % to 29.8 % at the
same time export of services of these countries also increased on world level
from 18.2% to 23.3%. Since 1990‟s the share of these developing countries
also increasing.
Mr. B. Hoekman and M. Kostecki noted their though about world trade in
his book, “The Political Economy of the World Trading System” that:
“Global trade flows are dominated by exchanges within and
between the three major regions of the global economy (the so-
called triad): Europe, North America, and East Asia. Trade
flows involving other parts of the globe are relatively small,
accounting for some 15 per cent of world trade. ... Intra-EU and
Page | 31
intra-North America trade accounts for 52 per cent of industrial
trade.”
Supachai Panitchpakdi, Former Director-General of WTO expresses his
view regarding International Trade during Doha Round,
“Enhanced South–South activity offers a potentially great source
of expanded trade opportunities in the coming decade. Between
1990 and 2001, South–South trade grew faster than world trade
with the share of intra-developing country trade in world
merchandise exports rising from 6.5% to 10.6%.”
Adam Smith in his famous classic book “The Wealth of Nations” in 1977
wrote about the importance of International Trade that,
“It is the maxim of every prudent master of a family, never to
attempt to make at home what it will cost him more to make than
to buy. The tailor does not attempt to make his own shoes, but he
buys them from the shoemaker. The shoemaker does not attempt
to make his own cloths, but employs a tailor. The farmer
attempts to make neither the one nor the other, but employs
those different artificers. All of them find it for their interest to
employ their whole industry in a way in which they have some
advantage over their neighbors, and to purchase with a part of
its produce, or what is the same thing, with the price of a part of
it, whatever else they have occasion for. What is prudence in the
conduct of every private family can scarce be folly in that of a
great kingdom. If a foreign country can supply us with a
commodity cheaper than we ourselves can make it, better buy it
of them with some part of the produce of our own industry,
employed in a way in which we have some advantage. The
general industry of the country . . . will not thereby be
diminished, no more than the above-mentioned artificers; but
only left to find out the way in which it can be employed with the
Page | 32
greatest advantage. It is certainly not employed to the greatest
advantage, when it is thus directed towards an object which it
can buy cheaper than it can make.”
Noble Prize Winner of Economics, Paul Samuelson gives an argument in
favor of International Trade that:
“Free trade promotes a mutually profitable division of labor,
greatly enhances the potential real national product for all
nations, and makes possible higher standards of living all over
the globe.”
1.4 View Points for the Dark side of International and Trade Globalization
Association for the Taxation of Financial Transactions for the Aid of
Citizens (ATTAC) also expresses their view against globalization process
and argues that:
“The time has come to acknowledge the crises of the
international trading system and its main administering
institution, the WTO. It is time to stop . . . and turn trade around
to serve the interest of all. We need to replace this old, unfair
and oppressive trade system with a new, socially just and
sustainable trading framework for the 21st Century. We need to
protect cultural, biological, economic and social diversity;
introduce progressive policies to prioritize local economies and
trade; secure internationally recognized economic, cultural,
social and labor rights; and reclaim the sovereignty of peoples
and national and subnational democratic decision making
processes. In order to do this, we need new rules based on the
principles of democratic control of resources, ecological
sustainability, equity, cooperation and precaution.”
Page | 33
Bill Jordan, General Secretary of International Confederation of free Trade
Unions express his view in December 2000 in reference with the problems
of current economic globalization as:
“If you want to belittle a point of view, it is easiest to caricature
that point of view as nothing more than a slogan daubed on a
placard and paraded through the streets. Too often this has led
to misrepresenting the views of labor unions in the face of
globalization . .. The international labor movement is not against
globalization; indeed we would agree that globalization can be a
big part of the answer to the problems of the world‟s poor. But it
also is a big part of the problem. In other words, globalization is
neither entirely beneficial nor entirely harmful. It is not an
unstoppable force of nature, but is shaped by those who set the
rules. And while it has the potential to help lift more than 2
billion people out of poverty, it is not doing so now.”
Kofi Annan, UN Secretary General also once noted that:
“Try to imagine what globalization can possibly mean to the half
of humanity that has never made or received a telephone call; or
to the people of Sub-Saharan Africa, who have less Internet
access than the inhabitants of the borough of Manhattan.”
1.5 An Overview of World trade
World Trade has been surpassed the pre-crisis levels which was arise
due to economic crisis 2008. This crises change whole world economically
and therefore world trade also affected very much from the side effects of
this economic crisis. Trade data shows that world trade has been cover up
itself as it was just US $ 16 trillion in the year of 2008 but in 2011 it reached
up to US $ 18.26 trillion. As per the data of International Monetary Fund
(IMF), World Economic Outlook Update, January 2012 trend of world trade
shows that world trade has achieved 5.9Per cent growth in 2011, 2.8 percent
Page | 34
growth in 2012, 3.8 percent growth in 2013 (Projection) and 5.5 per cent
growth rate in 2014 ( Projection).
Table-1.5; Trends in Growth in Trade Volumes
(Per cent change)
Source: International Monetary Fund (IMF), World Economic Outlook Update, January 2013.
According to World Trade Organization (WTO) statistics, growth rate
of world exports decreased to 0.2 percent in 2012. According to
International Monetary Fund (IMF) projected value of the volume of world
trade is growth rate of 3.8 per cent in 2013. As data shows that the projected
growth rate of import and export volume of emerging market and developing
economies is higher than the advance economies. There are various issues
which have direct and indirect relationship with the trade of emerging and
developing economies such as earthquake and its impact on Japan, global
economic uncertainty, trade disruptions issue with china etc.
1.6 International Trade in Agriculture Sector in India
Agriculture Import for the year 1990-91 was 1205.86 ` Crore which
increased up to 12086.23 ` Crore, and in next decade 2010-11 it increased up to
57334.32 ` Crore and in 2011-12 it was 82819.15 ` Crore and the provisional
data for the year 2012-13 it was 109211.51 ` Crore.
Total National Import for the year 1990-91 was 43170.82 ` Crore which
increased up to 228306.64 ` Crore, and in next decade 2010-11 it increased up
Projections
2011 2012 2013 2014
World Trade Volume (Goods
and Services)
5.9 2.8 3.8 5.5
Imports
Advanced economies 4.6 1.2 2.2 4.1
Emerging Market & Developing
Economies
8.4 6.1 6.5 7.8
Exports
Advanced Economies 5.6 2.1 2.8 4.5
Emerging Market & Developing
Economies
6.6 3.6 5.5 6.9
Page | 35
to 1683466.96 ` Crore and in 2011-12 it was 2345463.24 ` Crore and the
provisional data for the year 2012-13 it was 2669839.78 ` Crore.
Agriculture Imports to Total National Imports in percentage for the year
1990-91 was 2.79 per cent which increased up to 5.29 per cent, and in next
decade 2010-11 it decreased up to 3.41 per cent and in 2011-12 it was 3.53 per
cent and the provisional data for the year 2012-13 it was 4.09 per cent.
Agriculture Exports for the year 1990-91 was 6012.76 ` Crore which
increased up to 28657.37 ` Crore, and in next decade 2010-11 it increased up to
117483.61 ` Crore and in 2011-12 it was 187609.33 ` Crore and the
provisional data for the year 2012-13 it was 230141.13 ` Crore.
Total National Exports for the year 1990-91 was 32527.28 ` Crore which
increased up to 201356.45 ` Crore, and in next decade 2010-11 it increased up
to 1142921.92 ` Crore and in 2011-12 it was 1465959.39 ` Crore and the
provisional data for the year 2012-13 it was 1634672.95 ` Crore.
Agriculture Exports to Total National Exports in percentage for the year
1990-91 was 18.49 per cent which decreased up to 14.23 per cent, and in next
decade 2010-11 it decreased up to 10.28 per cent and in 2011-12 it was 12.8 per
cent and the provisional data for the year 2012-13 it was 14.1 per cent.
Table-1.6.; India’s Imports and Exports of Agricultural Commodities
(Value ` Crore)
Commodities 1990-91 2000-01 2010-11 2011-12 2012-13 (P)
Agriculture Imports 1205.86 12086.23 57334.32 82819.15 109211.51
Total National
Imports 43170.82 228306.64 1683466.96 2345463.24 2669839.78
% age Agriculture
Imports to Total
National Imports
2.79 5.29 3.41 3.53 4.09
Agriculture Exports 6012.76 28657.37 117483.61 187609.33 230141.13
Total National Exports 32527.28 201356.45 1142921.92 1465959.39 1634672.95
% age Agriculture
Exports to Total
National Exports 18.49 14.23 10.28 12.8 14.1
P- Provisional
Source: Director General of Commercial Intelligence & Statistics, Ministry of Commerce, Kolkata.
Page | 36
1.7 India’s Foreign Trade
Following table represents the data of India‟s foreign trade including
export, import and balance of trade since 1995-96 to 2014 and second part
shows the chart analysis of the statistical data.
In 1995-96 total export of India was 31794.9 US $ million where
import was 36675.3 US $ million and the balance of trade was in negative -
4880.4 million.
In 1996-97 export of India was 333469.7 US$ million and import was
39132.4 US$ million and the balance of payment was – 5662.7 US$ million.
In 2000-01 export increased to 44560.3 US$ million and import up to
50536.5 US$ million and balance of payment increased up to – 5976.2 US $
million.
India‟s foreign trade achieved tremendous growth in 2005-06, export
was 103090.5 US$ million and import value was 149165.7 US$ million and
balance of payment was still in negative -46075.2 US$ million.
In 2009-10 total export of India was 178751.4US $ million where
import was 288372.9 US $ million and the balance of trade was in negative -
109621.4 million.
In 2010-11 total export of India was 251136.2 US $ million where
import was 369769.1 US $ million and the balance of trade was in negative -
4880.4 million.
In 2011-12 total export of India was 305963.9 US $ million where
import was -183355.7 US $ million and the balance of trade was in negative
-4880.4 million.
In 2012-13 total export of India was 300400.7 US $ million where
import was -490736.7 US $ million and the balance of trade was in negative
-190336.0 million.
In 2011-12 total export of India was 312620.7 US $ million where
import was -450082.2 US $ million and the balance of trade was in negative
-137461.5 million.
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Table-1.7; India’s Foreign Trade
(US$ million)
Year Export Import Trade Balance
1995-96 31794.9 36675.3 -4880.4
1996-97 33469.7 39132.4 -5662.7
1997-98 35006.4 41484.5 -6478.1
1998-99 33218.7 42388.7 -9170.0
1999-00 36822.4 49670.7 -12848.3
2000-01 44560.3 50536.5 -5976.2
2001-02 43826.7 51413.3 -7586.6
2002-03 52719.4 61412.1 -8692.7
2003-04 63842.6 78149.1 -14306.5
2004-05 83535.9 111517.4 -27981.5
2005-06 103090.5 149165.7 -46075.2
2006-07 126414.1 185735.2 -59321.2
2007-08 162904.2 251439.2 -88535.0
2008-09 185295.0 303696.3 -118401.3
2009-10 178751.4 288372.9 -109621.4
2010-11 251136.2 369769.1 -118632.9
2011-12 305963.9 489319.5 -183355.7
2012-13 300400.7 490736.7 -190336.0
2013-14 312620.7 450082.2 -137461.5
Note: Data for 2013-14 are provisional and for 2012-13 data are revised. Source: Directorate General of Commercial Intelligence and Statistics.
Figure-1.7; India’s Foreign Trade
Source: Directorate General of Commercial Intelligence and Statistics.
-300000.0
-200000.0
-100000.0
0.0
100000.0
200000.0
300000.0
400000.0
500000.0
600000.0
19
95
-96
19
96
-97
19
97
-98
19
98
-99
19
99
-00
20
00
-01
20
01
-02
20
02
-03
20
03
-04
20
04
-05
20
05
-06
20
06
-07
20
07
-08
20
08
-09
20
09
-10
20
10
-11
20
11
-12
20
12
-13
20
13
-14
US
$ M
illi
on
YEAR
India's Foreign Trade
Export
Import
TradeBalance
Page | 38
2. Review of Literature
World Trade Organization (WTO) is a well-known international
organization which deals with Trade related issues between nations. It is
situated at Geneva and till Feb 2014, there are 160 member countries Yemen
is the recently join WTO as 160th
numbers member country of World Trade
Organization. It provides a legal framework for international Trade of Goods
and Services. This legal framework helps member countries in case of
dispute settlement related with trade and also encourage healthy
environment for Trade between nations but still there are various issue for
which under developing member countries are not satisfy for the negotiation
done by World Trade Organization but They are working together so that
can achieve their common goals and also for the overall economic growth
and development for their nation. Agriculture is the main factor to influence
the negotiations, policies packages and other issue which is revised by
World Trade Organization in there Ministerial Conferences.
India remains the founder member of GATT and WTO both and it
has an important role in all the negotiations done by World Trade
Organization and specially for the multilateral trading system, Agriculture
Negotiation, Policies for under developing countries because although India
is an under developed country but still its role in International Organization
is much better than any other under developed country. Even today
agriculture and rural sectors are the backbone of India because almost 60%
population still lived in rural areas and they are depends on agriculture for
their livelihood.
On the International Level establishment of GATT and WTO in
respectively 1947 and 1995 provides a lot of opportunities to least develop,
under develop and developed country to make their presence on international
level. To grasp this opportunities, Various country have changed their
foreign trade policies to get maximum benefit from foreign trade like
Page | 39
promotion of export sector, financial facility to domestic market, trade
facility to exporter etc. so that they can maximum utilize their resources and
get maximum benefit from the globalization which is arises by due their
presence on International level and also due to International Organizations
such as WTO, IMF, World bank etc.
Like in India due to Economic Reform in 1992 and establishment of
WTO in 1995 have changed the India‟s Foreign Trade and people started
import of such product which was not available earlier and domestic market
get a chance to export their product in International market e.g., Agriculture
product like Dasehari Aam (an species of Indian mango) is well known in
India Specially in U.P. state but now local former get a chance to export in
various other countries which was not possible earlier. Based on the
available literature on the following subject, I tried to point out various
factors which are directly or indirectly related with the Indian Agriculture
Sector like supporting policies of Indian Government and WTO and also its
impact on Indian Agriculture sector especially in special reference with
agriculture trade.
The objective of this chapter is to analyze all the research earlier done
on WTO especially on Indian Agriculture Products and for more
convenience, Literature of review regarding Thesis topic mentioned below:
W. Arthur Lewis’s theory (1955) – His study gives a broad review
about the economies of the colonial world and he describes the economic
condition of the country when there was colonial system at international
level.
Herberler (1959) – Herberler focuses on the export sector and
conclude in his study that the export of any country is directly or indirectly
related with the economic growth of that country. According to him, Trade is
the center point to give a boost to any economies.
Patel (1959) – After the formation of Five years plan for the better
economic growth in India various changes arises such as commodity
Page | 40
composition, share in world exports, India‟s Foreign Trade directions etc.
Patel in his study briefly describe why demand for Indian traditional product
at international level goes down. He studied the trends, direction, and
composition of Export product during First five year plan.
Rostow (1960) – Rostow focuses on the importance of the
establishment of the International Organizations such as World Bank,
International Monetary Fund (IMF) and World Trade Organization (WTO)
etc. after the World War II for the better economic growth on International
level. His theory briefly describes the importance of International Trade for
the better economic growth of the country.
Maizells (1961) and Nurkse (1961) - They argued that the stagnation
of export sector in LDCs is the main factor for the slow demand of the
traditional product at world level. They try to find out that some other factor
which are responsible that why country like India is not able to increase its
product demand at international level.
Cohen (1964) – Cohen analysis was focused on the Indian export
pattern during 1951-60. He try to find out that why there is an stagnation in
the Indian export during this time period and he find out some reasons like
firstly Production cost of Indian domestic product were more so ultimately
they were costlier on International market in comparison with other same
nature of goods, Secondly rise in domestic demand which also increases the
price of domestic product in international market. These are the main factors
(price) which reduced the competitiveness of Indian exports and therefore
the share of the India‟s Traditional product in export on international level
goes down.
Dutta (1964), Sinha (1986), Ram and Rath (1989) etc. analyzed the
demand pattern of India‟s export sector on the aggregate level. They studies
various items which are exported by India and some other economists such
as Da Costa (1965), Biswas (1983), Lucas (1988), Virmni (1991) also
Page | 41
studied the same issue and divided total export into various groups on the
aggregate level.
Hultman (1967) – Hultman gave various model in special reference
with foreign trade such as growth models, multiplier model and also various
approaches like export base approach, development stages approach and all
of this models and approaches shows the importance of trade and also
describe the relationship between trade (export) and economic growth.
Samuel and Mote (1970) – Samuel and Mote study focuses on the
competitiveness of the Indian export. He studied the entire price and non-
price (i.e. services facility and quantity) factors which are directly or
indirectly responsible for the competitiveness of the export product and
finally conclude that although both price and non-price factors are
responsible but price factor is the main for determining the competitiveness
of export.
Banerji (1975) – Banerji in his study tries to find out the growth
pattern of Indian export basically his study was focused on manufacturing
sector. In his study he examined the emerging pattern of manufacturing
sector of Indian export.
Bhagwati and Srinivasan (1975) - Bhagwati and Srinivasan also
tried to understand the India‟s foreign trade regime with special focuses on
government policy for domestic support and objectives, so that they can
assess the efficiency and growth of India‟s foreign trade during 1951-70.
They give following conclusion in his study (i) Government is focusing
more on import substitution policy (ii) Government is not focusing on
export promotion (iii) Due to more emphasis on import substitution policy,
export performance is going down. Thus according to his study, apart from
import substitution government should focuses on export sector through
various export promotion policy so that the amount of fiscal deficit can be
decrease and export can get its maximum level.
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Nayyar (1976) – Nayyar during his study analyzed the performance
of India‟s export and government policies during 1951-60 and stated that
various internal and external factors are responsible for the growth of export
sector of India. Nayyar also tried to study all the domestic factors such as
policies and external factors like competiveness of export.
Panchmukhi (1978) & Sainy (1979) – Panchmukhi analysis was
focuses on the government policy for the promotion and support to foreign
trade and also studied the overall trade of India during the period of 1960 but
Sainy not only studied the government policy rather then he tried to find the
loop wholes for the policy formation and also related the foreign trade with
the Economics development of India. He considered foreign trade as an
important key factor for the overall economic growth.
Nambiar (1979) – Nambiar study was different because he related
foreign trade or export sector with the employment generation of India
during the time period of 1963-64 and 1973-74. According to his study,
export sector only contributed 2 % in the overall employment in the same
time period which was very less amount of contribution for employment
generation.
Dhindsa (1981) – Dhindsa in his study, analyzed the trend of some
major commodities which are traditional in nature and exported from a long
time from India such as Jute, Cotton, tea etc. He examined that why there is
a slowdown in these commodity export specially in those country which are
importing it from a long time period and he gave some conclusion for this
slow down like (i) Increasing in the profitability ratio of domestic sales, (ii)
Government tax policy so that heavy tax on these major export commodity,
(iii) Low level of production & productivity of such commodities (iv)
Higher level of cost of production etc. So that all were these major factor
which ultimately gives stiff competition to these commodities in
international market from there substitute products.
Page | 43
Wolf (1982) - Wolf in his study analyzed the pattern of India‟s export
of major commodities in the period of 1970. He also work to find various
factors through which India‟s foreign trade is going down.
Singhal (1985) – Singhal analyzed the India‟s foreign trade policy
and also the trends of export oriented commodities during the period of
1970.He also works on the factors that why export of India is facing
slowdown.
Wadhwa (1988) – Wadhwa study was based on quantitative analysis.
He analyzed India‟s export performance on the basis of exchange rate and
tried to find out the quantitative relationship between foreign trade and
exchange rate. His study confirmed that depreciation in exchange rate are the
main causes for slow foreign trade growth. His study was based on
econometric models.
Nayyar (1988) – He examined various factors which are directly or
indirectly related with India‟s foreign trade for the time period of 1977-85
whether they are from domestic or international market such as price and
non-price factor for the competitiveness of domestic export sector,
transportation and infrastructural facility which are the major element for the
growth of export sector of India on the other hand various external factors
like price and non-price factor from the international market, protectionism
for domestic industry by foreign country are found the main factor to
influence export growth of India adversely.
Paul (1992) – His study was based on the new emerging areas where
India can export more goods. According to Paul, other regions of Asia apart
from traditional areas can provide a better opportunity to Indian export
sector.
Kaur (1993) – Kaur also tries to understand the pattern of Indian
export in the decade of 80s and 90s. During this study period he analyses the
foreign trade of India and performance of exported commodities from India.
Page | 44
Sathe (1995) – Sathe study time period was very long. He analyzes
the Indian export since 1951-84. He critically examined effects of
diversification of the Indian export on the Indian economy. Sathe analyzed
the impact of Indian export sector on the overall economic growth and
development. He tries to find an relationship between foreign trade and
economic growth.
Kantawala (1996) – He tries to make a relationship between price
and income elasticity of the export and import commodity during the period
of 1969-1990. Through his study he gave a conclusion that most of the
commodity which are imported and exported from India having price and
income elasticity during the study time period. Finally he concludes that in
future manufacturing sector will grow and demand of Indian manufacturer
goods will increase.
Kathuria (1996) - Various other study shows that the government
policy for import substitution was the main factor the decrease in export and
thus various schemes for the export promotion has been adopted by the
government to increase the share of India‟s export at world level and thus
through this step domestic market also protected and the export of traditional
goods increased.
Joshi and Little (1996) – His study was based on the changes occurs
in Indian economy after economic reform. He analyzed with some factors
like price control, Industrial regulation, Exchange rate, Monetary Policy etc.
He conclude in his study that for the positive result of economic reform
Government have to support Free Trade Policy, FDI support, attract foreign
investment etc. Thus through government step various changes occurs in the
economy like; (i) Export promotion policy rather than import substitution
policy, (ii) Decontrol on Price Policy, (iii) Delicensing of Industries etc.
Indian government in the decade of 90‟s was very sincere for adopting any
new policy for Foreign trade and they have their full control on foreign train
through proper rule and regulation but after adopting LPG policy in 1991-92,
Page | 45
government have to accept various policy for global point of view like Tax
Policy, Export promotion policy, rule and regulation which control foreign
trade. Joshi and little analyzed the government step for the promotion of and
he find that government have to be liberal toward foreign trade. Government
taken some steps such as - (i) Decrease in tariff rate especially on capital
goods industrial raw materials. (ii) Relaxation on the quantitative restriction
for imported goods, (iii) Promotion policy for export adaptation, (iv)
Easiness in domestic licensing, (iv) Promotion to privatization so that private
firm can grow better,(vi) Introduction of new technology, (vii)Various
scheme to attract Foreign Direct Investment (FDI), (viii) Acceptance free
trade zone (FTZ) concept in 1999-2000, (ix) Formation of Foreign Exchange
Management act, 2000 (FEMA) who replace Foreign Exchange Regulation
Act. (x) Formation of the special economic zones (SEZ), (xi) Other steps
like establishment of export promotion councils, various scheme for export
promotions, duty free import exemption scheme, etc have be taken by the
government.
Kathuria (1996) - Kathuria in his study worked on India‟s export
performance and tried to find out the impact of policies change on the export
growth. In 1991 to 1996 there were various dramatically changes were found
in India‟s foreign trade policy which affected export sector. In his study he
used econometric tools and model to analyze the impact of policies changes
on export sector.
Mehta (1997) – Mehta in his study gives importance to trade reforms
policies which have been adopted by India after LPG process. He considered
Liberalization as he most important factor for growth of India‟s export
import. He find out in his study that the share of Trade in overall GDP in
1995 to 1996 has been increased to 24 percent.
Prasad (1997) – Prasad shows in his study that India‟s export sector
achieved a growth rate in the time period from 1990 to 1994 because of
Page | 46
economic reform process and trade reform policy which makes export more
easily.
Marjit and Chaudhary (1997) – They analyzed various Price and
Non-Price factors such as quality, quantity, product comparison for the
growth of export sector. He also emphasized the importance of Trade
Reform policy which increased export performance during the time period of
19760 to 1990.
Bhide et. al. (1997) – Bhide took the time from 1960 to 1934 almost
34 years and analyze the pattern of composition and direction of Indian
exported commodity. During this time period he also focuses on political
changes and economic condition of India because in this time period, India
face 1961 and 1965 war which affect Indian politics very much and also
economic reform in 1991-92 starting of LPG era. His study also focused on
supply factors and on the share of Indian export. He gives two main
conclusions from his study (i) Share of manufactured product in export has
been increased and (ii) Agriculture sector has declined in overall export.
Srinivasan (1998) – His study were based on the analysis of trends of
India‟s export. Exchange rate was the main factor for export of India in his
study and thus he relate exchange rate with the export performance.
Nidugala (1999) – Nidugala study conclude that export sector has the
much more importance for the economic growth of India and he took 20
years for his study time period from 1960 to 1980. He makes relationship
between export and economic growth. He gives importance to economic
reform for the economic growth.
Greenaway et al., (1999) – His study also describe the relationship
between trade and economic growth of the country also focuses on the
importance of trade. According to him, Trade is an engine for better
economic growth.
Page | 47
Ghomawat and Patibandla (1999) – They want to find out the
impact of economic reform on Indian export sector basically on garment
sector, Diamond Industry and Software Industry. In his study he point out
the importance of such economic reforms because such reform gives boost
to economic growth. It gives support to domestic market then foreign
competition easily availability of raw material, technological helps, foreign
Investment etc.
Sharma (2000) – Sharma studied the pattern of Foreign Trade of
India since 1970 to 1998. He work on various determinants of export such as
Foreign Direct Investment (FDI),Price factors, Demand and Supply side etc.
and finally he concluded in his study that if the export prices of India fell
down in relation with the price of world level demand of Indian export
increased. He described the relationship between export and price level at
domestic level and also studied the impact of foreign investment on India‟s
export sector.
Bhattacharyya et al., (2000) - His study were based on post
liberalization time period. He considered these elements in his study, (i)
Capital or Knowledge Intensive product, (ii) Labor Intensive products. He
tried to find out that for which product demand increased at very fast level
and through his study he concluded that demand for labor intensive product
were less than the demand of capital or knowledge intensive product.
Kaushik et al. (2000) – Kaushik in his study want to find out the
variability and its impact on the growth on Indian economy and through his
study he found three conclusions, Firstly Liberalization Policy has been
increased the export of agriculture product and Allied product and also
manufacturing products, Secondly Volume Instability were the main reason
for export earning instability rather than price variability and Last one,
Domestic Economic performance were not affected by export instability.
Marjit et al, (2000) – His study was based on the devaluation of
money and its impact on Indian export during the time period of 1951-94.
Page | 48
He conclude in his study that devaluation process does not change as much
changes in export as official data shows because country like India having
much more rule and regulation process for foreign exchange.
Hargopal (2001) – Hargopal analyzed the impact of liberalization on
India‟s foreign trade. He concluded in his study that due to trade reform
policy various external factors make a platform for the growth of export
sector. According to his study after the adaptation of Liberalization process
there was tremendous growth were found in export sector but the only thing
was unfavorable that growth of import sector were higher than the growth of
export sector.
Sharan and Mukherji (2001) – Sharan and Mukherji works on the
impact of Foreign Trade Reform on Trade sector and find out that yet there
is gain from this reforms to India such as terms of trade policy was in the
favor of India, Structure of Trade also diversified and it include some other
commodities and countries but at the same time growth rate of import goes
down and the amount of fiscal deficit increased and for this situation various
external factor were also responsible.
Singh (2001) – Singh study regarding TBT-SPS agreements conclude
that these types of agreements are trade barriers which have adverse effect
on trade basically on agriculture sector of India. Through this agreements of
WTO developed country get advantages but developing and under
developing country have to bear loss in short as well as long term.
Mukhpadhay (2001) – He analyze the impact of Uruguay round of
WTO on India and concluded that for India it is not beneficial. India only
gain little bit from Uruguay round of WTO.
Deodhar (2002) - TBT-SPS were the main elements of his study. He
studied its impact on trade especially agricultural trade of India. His analysis
shows that such types of barriers and standard affect very much to India‟s
trade. For avoiding its adverse effects India have to follow good quality
management system which can improve the quality of product and they can
Page | 49
easily trade to developed and other developing countries. He emphasis on
the amendments in various agreements specially those which are the main
cause to affect trade.
Kathuria et al., (2003) – Kathuria studied the impact of multi-fiber
arrangement on export of textile industry of India. He concluded that this
arrangement shows the biasness toward developing country like India.
That‟s why growth of India‟s textile sector is low.
Nanda and Raikhy (2003) –They studied the labor and
environmental law and agreement made by World Trade Organization for
the export of Agriculture, Textile, Readymade garments export. They also
analyze the pattern and trend of India‟s textile and agriculture export and
concluded that European country is the main source for the export of India.
Although developed country have various norms and standard for export
these product but still India do not have any change to refuse it and India
have to maintain the standard of World Trade Organization.
Sekhar (2003) – Shekhar works on agriculture export especially on
the export of rice of India. He also tried to analyze the role of trade
liberalization policy on agriculture export and also studied the role of major
exporter of rice at world level. He concludes in his study that the income
level of the rice importing country influenced the demand of rice by
exporting company.
Rana and Singh (2003) – They analyzed the rate of foreign tariffs as
well as domestic tariffs and its impact on export and import sector of India
with the help of some econometric models. Foreign tariffs have played a
major role for the promotion of export where as domestic tariffs rate also
influenced India‟s import.
Baura and Chakaborty (2004) –They studied various non-tariffs of
India and analyzed about the impact of NTB‟s like TBT-SPS, IPRs,
Environmental standard, Safeguard measures etc. on India‟s export. They
concluded in their study that India‟s export enhanced in post WTO period
Page | 50
and various NBT‟s have its implication for the manufacturing export and
India‟s agriculture sector.
Chand (2004) - He analyzed in his study about the competitiveness
and export performance of the Indian agriculture and the policy change due
to Trade reform like reducing control on the exchange rate and export
process leads to increase in export performance. Various odds like Technical
Barriers to Trade and sanitary/Phyto-sanitary and infrastructural bottlenecks
etc. are the main determinants for the better export growth of livestock,
horticultures. He conclude that for various products like Sugar, Rice, Cotton,
India has advantages to export these product because of high level of
production and favorable environment condition but for the Wheat, they do
not have any advantages to compete in foreign market.
Devi and Rao (2004) –They analyze the impact of trade reform
policies on the export sector of India and during their study they found that
these reform have been increased the competitiveness of labor market of
India and also enhanced the competitive capabilities of domestic market. He
concluded in his study that the share of primary goods has been fallen in
total export but the share of manufactured goods increased.
M. M. Sury (2004) - He mentioned in his book "Indian economy in
the 21st century: Prospects and challenges" about the economic reform on
the analytical and description approach and discuss about the future prospect
of the economic reform. Furthermore this book also gives brief study about
the policy framework, future prospect, and current scenario of Indian
Economy. Various other government economic activities show that in future
government will start various economic reform programme for the economic
growth and development.
Kaundal (2005) – Kaundal study was based on the impact of trade
reform on the export sector and he analyzed the causes, pattern of India‟s
export during the period of 1970 to 2002. He concluded that the share of
some traditional goods like Jute, Cotton, and Tea has been fallen in overall
Page | 51
export and on the other hand non-traditional goods like manufactured goods,
machineries etc. share has been increased in overall export.
Raju (2005) – Raju worked on the role of agriculture sector for the
employment generation and its role in GDP and economic growth. He
studied the agreement on agriculture (AoA) which was formed by World
Trade Organization and also studied various other issues regarding with
agriculture growth in developing countries.
Bakshi (2005) – Bakshi study were focused on the agreements of
WTO basically sanitary Phyto-sanitary agreements and He concluded in his
study that these agreements are the main cause to reduce the Trade of
Agriculture of developing country especially for those who are largest
producer at International level like India. The conditions in agreements like
testing standards, production standards were in such a frame which works as
a non-tariffs barrier for developing country.
Mittal and Raju (2005) - They studied the formation process of
WTO from the GATT time period. He analyzed all the eight round of WTO
conferences and studied its negotiations and agreements.
Chakraborty et al., (2005) - He studied about the relationship
between WTO and India and also analyzed the export performance of India.
In his study he compared India and china export performance and studied
about India‟s competitiveness and export directions trends of India.
Diversification was the major determinant for the growth of India‟s export.
Kaundal (2006) – Kaundal find out in his study that government
have been taken various serious step to make environment friendly for the
better foreign trade such as- (i) Formation of new category of export houses
like Super Star Trading Houses (SSTH), (ii) Implication of import licensing
policy, (iii) Removal on the restriction of Agriculture export, (iv) Promotion
to private warehouses, (v) Export Credit Policy, (vi) Easy custom clearance
policy for some major exported goods, (vii) Decrease in custom duty from
20% to 15%for n0n-agricultual product, (ix) State government also initiated
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in the trade promotion activities thorough formation of Inter-State Trade
Councils and State Policies.
Ramphul (2006) - He analyzed the performance of agricultural trade
of various developed and developing country. He also analyzed the impact
of WTO agreements and negotiation on the agricultural trade at world level.
He concluded that WTO has adverse effect on agricultural trade at world
level.
Chakraborty and Singh (2006) –They took agricultural subsidy as a
main factor for the increase and decrease of agriculture trade. They
concluded that subsidy on agriculture is favorable for developed country but
for developing country it works as a hurdle for free trade of agricultural
product so they are not favorable negotiation. According to him negotiations
should be in such a way which can be beneficial for developing country also.
Chakraborty and Singh (2006) –They took agricultural subsidy as a
main factor for the increase and decrease of agriculture trade. They
concluded that subsidy on agriculture is favorable for developed country but
for developing country it works as a hurdle for free trade of agricultural
product so they are not favorable negotiation. According to him negotiations
should be in such a way which can be beneficial for developing country also.
Banerjee (2006) – His study was focused on the agricultural trade of
India. He also analyzed the TBT-SPS impact on agriculture. He concluded
that developing country is not implementing the TBT-SPS in a proper
manner that‟s why country like India such agreements are not favorable.
Veeramani (2007) – Veeramani study was based on the exchange
rate of rupees through exchange rate government want to increase its export
and thus with the objective of export profitability, various changes occurs in
trade policy like government introduced various export promotion scheme
such as Export credit Policy, Import licensing Policy, Relaxation on trade
restriction for the export of agricultural product so that export might be
increased at international level.
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Sharma and Dietrich (2007) - They studied basically on India‟s
manufacturing sector in the time period of 1980-2000. He individually
analyzed all the three category of technological industry like high
technological industry, medium technological industry and low
technological industries. He also analyzed the structure of India‟s
manufacture sector.
M. Ramesh, M. Chandrayya and M. Sankara (2009) - According
to their point of view, WTO has a direct and indirect relationship with
various sectors of Indian economics. Indian agriculture sector affected so
much from the WTO. WTO also have its impact on Indian former because
they are directly associated with agriculture and their livelihood depends on
agriculture sector so they affected so much by government policy to
subsidies agriculture and also from the policy of WTO. There is also a very
big challenge for the Indian government to protect these former on
agriculture sector from the side effects of WTO and also a big task to
improve its competitiveness for the international market because after
economic reform and adoption of LPG India is getting a tough competition
from foreign companies therefore government is trying to make more
favorable policy such as market policy, agriculture policy to make former
more capable for the production. There are various institutions which
provide financial help, training to the former for better agriculture growth.
P. Arunachalam (2009) - He studied the reasons that why agriculture
is one of the main sector for the study by various magazines, newspapers,
books and academician, politicians etc. in special reference with WTO
because there are various difference for the developed and developing
agriculture sector is in developed countries in WTO. Developed countries
already have economic development and there is already agriculture sector is
in developed state but in developing countries agriculture is not in developed
stage therefore government has to subsidies and also has to make favorable
policies for agriculture sector. Developed economic already have a policy and
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mechanism to protect their domestic market from the competition of
developing countries through import quota etc. but developing countries are
not able to adopt such types of measures. He also mentioned India's policy to
protect their agriculture sector in his study.
V. Balasubramanian - He studied various positive and negative impact
of WTO on Indian economy in his research paper, "WTO and Indian
agriculture insights, Implication and Imperatives". He tried to find out
impact of WTO on Indian industry. His study based on the agriculture
sector. Farmers were the main effected element in this study. He analyzed
that Developed economy spend huge amount as a subsidy on the agriculture
sector so that the cost of agriculture product is low in the international
market on the other hand developing economy spends small amount as a
subsidy on agriculture so farmer have to spend more amount on fertilizers,
seeds, electricity etc. therefore cost remain high and ultimately This hike in
commodity price directly affect demand at international level which leads to
low agriculture trade.
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3.Research Methodology
3.1 Need of the Study
Based on review of literature, it is possible to identify that though
various studies has completed in Trade but most of them addressed only
industrial products, none of them tried to study the Trade of agriculture
commodity of India and in Pre-WTO and Post-WTO era. And agriculture
being primary sector of Indian economy can‟t be undervalued. Further none
of studies attempted to give Pre-WTO and Post-WTO agriculture production
statistics.
Therefore, the need to address various issues related to Indian
Agriculture in Pre-WTO and Post-WTO era arises. Proposed study will be
an attempt to bridge the gap by addressing the issues of Pre-WTO and Post-
WTO agriculture production, Problem of export of Indian agriculture trade,
policy intervention and prospects, issues & challenges and strategies to
coping with them, role of WTO in India in agriculture sector.
3.2 Objectives of the Study
The general objective of the study is to find out the India‟s agriculture
production in Pre-WTO and Post-WTO era.
Specifically, the study will focus on following objectives:
1. To explore importance of the international rules by international body
2. To explore the story from 1944 – the process of GATT formation
3. To explore the Bretton Woods Conference and General Agreement on
Tariff And Trade (GATT)
4. To explore brief history of all negotiating rounds and success of
GATT
5. To explore World Trade Organization – WTO (1995) and its
functions
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6. To explore agriculture sector (types, season, production) in India
7. To explore aggregate growth rates of principle crops
8. To describe selected economic indicators of interest
9. To describe year-wise expenditure of department of agriculture and
cooperation
10. To describe outlays / expenditure under agriculture & allied activities
11. To describe percentage share of Gross Domestic Product (GDP) at
factor cost
12. To describe plan-wise share of public sector outlays and expenditure
under agriculture and allied activities
13. To compare states outlay and expenditure for eleventh and twelfth
plan
14. To build up regression model for production of agriculture products
and test proposed hypotheses by means of F test And ANOVA.
15. To describe and analyze production of food grain and major non-food
grain crops in all states (individually), all union territories and in
whole India
3.3 Research Hypotheses
The specific hypotheses (in Null Hypothesis form, i.e. H0) to be tested
are shown below:
1. Production of Rice in India does neither depends on Area of
Cultivation of Rice nor Yield per Hectare of Rice
2. Production of Wheat in India does neither depends on Area of
Cultivation of Wheat nor Yield per Hectare of Wheat
3. Production of Coarse Cereals in India does neither depends on Area
of Cultivation of Coarse Cereals nor Yield per Hectare of Coarse
Cereals
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4. Production of Total Cereals in India does neither depends on Area of
Cultivation of Total Cereals nor Yield per Hectare of Total Cereals
5. Production of Pulses in India does neither depends on Area of
Cultivation of Pulses nor Yield per Hectare of Pulses
6. Production of Total Food Grains in India does neither depends on
Area of Cultivation of Total Food Grains nor Yield per Hectare of
Total Food Grains
7. Production of Groundnut in India does neither depends on Area of
Cultivation of Groundnut nor Yield per Hectare of Groundnut
8. Production of Rapeseed & Mustard in India does neither depends on
Area of Cultivation of Rapeseed & Mustard nor Yield per Hectare of
Rapeseed & Mustard
9. Production of Soya bean in India does neither depends on Area of
Cultivation of Soya bean nor Yield per Hectare of Soya bean
10. Production of Total Oilseeds in India does neither depends on Area of
Cultivation of Total Oilseeds nor Yield per Hectare of Total Oilseeds
11. Production of Coffee in India does neither depends on Area of
Cultivation of Coffee nor Yield per Hectare of Coffee
12. Production of Sugarcane in India does neither depends on Area of
Cultivation of Sugarcane nor Yield per Hectare of Sugarcane
13. Production of Tea in India does neither depends on Area of
Cultivation of Tea nor Yield per Hectare of Tea
14. Production of Tobacco in India does neither depends on Area of
Cultivation of Tobacco nor Yield per Hectare of Tobacco
15. Production of Cotton in India does neither depends on Area of
Cultivation of Cotton nor Yield per Hectare of Cotton
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16. Production of Raw Jute & Mesta in India does neither depends on
Area of Cultivation of Raw Jute & Mesta nor Yield per Hectare of
Raw Jute & Mesta
17. Regression with dependent variable Production of Rice and
independent variables Area of Cultivation of Rice and Yield per
Hectare of Rice as whole is not highly significant
18. Regression with dependent variable Production of Wheat and
independent variables Area of Cultivation of Wheat and Yield per
Hectare of Wheat as whole is not highly significant
19. Regression with dependent variable Production of Coarse Cereals and
independent variables Area of Cultivation of Coarse Cereals and
Yield per Hectare of Coarse Cereals as whole is not highly significant
20. Regression with dependent variable Production of Total Cereals and
independent variables Area of Cultivation of Total Cereals and Yield
per Hectare of Total Cereals as whole is not highly significant
21. Regression with dependent variable Production of Pulses and
independent variables Area of Cultivation of Pulses and Yield per
Hectare of Pulses as whole is not highly significant
22. Regression with dependent variable Production of Total Food Grains
and independent variables Area of Cultivation of Total Food Grains
and Yield per Hectare of Total Food Grains as whole is not highly
significant
23. Regression with dependent variable Production of Groundnut and
independent variables Area of Cultivation of Groundnut and Yield per
Hectare of Groundnut as whole is not highly significant
24. Regression with dependent variable Production of Rapeseed &
Mustard and independent variables Area of Cultivation of Rapeseed
& Mustard and Yield per Hectare of Rapeseed & Mustard as whole is
not highly significant
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25. Regression with dependent variable Production of Soya bean and
independent variables Area of Cultivation of Soya bean and Yield per
Hectare of Soya bean as whole is not highly significant
26. Regression with dependent variable Production of Total Oilseeds and
independent variables Area of Cultivation of Total Oilseeds and Yield
per Hectare of as whole is not highly significant
27. Regression with dependent variable Production of Coffee and
independent variables Area of Cultivation of Coffee and Yield per
Hectare of Coffee as whole is not highly significant
28. Regression with dependent variable Production of Sugarcane and
independent variables Area of Cultivation of Sugarcane and Yield per
Hectare of Sugarcane as whole is not highly significant
29. Regression with dependent variable Production of Tea and
independent variables Area of Cultivation of Tea and Yield per
Hectare of Tea as whole is not highly significant
30. Regression with dependent variable Production of Tobacco and
independent variables Area of Cultivation of Tobacco and Yield per
Hectare of Tobacco as whole is not highly significant
31. Regression with dependent variable Production of Cotton and
independent variables Area of Cultivation of Cotton and Yield per
Hectare of Cotton as whole is not highly significant
32. Regression with dependent variable Production of Raw Jute & Mesta
and independent variables Area of Cultivation of Raw Jute & Mesta
and Yield per Hectare of Raw Jute & Mesta as whole is not highly
significant
All the Null Hypotheses, i.e. H0 have been tested with level of
significance of 0.1 i.e. at the 99 % confidence level.
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3.4 Research Methodology
The research study is based on quantitative research and secondary
data have been used in this research. The study is based on agriculture
production of India. In the previous section, hypotheses to be tested are
presented. Several research objectives, thirty two hypotheses that served to
direct the data analysis, and an identification of several terms key to the
study. In addition, a review of relevant literature related to the study
established a background of support for the study. The proposed research is
an effort to examine the relationship between selected variables in a manner
that has not been done to date.
The intent of this section is to describe the methodology that has been
used in this research effort. This research is longitudinal based on secondary
data of Ministry of Agriculture, Govt. of India and Reserve Bank of India.
3.4.1 Research Design
This research is both the descriptive and analytical by nature.
The main goal descriptive research is to describe the data and characteristics
about what is being studied. The idea behind this type of research is to study
frequencies, averages, and other statistical calculations. Although this
research is highly accurate, it does not gather the causes behind a situation.
Therefore, the study plan involved the gathering of information about
agriculture production, yield and area for agriculture production in India to
establish causal relationships.
3.4.2 Data Collection Procedures
This research is based on secondary source of data. Secondary data
from authentic sources have been utilized. Reference books, reports and
survey publications of Governments and its agencies have been also used.
And the data have been collect through published and unpublished source.
3.4.2.1 Published Sources
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Published reports of Central and State government and local bodies;
Statistical abstracts, and the reports published by different ministries of the
government specially from Agriculture and Commerce ministry; Official
publication of foreign government; Report and publications of trade
associations, financial institutions, Journals, Magazines and Periodicals have
been used in this research effort.
3.4.2.2 Unpublished Sources
Some of the important unpublished sources from which secondary
data have been used are – Research works carried out by scholars, teachers
and professionals; Records and statistics maintained by various departments
and offices of the Central and State governments, corporations, undertakings
etc. Besides that online resources from official and authentic websites have
also been used in this research effort.
3.4.3 Analysis of Data
There are certain tools and technique which have been used to
achieve different objectives of the study.
First, in order to establish causal relationship between variables of
interest regression models have been built up.
Moreover, to test proposed hypotheses F Test and ANOVA for
regression have also been used.
Secondly, descriptive statistics like range, mean standard deviation
etc. and arithmetical break growth rate have been used to analyze the data
for all the states, union territories and whole India for agriculture production
in both the Pre-WTO and Post-WTO era and a comparison of the same have
also been made.
3.5 Limitations of the Study
There are some limitations to the study, which are as follows:
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The objective of secondary data may be different in context than this
study which may cause biasness and lack of objectivity in research.
Considering causal relationship in regression selected variables is not
exhaustive, though they give a high coefficient of determination, still
some other major variables are not included in regression model.
Secondary data used in this research was having certain missing value
which could be treated, but the treatment might have insufficient the
reality.
3.6 Significance of the Study
In order to make it an exhaustive inquiry of agriculture production for
all states (individually), all union territories of India and Whole India for
both the Pre-WTO and Post-WTO era have been described and analyzed.
This study is expected to be beneficial to govt. and its agencies for
policy formulation, researchers and academicians for academic purpose and
to the people who have interest in the field of this study. It is expected that
the study will make contributions to the areas of agriculture of India.
Finally, the ultimate issue underlying the study is benefits and
opportunity loss of Agriculture Trade. It is anticipated that the study may
identify ways through which Agriculture trade of India can contribute to the
development and economic growth of India.
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4.World Trade Organization (WTO)
4.1 Importance of the International Rules by International Body
Peter Sutherland, Former Director General of GATT and WTO
wrote in 20 February 1997 in his article “ Beyond the Market, a Different
Kind of Equity, International Herald Tribune”, that:
“The greatest economic challenge facing the world is the
need to create an international system that not only
maximizes global growth but also achieves a greater measure
of equity, a system that both integrates emerging powers and
assists currently marginalized countries in their efforts to
participate in worldwide economic expansion . . . The most
important means available to secure peace and prosperity
into the future is to develop effective multilateral approaches
and institutions.”
4.2 Story from 1994 – The Process of GATT Formation
The concept of International Organization came into existence after
Bretton Woods Conference which was held on July 1994. This Conference
was held at Mount Washington Hotel, situated in Bretton Woods, New
Hampshire, U.S.
There was almost 730 delegates from all of the 44 Allied Nations of
world participated in this conference. This conference was formally known
as United Nations Monetary and Financial Conference and letter on known
as Bretton Woods Conference.
The objective behind this conference was to find out the solution for
better economic growth and stability and also to recover from the causes of
World War II and manage all the activities related with International
Organizations so that all the issue related with Finance and International
monetary can be solve with the help of this organization and there for
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originations like International Monetary Fund (IMF), International Bank for
Reconstruction and Development (IBRD) etc. were established.
Article XVI: 1 of the WTO Agreement states:
“Except as otherwise provided under this Agreement or the
Multilateral Trade Agreements, the WTO shall be guided by the
decisions, procedures and customary practices followed by the
CONTRACTING PARTIES to GATT 1947 and the bodies
established in the framework of GATT 1947.”
4.3 Bretton Woods Conference
All the delegates agreed for the establishment of International
Economic Institution for the elimination of Causes of World War II. The
institutions are:-
1. World Bank or International Bank for Reconstruction and
Development (IBRD)
2. International Monetary Fund (IMF)
3. International Trade Organization (ITO)
Following are negotiators of some major countries in Bretton Woods
Conference:
Mr. Harry Dexter White represented USA in Conference
Mr. John Maynard Keynes represented UK in conference
Mr. Pierre Mendes France represented France in Conference
Mr. H. H. Kung represented China in Conference
Mr. Leslie Melille represented Australia in Conference
Sir Chintaman Dwarakanath Deshmukh represented India in
Conference
Mr. Camille Gutt represented Belgium in China
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U.S. President Franklin D. Roosevelt statement in Breton Woods
Conference was: “The Economic health of every country is a proper matter
of concern to all its neighbors, near and far.”
4.3.1 World Bank
World Bank was established in July 1945 with the motto of “Working for
a world free of poverty”. The idea behind the establishment of World Bank
was mentioned below:
1. To manage world economies which have affected from the World
War–II.
2. To increase development in developing countries.
3. To promote investment.
4. Providing Loan and Capital facility etc.
4.3.2 International Monetary Fund (IMF)
IMF was established on 27 December 1945 but its financial operation
was started from 1st March 1947. It was developed as an International
Organization which objective was:
1. To promote Economic Growth and Development.
2. To promote Economic Stability.
3. Financial Help to developing countries.
4. Fixed exchange rate arrangements between nations etc.
4.3.3 International Trade Organization (ITO)
It was just a Charter on Paper for the establishment on International
Organization for the belter regulation of International Trade. All the
negotiation regarding of ITO charter were discussed in 1948 and this charter
promoting for the establishment of International Trade Organization (ITO).
All the rule and regulation regarding International Trade were discussed in
this charter. But when this ITO charter was presented in front of United
States then UN Congress refused this proposal on the basis of their statement
that such International Organization will involve in countries internal
economic issues. The idea behind this organization was:
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1. To make smooth International Trade.
2. To communicate information regarding trade in member countries.
3. To provide consultation and legal advice for betterment of
International Trade.
4. To increase volume and improvement in International Trade.
4.4 General Agreement on Tariff and Trade (GATT)
When UN Congress refused the ITO charter then member countries
tried to solve out there problem related with international trade and they
agreed to make a General Agreement on Tariff and Trade (GATT). This was
the alternate solution of International Trade Organization (ITO) as a new
multilateral institution for the better international economic cooperation. At
that time in 1947, 23 countries (Australia, Belgium, Brazil,
Burma(Myanmar), Canada, Ceylon(Sri Lanka), Chili, China, Cuba,
Czechoslovakia, France, India, Lebanon, Luxembourg, Netherlands, New
Zealand, Norway, Pakistan, South Africa, Southern Rhodesia (Zimbabwe),
Syria, United Kingdom (UK), United States)were agreed on the GATT
concept. The objective of GATT was:
1. To give a boost to Trade Liberalization.
2. To provide tariff negotiation facility.
3. To promote International Trade
4. To solve the problem related with International Trade through
Dispute Settlement Mechanism (DSM)
GATT was succeeded to eliminate various trade barriers and also
succeed in lowering tariffs almost 45,000 tariff concessions affected $10
billion. The main objective of GATT was (i) Rule and Regulation of
International Trade (Multilateral Negotiations), and (ii) Tariff Concessions.
4.5 Brief History of All Negotiating Rounds
From the date of establish of GATT till today eight round have been
completed and the entire round have different subjects. GATT eight round
which is known as a Uruguay round is very famous and it covers most of the
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subject regarding Tariffs, Non-Tariff measures, rules, services, intellectual
property, dispute settlement, textiles, agriculture, creation of WTO, and so
on. After the success of this round which took eight year of time period from
1986 to1994, World Trade Organization (WTO) came into existence on 1st
January 1995. GATT rounds were started from 1947 (1st round) in Geneva,
1949 (2nd
round) in Annecy, 1951 (3rd
round) in Torquay, 1956 (4th
round) in
Geneva, 1960-61 (5th
round) in Dillon round (Geneva), 1964-67 (6th
round)
in Kennedy Round (Geneva), 1973-79 (7th
round) in Tokyo Round (Geneva),
1986-94 (8th
round) in Uruguay Round (Geneva) and 2001 to present (9th
round) in Doha Round.
Table-4.5; GATT and WTO Negotiating Rounds of Multilateral Trade
Liberalization
Sources: WTO website, “The GATT Years: From Havana to Marrakesh”
(www.wto.org/english/thewto_e/tif_e/fact4_e.htm).
4.5.1 GATT First Round in Geneva (1947)
The first round of GATT was held in Geneva, Switzerland on 30th
October 1947 and in its first round 23 countries participated and they agreed
Year Name
(Location) Subject Covered
No. of
Country
1947 Geneva Tariffs 23
1949 Annecy Tariffs 13
1951 Torquay Tariffs 38
1956 Geneva Tariffs 26
1960-61 Dillon Round
(Geneva) Tariffs 26
1964-67 Kennedy
(Geneva) Tariffs and antidumping measures 62
1973-79 Tokyo
(Geneva)
Tariffs, Non-Tariff measures,
“framework” agreement 102
1986-94 Uruguay
(Geneva)
Tariffs, Non-Tariff measures,
rules, services, intellectual
property, dispute settlement,
textiles, agriculture, creation of
WTO, and so on
128
2001-
Present Doha Round To be determined
To be
determined
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on the establishment of General Agreement on Tariff and Trade (GATT) and
they led to the establishment of GATT itself. Another major thing was
45,000 reductions in participants‟ custom duties.
4.5.2 GATT Second Round in Annecy (1949)
The second round of GATT was held in Annecy which is in the
French Alps not for from Geneva. A total of 13 countries participated in this
round they agreed on a contract to reduce tariff which is known as
“Contracting Parties” and also agree to 5,000 tariff concessions.
4.5.3 GATT Third Round in Torquay (1957)
Torquay, England was he witness of third round of GATT which was held
on April 1951 and 38th
countries participated in this GATT round. The focus
point of this round was that all 38th
participating countries were agreed on
8,700 tariff concessions which were ¾ of the tariffs which were effect in
1948.
4.5.4 GATT Fourth Round in Geneva (1955-59)
The fourth round again came back in Geneva and this conference was
started in 1955 and concluded in 1959 almost took 4 years. 23rd
countries
participated in this round and they agreed on $ 2.5 billion tariff reduction
on Trade.
4.5.5 GATT Fifth Round in Geneva (Dillon Round) (1960-61)
On the Name of Douglas Dillon who was US Under-Secretary of
State this round is known as “Dillon Round”. He was the one who proposed
negotiations. This round was also held in Geneva from 1960 to 61 and 26th
countries participated in this round and they were agreed on reducing over $
4.9 billion in tariffs about 4,400 tariff concessions. The other main thing
was discussion on the establishment of new organization named as
European Economic Community (EEC).
4.5.6 GATT Sixth Round in Geneva (Kennedy Round-1964-67)
The 6th
round of GATT known as Kennedy round and this named
after the assignation of U. S. President John. F. Kennedy who was in favor
of the reformation of U.S. Trade agenda. This round was started from 1964
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till 1967 at Geneva and 62 countries who covers 75% of total world trade
participated in this round and all of them agreed on tariff concession worth $
40 billion of the world trade.
4.5.7 GATT Seventh Round in Geneva (Tokyo Round – 1973-79)
The 7th
round of GATT held in Tokyo from 1973 to 79 (74 months).
Tokyo round succeed because it continued GATT‟s efforts to reduce Tariffs
and make International Trade smoother. 102 countries participated in this
conference and make a commitment that they will not increase current tariff
rate which covers $ 300 billion. This was the first time when Subsidies,
Standards Code, Import licensing procedures, Custom valuation –
interpreting Article VII, Bovine meat Arrangement, Civil Aircraft,
Dairy products, Government Procurement etc. came under the Umbrella
of GATT.
4.5.8 GATT Eight Round in Uruguay (Uruguay Round 1986-94)
The 8th
round of GATT was held in Uruguay therefore it is known as
“Uruguay Round” scheduled from 1986 to 1994 (8 years).Although the
scheduled was to end this round in December in 1990 but the issue related
with farm subsidies on which U.S was not agreed which leads to delay in
this round by four year and finally this round end in 1994.
The Uruguay Round was most ambitious round of GATT and therefore
many major decision and negotiations took place in this round which are
mentioned below:-
Replacement of GATT and the establishment of World Trade
Organization (WTO).
Services and Agriculture included into negotiation.
Formation of Dispute Settlement Body.
First time Textiles and Clothing, Intellectual Properties included in
negotiations.
102 Tariffs and Non-Tariffs measures.
Tariff reduction about 40 per cent.
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Formation of Various Agreements such as :
Agreement on Agriculture (AoA)
Agreement on Textiles and Clothing (ATC)
Agreement on Sanitary and Phyto-sanitary measure (SPS)
Agreement on Technical Barriers to Trade (TBT‟s)
Agreement on Intellectual Property Rights (IPR‟s) etc.
One twenty eight countries participated in this round and there
member finally agreed on the final act of Uruguay round in Marrakesh.
Table-4.4; Key Dates of Uruguay Round of WTO
Key Dates of Uruguay Round of WTO
September 1986 Punta del Este Launch
December 1988 Montreal Ministerial mid-term review
April 1989 Geneva Mid-term review completed
December 1990 Brussels “Closing” ministerial meeting ends
in deadlock
December 1991 Geneva First draft of Final Act completed
November 1992 Washington US and EU achieve “Blair House”
break through on agriculture
July 1993 Tokyo Quad achieve market access
breakthrough at G& summit
December 1993 Geneva Most negotiations end (some market
access talks remain)
April 1994 Marrakesh Agreements signed
January 1995 Geneva WTO created, agreements take effect
Sources: WTO Website,
http://www.wto.org/english/thewto_e/whatis_e/tif_e/fact5_e.htm
4.5.9 Doha Round (2001-Present)
As per scheduled Doha round started from November 2001 and this
round yet not concluded today. Bali packages of Doha Round signed by
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various countries recently on 7th
December 2013. In November 2001 Trade
ministers of the 140th
participating countries meet in Doha, Qatar and they
agreed to start talk from starting point or a new series of talk. In September
2003 member of 150 developed and developing countries started a new
round of talk about the International Trade in Cancun, Mexico. The
objective of this meeting was to reduce tariff rate so that International trade
can be smoother. This round also includes some negotiation related with
Environment, Patents, Labor standards, Competition, Investment etc.
Supachai Panitchpakdi, Former Director General of WTO (2002-2005),
described their view in respect with trade between developing countries
during Doha Round Agenda, in International Trade forum, August 2003 that:
“Enhanced South–South activity offers a potentially great
source of expanded trade opportunities in the coming decade.
Between 1990 and 2001, South–South trade grew faster than
world trade with the share of intra-developing country trade in
world merchandise exports rising from 6.5% to 10.6%”.
Kofi Annan, UN Secretary General noted in his speech in Davos on 28
January 2001 during World Economic Forum:
“For far too many people in the world today, greater openness
looms as a threat – a threat to their livelihoods, to their ways of
life, and to the ability of their governments to serve and protect
them. Even when it may be exaggerated or misplaced, „fear has
big eyes,‟ in the words of the Russian proverb. And, we might
add, it has the ear of governments, who feel compelled to
respond.”
4.6 How Much GATT Succeed
It is very difficult to say that GATT totally succeed but we can say
that with its various negative points GATT helped a lot to increasing World
Trade through Trade Liberalization policies. Initially it has very limited field
of action but later on it includes various new things in its umbrella through
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various negotiation. Continual tariff reduction help a lot to the International
Trade and therefore in the decade of 1950‟s and 1960‟s world trade achieved
a high growth rate about 8 per cent a year on an average but continual tariff
reduction to such a low level have its negative impact on various countries
and it lead to economic recessions in the decade of 1970‟s and early 1980‟s.
Trade liberalization process ensures that the growth rate of international
trade out-paced the growth of production during whole GATT era. All the
countries started to get more benefitted from the international trade through
low cost of product and tariff reduction facility. Entry of new members in
GATT during Uruguay round shows the interest of these countries toward
GATT. They join GATT because they analyzed that GATT‟s policies and
trade reform can be more beneficial for their economic growth and
development.
Uruguay Round was the last round of GATT which took eight year in
its completion from 1986 to 1994 and finally led to the creation of World
Trade Organization (WTO). The main difference between GATT and WTO
is that GATT only dealt in the trade of goods whereas WTO is not only
dealing with the trade of goods but also includes Services, Intellectual
Property, Agriculture etc. in its basket.
4.6.1 Positive Points of GATT
1. 8 per cent growth rate a year on average in the world trade
during1950‟s to 1960‟s.
2. Due to world trade rate of production also increased.
3. Multilateral trade agreement concept came in existence and becomes
an anchor for the growth and development of country.
4.6.2 Negative Points of GATT
1. Due to entrance of foreign countries many countries started to protect
their home industry.
2. The rate of unemployment also increased with high rate.
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3. Western Europe and North America affected very much due to foreign
competitor who lead to close their factory so finally they have to
adopt Bilateral Trading system rather than Multilateral Trading
system.
These are the negative impact of GATT which makes a question mark
on the effectiveness and credibility of GATT.
4.7 World Trade Organization – WTO (1995)
World Trade Organization (WTO) is an International organization for
the Trade opening at global level; a platform for the member countries for
the negotiation of Trade agreements; a forum to settle all the trade disputes
with rule and regulation; an international body to maintain a system
regarding rule and regulation of International Trade etc. Thus WTO is an
International body of Trade regulation at global level. WTO office is situated
at Geneva, Switzerland. This organization was established in 1 January
1995. Till the date WTO has its 160 member countries. Yemen is the 160th
member country joined WTO on 26th
June 2014 and almost 25th
other
counties are the observer and they may be also a member country of WTO in
future.
The working of WTO is based on the negotiation decision which has
been taken in its ministerial conferences. The work done by the WTO is
based on the negotiations of the GATT Uruguay round which was the 8th
conference of the GATT from 1986-94. GATT (General Agreement on
Tariff and Trade) was the earliest form of WTO established in 1 January
1995. The WTO at present is the result of GATT negotiation before the
establishment of World Trade Organization on 1st January 1995. But Today
WTO is working on the basis of its “Doha round Agenda” which was
launched in 2001.
At International level every country has to face trade barriers which
may be of any type. WTO works to remove these trade barriers for free
smooth of International trade but sometime it also maintain such tariff
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barriers to protect consumer or to prevent of various spreadable disease
which can be harmful for other member countries.
Negotiations are the backbone of working of WTO because
negotiation signed by any member country is the acceptance by those
countries that they will follow all the rule and regulations which was
mentioned in negotiation. Negotiation is the legal acceptance for smooth
flow of International Trade. It is a type of contract at which its member
countries are ready for their international issues regarding trade and
developments. This negotiation helps all the exporters, importers, producers
of goods and services for the smooth flow of their business.
The idea behind WTO establishment was to promote the free trade
concept means to make international trade flow as freely as possible for the
member countries of WTO and also remove undesirable side effects from
the trade. WTO negotiations, agreements provide a legal acceptance of the
member country which makes exporter and importer surety that all the trade
activities will be done through rule and regulation of the WTO negotiations
which means there will be no sudden changes in policies regarding trade and
these rules and regulation makes economic activity more transparent.
There are various issues generally arises during international trade
between trading countries and many times it becomes very difficult for the
trading country to solve out such situations. For such types of issue WTO
has been established the Dispute Settlement Bodies which works under the
WTO agreements in case of disputes arises. This body provides a legal
platform to solve any trade related problem in trading countries.
WTO working is based on the decision of its member governments
and all the major decisions have been taken by its member‟s governments.
Member governments include various Ministers, Ambassadors or its
Delegates who meets at least once every two years and on regularly basis
respectively in Geneva, Switzerland. The roles of Secretariat Employees are
also very important in all the decision whether they are minor or major.
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There are almost 600 Secretariats employees. These secretariat employees
report WTO on daily basis about implementation of rule and regulation,
updates, so that it becomes very helpful to make decisions by member states.
WTO working is based on the negotiations and these negations are
made in WTO through ministers during ministerial conference. These
negations are not stable in nature which means they always changed
according to new decision taken by ministers in ministerial conferences.
WTO agreements cover all the trade related with Intellectual property, goods
and services etc. It promote its member countries for lower custom tariffs, to
remove trade barriers, to provide and open market etc. from the smooth flow
of international trade because international trade are directly related with the
economic growth of country.
Every member country has to make a transparent trade policy
according to the law of World Trade Organization. These are various
councils and committees of WTO which keep on their eye on member
countries trade policy and they also ensure for the proper implementation of
rule and regulation of World Trade Organization. WTO secretariat also
performs a major role for proper implementation of WTO laws and they also
scrutinize and revised the trade policy of member countries time to time.
In case of any disputes arises regarding trade in the member countries
then Dispute Settlement Body of WTO solve that disputes according to the
rule and regulation of agreements. Dispute settlement is very necessary for
the smooth flow of international Trade. Dispute Settlement body is a legal
body of WTO which have various expert regarding laws, economic field etc.
For the better flow of International Trade WTO also provides various
aids to the developing countries so that they can develop better skills and
good infrastructure which is very must for the International Trade. For the
better understanding of Trade, WTO also conducts various courses regarding
trade at the head office in Geneva for the government officials. Apart from
that WTO makes various special provision for the developing countries like
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provision for improving trade opportunity; provision for dispute settlement;
financial and moral support to build up their trade capacity etc.
WTO also maintains healthy communication with most of the NGO‟s,
media houses, international organizations etc. so that a common man and
society can easily understand the aim and objectives of WTO. Through its
effective communications and awareness WTO easily communicate its
policy all over the world. All the decisions and working of WTO is based on
its agreements. An agreement is a legal acceptance of its member countries.
These agreements are generally very lengthy and complex in nature because
it covers a wide range of negotiations or activities related with International
Trade. These agreements ensure to individuals and all countries that there
will be no discrimination by its member countries regarding trade activities
if any member country do not follow its rule and due to this other countries‟
trade affected then dispute settlement body solve that problem.
WTO also stand for the trade barriers which is generally adopted by
various countries to protect their domestic market or sometime also to stop
import of foreign countries. WTO observe all these activities like rate of
custom duties, quota or various other measures also and WTO also
encouraged investment and ensures investors and governments that trade
barriers will not become obstacles for them. For the development of trade
WTO tries to stop unfair means such as high rate of import duties, dumping
products even below cost etc. WTO also work for the under developed
countries who are still in transition phase of economy to market economy.
WTO makes a special provision for such countries such as; it provides
excess time for the adoption of WTO agreements, Provides special
privileges to become more familiar with WTO so that at global level there
may be a healthy environment for International Trade.
WTO is also very aware for the environment. It has a special
provision for the member countries to protect environment from the side
effects of business. According to WTO every government and companies
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should be aware for the environment so that plant health, animal can be
maintained.
4.7.1 Rule, Regulation and Principles of WTO Law
WTO is an international organization that is why its law is very
complex and specialized. WTO law deals with a wide range of issues such as
tariffs, import quota, intellectual property rights, national security measures,
food safety measures, export import of goods and services etc. WTO rules
and principles can be categorized into following groups like,
WTO rules based on the non-discrimination issues.
WTO rules based on the market access.
WTO rules based on the unfair trade of the countries.
WTO rules based on the conflict solution arise due to trade
liberalization and other society related values.
WTO rules based on the special and different cases of the developing
countries.
WTO rules based on the key institutional and procedure relating with
the dispute settlement mechanism and decision making.
The rules and principle mentioned above collectively known as
multilateral trading system. Mr. Peter Sutherland express his view regarding
this multilateral trading system in 2001:
“The multilateral trading system, with the World Trade
Organization (WTO) at its center, is the most important tool of
global economic management and development we possess.”
4.7.2 Sources of the Law of World Trade Organization
There are various sources for the WTO law and all are not mentioned
below but some of them are described. There are various principal and basic
source of the WTO law which takes place in the Marrakesh meeting and
therefore it is known as Marrakesh Agreement. This agreement implemented
from 1st January 1995 on all the member countries of WTO. There are
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various other sources such as reports of the WTO dispute settlement body,
various international agreements, customary international law etc.
4.7.2.1 Marrakesh Agreement
These are the basic agreement of the WTO consist large number of
issues and these agreement are responsible for the establishment of the
WTO. These agreements are meant to make international trade smoother on
international level. These agreements are described below:
ANNEX 1 A: Multilateral Agreements on Trade in Goods
General Agreement on Tariffs and Trade (GATT) 1944
Agreement on Agriculture (AOA)
Agreement on Technical Barriers to Trade (TBT)
Agreement on Trade-Related Investment Measures (TRIMs)
Agreement on Textiles and Clothing (ATC)
Agreement on the Application of Sanitary and Phyto-sanitary
measures (SPS)
Agreement on Pre-shipment Inspection
Agreement on Subsidies and Countervailing Measures
Agreement on Safeguards
Agreement on Rules of Origin
Agreement on Tariffs and Trade 1994
Agreement on Import Licensing Procedures
Agreement on Implementation of Article VI of the General
Agreement on Implementation of Article VII of the General
ANNEX 1B: General Agreement on Trade in Services and Annexes
ANNEX 1C: Agreement on Trade-Related Aspects of Intellectual Property
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Rights (TRIPs)
ANNEX 2: Understanding on Rules and Procedures Governing the
Settlement of Disputes
ANNEX 3: Trade Policy Review Mechanism (TPRM)
ANNEX 4: Agreement on Plurilateral Trade
Agreement on Trade in Civil Aircraft (TCA)
Agreement on Government Procurement
Annexes, Article II states the relationship between
WTO agreements and Annexes
“2. The agreements and associated legal instruments included in
Annexes 1, 2 and 3 (hereinafter referred to as „„Multilateral
Trade Agreements‟‟) are integral parts of this Agreement,
binding on all Members. The official version of the WTO
Agreement and its Annexes is published by the WTO and
Cambridge University Press as Legal Texts: The Results of the
Uruguay Round of Multilateral Trade Negotiations. The Legal
Texts are an indispensable instrument for international trade
law practitioners and scholars.
3. The agreements and associated legal instruments included in
Annex 4 (hereinafter referred to as „„Plurilateral Trade
Agreements‟‟) are also part of this Agreement for those
Members that have accepted them, and are binding on those
Members. The Plurilateral Trade Agreements do not create
either obligations or rights for Members that have not accepted
them.”
WTO agreements are the same for all its member countries. There is no any
type of discrimination in agreement. Article XVI: 3 mentioned below:
“In the event of a conflict between a provision of this Agreement
and a provision of any of the Multilateral Trade Agreements, the
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provision of this Agreement shall prevail to the extent of the
conflict.”
4.7.3 Structure or Hierarchy of World Trade Organization (WTO)
WTO is an international body came into existence on 1 January 1995
after fully replacing GATT. It is an organization dealing with international
trade related issue in member countries. Its working is based on negotiation
which is a collective decision of its member countries. The structure of
WTO includes various working bodies mentioned below:
Ministerial Conference
General Councils
Trade Policy Review Body
Dispute Settlement Body
Councils on Trade in Goods and Services
Director General and Secretariats
Committee on Trade and Development and Committee on Trade and
Environment etc.
4.7.4 Ministerial Conferences
It includes the Ministers of International Trade of member countries
who represent their view on the behalf of their country. Ministerial
Conference is a governing body of World Trade Organization. The final
decision on any issues is taken by Ministerial Conference and they are also
responsible for setting a strategic direction to the WTO. Ministerial
Conference meets once at a two year. All the decision are taken by WTO is
only after consensus of its member country but there is also a procedure of
voting for any decision because many times it becomes very difficult that all
160th
member countries get agree on each and every decision taken by
Ministerial Conference.
Article IV: 1 of the WTO Agreement states:
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“There shall be a Ministerial Conference composed of
representatives of all the Members, which shall meet at least
once every two years. The Ministerial Conference shall carry
out the functions of the WTO and take actions necessary to this
effect. The Ministerial Conference shall have the authority to
take decisions on all matters under any of the Multilateral Trade
Agreements, if so requested by a Member, in accordance with
the specific requirements for decision-making in this Agreement
and in the relevant Multilateral Trade Agreement.”
Table-4.7.4; Ministerial Conferences Held from December 1996 till
Present
Year Place
3-6 December 2013 Bali
15-17 December 2011 Geneva
30 November - 2 December 2009 Geneva
13-18 December 2005 Hong Kong
10-14 September 2003 Cancún
9-13 November 2001 Doha
30 November – December 3,1999 Seattle
18-20 May 1998 Geneva
9-13 December 1996 Singapore
Sources: http://www.wto.org/english/thewto_e/minist_e/minist_e.htm
4.7.5 General Councils
General Councils are the working body and it includes ambassador
level officers from all its member countries who report WTO for the proper
working and implementation of all the rule and regulations of World Trade
Organization. General Councils is based in Geneva in WTO headquarters. It
is a decision making body of WTO for most of the issue. There are various
other bodies associated with WTO who report General Councils Such as
Trade Policy Review Policy, Dispute Settlement Body etc.
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Article IV: 2 of the WTO Agreement states:
“There shall be a General Council composed of representatives
of all the Members, which shall meet as appropriate. In the
intervals between meetings of the Ministerial Conference, its
functions shall be conducted by the General Council. The
General Council shall also carry out the functions assigned to it
by this Agreement. The General Council shall establish its rules
of procedure and approve the rules of procedure for the
Committees provided for in paragraph 7.”
4.7.6 Trade Policy Review Policy
Trade policy review body is a result of Uruguay Round which has
representative from all the member countries. This body reviews the Trade
Policy and also observes that whether WTO rule and regulation and policy
are implementing by the member countries in a proper way or not.
4.7.7 Dispute Settlement Body
Dispute Settlement Body legally solves out the entire dispute related
with International Trade of Goods and Services, Intellectual Property Rights
etc. It follows Disputed Settlement Mechanism (DSM). It has representative
from its member countries who observer implementation and effectiveness
of WTO agreements.
The cases are heard by the Dispute Resolution Panel who chooses
individually for each case and also the observation by Permanent Appellate
Body which was established in 1994. The entire member has to follow
Dispute resolution.
Article IV: 3 and 4 of the WTO Agreement state respectively:
“3. The General Council shall convene as appropriate to
discharge the responsibilities of the Dispute Settlement Body
provided for in the Dispute Settlement Understanding. The
Dispute Settlement Body may have its own chairman and shall
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establish such rules of procedure as it deems necessary for the
fulfillment of those responsibilities.
4. The General Council shall convene as appropriate to
discharge the responsibilities of the Trade Policy Review Body
provided for in the TPRM. The Trade Policy Review Body may
have its own chairman and shall establish such rules of
procedure as it deems necessary for the fulfillment of those
responsibilities.”
4.7.8 Councils on Trade in Goods and Services
This council is composed of all the member of World Trade
Organization (WTO). They observed the general and specific agreements
related with the trade of goods and services. It also has a special council who
observe Intellectual Property Right related agreements.
Article IV: 5 of the WTO Agreement states:
“There shall be a Council for Trade in Goods, a Council for
Trade in Services and a Council for Trade-Related Aspects of
Intellectual Property Rights (hereinafter referred to as the
„„Council for TRIPS‟‟), which shall operate under the general
guidance of the General Council. The Council for Trade in
Goods shall oversee the functioning of the Multilateral Trade
Agreements in Annex 1A. The Council for Trade in Services
shall oversee the functioning of the General Agreement on Trade
in Services (hereinafter referred to as „„GATS‟‟).The Council for
TRIPS shall oversee the functioning of the Agreement on Trade-
Related Aspects of Intellectual Property Rights (hereinafter
referred to as the „„Agreement on TRIPS‟‟). These Councils
shall carry out the functions assigned to them by their respective
agreements and by the General Council. They shall establish
their respective rules of procedure subject to the approval of the
General Council. Membership in these Councils shall be open to
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representatives of all Members. These Councils shall meet as
necessary to carry out their functions.”
4.7.9 Director General and Secretariats
WTO head office is in Geneva with its almost 700 secretariats who
report Director General of WTO. At present Roberto Azevedo is the Director
General of World Trade Organization. Director General (DG) is elected by
the member state. Secretariat does not have any legal power to take decision
they are only an administrative level officers.
4.7.10 Committee on Trade and Development and Committee on Trade and
Environment
There are various committees established in 1994 after the Marrakesh
Agreement. They focus on economic development and environment related
issues and observe that how WTO agreement can be more beneficial for
sustainable growth and development. Committee on Trade and Development
was established in 1965 and Committee on Trade and Environment was
established in 1971.
Article IV: 7 of the WTO Agreement states in relevant part:
“The Ministerial Conference shall establish a Committee on
Trade and Development, a Committee on Balance-of-Payments
Restrictions and a Committee on Budget, Finance and
Administration, which shall carry out the functions assigned to
them by this Agreement and by the Multilateral Trade
Agreements, and any additional functions assigned to them by
the General Council, and may establish such additional
Committees with such functions as it may deem appropriate. . . .
Membership in these Committees shall be open to
representatives of all Members.”
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4.7.11 Organization Chart of World Trade Organization (WTO)
World Trade Organization includes various Councils, Committees,
and Dispute Settlement Body etc. for the proper working and they are
describe in an Organization Chart of WTO.
Figure-4.7.11; Organization Chart of World Trade Organization
(WTO)
Key:
Reporting to General Council (or a subsidiary)
Reporting to Dispute Settlement Body
Plurilateral committees inform the General Council or Goods Council of their
activities, although these agreements are not signed by all WTO members
Trade Negotiations Committee reports to General Council
The General Council also meets as the Trade Policy Review Body and Dispute Settlement Body.
Source: WTO Website, http://www.wto.org/english/thewto_e/whatis_e/tif_e/org2_e.htm
4.8 Functions of the World Trade Organization
There are various functions which are performed by World Trade
Organization which have been mentioned below:
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It oversees the Administration, Operation and Implementation of
WTO agreements by member countries.
It provides a legal platform for trade disputes between member
country and for this WTO have Dispute Settlement Body which
solves international trade related disputes through its Dispute
Settlement Mechanism (DSM).
It also provides a platform to member countries for the negotiation of
World Trade so that International trade can get maximum growth
rate.
Additionally WTO also reviews the National Trade Policy and also
ensure about the transparency of the trade policy.
WTO also provides Technical assistance and training to the least
developed, developing countries so that they can grow better.
WTO maintain a good relationship with other international
organizations like International Bank for Reconstruction and
Development (IBRD) or World Bank, International Monetary Fund
(IMF) etc. so that international trade can be more smoothly and also
for the economic growth and development.
WTO also works to increase employment in all over the world and to
reduce the rate of unemployment in all member countries.
Another main function is to lower down the tariff rate so that the
production of Goods and Services can increase till its optimum level.
WTO function is also to maintain and raising the standard of living of
a common man.
Article III of the WTO Agreement states the functions of WTO:
“1. The WTO shall facilitate the implementation, administration
and operation, and further the objectives, of this Agreement and
of the Multilateral Trade Agreements, and shall also provide the
framework for the implementation, administration and operation
of the Plurilateral Trade Agreements.
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2. The WTO shall provide the forum for negotiations among its
Members concerning their multilateral trade relations in matters
dealt with under the agreements in the Annexes to this
Agreement. The WTO may also provide a forum for further
negotiations among its Members concerning their multilateral
trade relations, and a framework for the implementation of the
results of such negotiations, as may be decided by the
Ministerial Conference.
3. The WTO shall administer the Understanding on Rules and
Procedures Governing the Settlement of Disputes (hereinafter
referred to as the „„Dispute Settlement Understanding‟‟ or
„„DSU‟‟) in Annex 2 to this Agreement.
4. The WTO shall administer the Trade Policy Review
Mechanism (hereinafter referred to as the „„TPRM‟‟) provided
for in Annex 3 to this Agreement.
5. With a view to achieving greater coherence in global
economic policy-making, the WTO shall cooperate, as
appropriate, with the International Monetary Fund and with the
International Bank for Reconstruction and Development and its
affiliated agencies.”
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5. Indian Agriculture Sector
5.1 Agriculture Sector (Types, Season, Production) in India
The science of farming including cultivation of the soil and rearing of
animals is called “agriculture”. The term agriculture has been derived from
the Latin word ager meaning field, and cultura meaning cultivation. Same
kind of plants like cereal (grains) crops, Pulses and Oil seeds, fiber crops etc.
cultivated and grown in large quantities in a field are known as crop plants.
There are various variety of plants in cereal category but in India generally
rice, wheat, maize are mostly cultivated.
5.1.1 Cereals or Grain Crops
These are most common plant which are tall and their seed are of
high nutritional value known as grains. This is used in a major diet in India.
Wheat and Rice provides carbohydrates, Pulses contain high value of
proteins in it and oil seeds crops provide us oil/fats. Data shows that India is
a one of the major producer of wheat about 200 million tonnes wheat and
rice produced in India to feed its 1.25 billion populations.
Table-5.1.1; Types of Crops in India
Sl. No. Types of Crops Examples
1. Cereals or grain crops Wheat, Rice, Maize, Barley,
2. Oil Seeds Soya bean, Mustard, Ground,
Sunflower
3. Fiber crops Cotton, Jute
4. Pulses (Dals) or Legumes Beans, Peas, Grams
5. Root crops Carrot, Sweet Potato
5.1.2 Horticultural Crops
Apart from cereals, oil seeds, fiber crops there is another category
known as Horticultural Crops which is made from two words Hortus +
Culture (Hortus means garden and culture means cultivation). Horticulture
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crops contain the cultivation of fruits, vegetables and flowers. These are also
produce on a large scale but generally not as large as crop plants. These
plants provides us minerals, vitamins etc.
Table-5.1.2; Types of Horticulture Crops
Sl. No. Types of Crops Examples
1. Vegetables Onion, Tomato, Potato, Cabbage, Radish
2. Fruits Mango, Bananas, Grapes, Orange, Watermelon,
3. Flowers Lotus, Rose, Sun flower, Balsam, Marigold
5.2 Seasons of Crop
India is very different in crop seasons. There are two main seasons
known as Kharif season and another one is Rabi season. Rabi crops are
cultivation during the winter season from October to April that‟s why it is
also known as winter crops. In the month of October-November these crops
are sown and harvested during the month of March-April. This crop includes
the production of Potato, Mustard, and Barley etc. Kharif crops which are
also known as summer crops because it is sown in the month of June-July
and harvested in the month of September-October. These crops are sown in
the rainy season. This crop includes the production of Maize, Cotton, Paddy
plants, Ground nut plants etc.
Table-5.2; Season of Crops in India
Sl. No. Types of Seasons Example
1.
Rabi Crops or Winter Crop
(October-November to March-
April)
Potato, Mustard, and Barley
etc.
2. Kharif crops or Summer Crops
(June-July to September-October)
Maize, Cotton, Paddy plants,
Ground nut plants etc.
5.3 National Food Security Mission (NFSM)
This mission has setup a new target for the production of food grains
up to 25 million tonnes up to the 2016-17 after achieving the target of 20
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million tonnes in last year. The targets for 2016-17 for following
commodities are:
Rice – 10 million tonnes
Wheat – 8 million tonnes
Pulses – 4 million tonnes
Coarse Cereals – 3 million
Government also has a plan to help farmers through organizational
help named as Former Producer Organizations (FPO‟s) which aim is to
improving cropping system and also focus on small and marginal farmers.
Government also helps through various funding programmes such as
Rastriya Krishi Vikas Yojana (RKVY).
For the 12th
five year plan this scheme funds 35% in production
growth 35% in infrastructure and assets, 20% in sub schemes, 10% in
flexible fund. Another scheme named Bringing Green Revolution of Eastern
India (BGREI) has allocated 1000 Crore rupees. In 2003-14 paddy
production increased in various states (those who implementing this scheme)
by 7 % in the year of 2012-13 over 2011-12.
5.4 Aggregate Growth Rates of Principle Crops
Some of the major changes occurred in the field of Area, Production and
Yield during last few decades has been given in Table -5.4.
Rice – Table-5.4 shows that Area of Rice (% per annum) has been decreased
from 0.41 % in 1980 to 0.00 % in 2014. Production of Rice decreased from
3.62 % per annum in 1980-81 to 1989-90 to 1.82 % per annum in 2000-01 to
2013-14 and Yield of Rice also decreased from 3.19% in 1980-90 to 1.82 %
in 2000-14.
Wheat - Table-5.4 shows that Area of Wheat (% per annum) has a
tremendous growth rate in the Production from 0.46 % per annum in 1980-
90 to 1.35 % in 2000-2014. But Production of Wheat decreased from 3.57 %
per annum in 1980-81 to 1989-90 to 2.65 % per annum in 2000-01 to 2013-
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14 and Yield of Wheat also decreased from 3.10% in 1980-90 to 1.29 % in
2000-14.
Coarse cereals - Table-5.4 shows that Area of Coarse Cereals got a positive
growth (0.2%) which was negative earlier in 1980-90, Production level
increased from0.40 % in 1980-90 to 2.96 % per annum in 2000 – 14. Yield
has achieved a growth level from 1.62 % in 1980 – 90, 1.82 % in 1990 –
2000 and 2.70 % in 2000-14.
Pulses – Table-5.4 shows that Growth rate of Area in case of pulses has
achieved positive growth rate from the negative growth rate which was -0.09
% in 180-90 and 1059 % per annum in 2000-14. Production has increased
from 1052 % per annum in 1980 to 3.72 % in 2014.
Sugarcane - Table-5.4 shows Growth rate of Sugarcane Area was 1.44 %
per annum during 1980 – 90 which was later in negative -0.07 % per annum
during 1990 to 2000 but in the 2000 to 2014 it achieved a positive growth
rate of 1.34 per cent per annum but Production of sugarcane has been
decreased from 2.70 % per annum during 1980 – 90 later which was almost
same 2.73 % per annum during 1990 to 2000 but during 2000 to 2014 it is
still negative with 2.10 per annum.
Nine Oilseeds - Table-5.4 shows that Data shows that Area of Oilseeds has a
negative growth rate in the from 1.51 % per annum in 1980-90 to 0.86 % in
1990 – 2000 and later on in during the year of 2000 – 2014 it was achieved
positive growth rate which was 2035 % per annum. But Production of Wheat
decreased from 5.20 % per annum in 1980-81 to 1.15 % in 1989-90 but it
was 4.71 % per annum in 2000-01 to 2013-14 and Yield of Oilseeds also
decreased from 2.43 % in 1980-90 to 2.31 % in 2000-14.
Cotton - Table-5.4 shows that Growth rate of Cotton Area achieved a
positive growth rate after 1980.It was -1.25 % per annum during 1980 – 90
which was later in positive 2.71 % per annum during 1990 to 2000 and
during the year of 2000 to 2014 it achieved a tremendous positive growth
rate of 3.22 per cent per annum. Production of sugarcane was almost same in
the decades of 80‟s and 90‟s 2.80 % per annum during 1980 – 90 and 2.71 %
Page | 92
in 1990 – 2000 but during the year of 2000 – 2014 it achieved a high growth
rate up to 13.53 % per annum, Yield of Cotton decreased from 4.10 % in
1980-90 to -0.41 % in 1990 – 2000 but later on it also achieved high growth
rate of 9.99 % per annum during the year of 2000 – 2014.
Table-5.4; Aggregate Growth Rates of Principle Crops
A - Growth rate of area, P – Growth rate of production, Y – Growth rate of Yield (% per annum)
Crop (Base: TE 1981-82=100) (Base: TE 1993-94=100)
1980-81 to 1989-90 1990-91 to 1999-2000 2000-01 to 2013-14
A P Y A P Y A P Y
Rice 0.41 3.62 3.19 0.68 2.02 1.34 0.00 1.82 1.82
Wheat 0.46 3.57 3.10 1.72 3.57 1.84 1.35 2.65 1.29
Coarse
Cereals
-1.34 0.40 1.62 -2.12 -0.02 1.82 0.25 2.96 2.70
Pulses -0.09 1.52 1.61 -0.60 0.59 0.93 1.59 3.72 2.10
Sugarcane 1.44 2.70 1.24 -0.07 2.73 1.05 1.34 2.10 0.75
Nine
Oilseeds
1.51 5.20 2.43 0.86 1.63 1.15 2.35 4.71 2.31
Cotton -1.25 2.80 4.10 2.71 2.29 -0.41 3.22 13.53 9.99
Note: TE – Triennium Ending, Nine Oilseeds includes, Soya bean, sesamum, groundnut, Niger seed,
safflower, rapeseed and mustard, sunflower, linseed, castor seed as per 2nd
AE (Advance
Estimation) (Base: TE 1981-82=100), and for 2000-01 to 2013-14 (Base: TE 1993-94=100)
Source: Department of Agriculture and Cooperation.
5.5 Economic Indicators of Interest
In Table-5.5, some economic indicator has been mentioned like GDP
at factor cost, Agriculture Production, Output, Foreign Trade etc.
GDP at Factor Cost (At Current Prices) - GDP data shows that GDP at
factor cost ( at current prices) in the year of 1950-51 was just only 10036 `
Crore and 132520 ` Crore in 1980-814 and in the decade of 2010 it was
7266966 ` Crore and according to Economic survey 2012-13 Provisional
data of 2012-13 was 9461013 ` Crore.
Page | 93
GDP at Factor Cost (At 2004-05 Price) - In case of GDP at factor Cost (at
2004-05 price) was 2796.18 ` Crore in 1950-51 and it was 641921 ` Crore in
the year of 1980-81 ` Crore and in the decades of 2010 it was ` 4937006
Crore and at last year 2012-13 GDP at factor price (at 2004-05 price) was
5505.437.
Food Grains Output - Data of food grains output shows that in the year of
1950-51 output of food grains was 506 million tonnes and it increased to
129.6 million tonnes in the year of 1980-81 and it was 244.55 million tonnes
in 2010-11 and last year 2012-13 data shows that food grains output was
255.36 million tonnes according to 4th
advance estimates.
International Trade – Export data shows that in year of 1950-51 total
export of India was only 606 ` Crore in Dollar it was only 1269 US$ million
which increased year by year and in the year of 1980 – 81 total export of
India was 6711 ` Crore or 8486 US$ million and in 2010-11 it was 1142922
` Crore or 251136 US $ million and last year data (2012-13) total export was
` 1635261 Crore or 300571 US$ million.
Import of India increased more in the ratio of export it was 608 `
Crore (1273 US$ million) in 1950-51 and it increased 12549 ` Crore (15869
US$ million) in 1980-81 and in the decade of 2010 total import was `
1683467 Crore) 369769US$million). At last year data (1012-13) total import
of India was ` 2673113 Crore (491487 US $ million).
Table-5.5; Statistical Data of Selected Economic Indicators in India
Economic
Indicator Unit 1950-51 1980-81 2010-11
2011-12
(R)
2012-13
(P)
GDP at factor cost
(at current prices) (` Crore) 10036 132520 7266966 8353495 9461013
GDP at factor cost
(at 2004 – 05
prices)
(` Crore) 279618 641921 4937006 5243582 5505437
Index of
agricultural
production
(Base: T.E 2007-
08=100 Onward
2007-08)
46.2 102.1 121.1 125.3 122.8
Page | 94
Output
(a) Food grains Million
Tonnes 50.8 129.6 244.5 259.29 255.36(e)
Foreign Trade
(i) Exports (` Crore) 606 6711 1142922 1465959 1635261
(US $ million) 1269 8486 251136 305963.9 300571
(ii) Imports (` Crore) 608 12549 1683467 2345463 2673113
(US $ million) 1273 15869 369769 489319.5 491487
P: Provisional. R: Revised estimates. e: 4th Advance Estimates.
Source: Economic Survey 2012-13, Ministry of Finance and Handbook of Statistics on Indian
Economy 2013, RBI
5.6 Year-Wise Expenditure of Department of Agriculture and Cooperation
Table-5.6 shows that every year government increasing its budget for
the agriculture growth. In the year of 1991-91 budget estimate was 1041.35 `
Crore. And revised estimate was 1016.936 ` Crore but Actual expenditure
was less than estimation it was 957.86 ` Crore.
Table-5.6 shows that in the year of 2001-02 budget estimation was
1985.00 Crore and revised estimate was ` 1985.00 Crore but Actual
expenditure was less than expenditure which was Rs 1792.92 Crore.
In Table-5.6, it may be observed that budget estimates again
increased after 10 year which was ` 15042.00 Crore in the year of 2010-11
and revised estimate amount was ` 17254.00 Crore and actual expenditure
was Rs 17052.59 Crore.
Last year 2012-13 budget estimates increased from 17122.87 Rs
Crore in 2011-12 to 202508.00 ` Crore in 2012-13 and revised estimation
Table-5.5 shows that it was 16515.05 ` Crore in 2011-12 and 17867.32 `
Crore in the year of 2012-13 where Actual estimate was 16354.70 ` Crore in
2011-12 and 17765.24 ` Crore in 2012-13.
Table-5.6 shows that budget estimate in the year of 1991-92 was just
only ` 1041.35 Crore only but after 22 year it increased 20 times which was
20208.00 ` Crore in the year of 2012-13. Where Actual Expenditure on
Agriculture also increase almost 18 times which was just 957.86 ` Crore in
1991-92 and 17765.24 ` Crore in the year of 2012-13
Page | 95
Table-5.6; Year-wise Expenditure of Department of Agriculture and
Cooperation (` In Crore)
Year Budget Estimate Revised Estimate Actual Expenditure
1991-92 1041.35 1016.93 957.86
2001-02 1985.00 1985.00 1792.92
2004-05 2650.00 -- 2657.42
2009-10 11307.07 10965.23 10870.15
2010-11 15042.00 17254.00 17052.59
2011-12 17122.87 16515.05 16354.70
2012-13 20208.00 17867.32 17765.24
Source: Department of Agriculture and Cooperation, Plan Coordination Division
5.7 Outlays / Expenditure under Agriculture & Allied Activities
Table-5.7 and Figure-5.7 depicts Government Outlays/Expenditure
under agriculture and allied sector.
Actual estimates for the Crop Husbandry sector was 8066 ` Crore and
the Budget estimates in 2012-13 was 9034 ` Crore which was further revised
8071 ` Crore in the same year 2012-13.
In 2013-14, budget estimate was 9876 ` Crore. Actual estimates,
Budget estimates for the Horticulture sector in 2011-12, 2012-13 and 2013-
14 is not available. Actual estimates for the Soil & Water Conservation
sector was 15 ` Crore and the Budget estimates in 2012-13 was 16 ` Crore
which was further revised 16 ` Crore in the same year 2012-13.
In 2013-14, budget estimate was 19 ` Crore. Actual estimates for the
Animal Husbandry sector was 724 ` Crore and the Budget estimates in
2012-13 was 1063 ` Crore which was further revised 849 ` Crore in the
same year 2012-13. In 2013-14, budget estimate was 975 ` Crore. Actual
estimates for the Dairy Development sector was 196 ` Crore and the Budget
estimates in 2012-13 was 353 ` Crore which was further revised 494 ` Crore
in the same year 2012-13.
Page | 96
In 2013-14, budget estimate was 525 ` Crore. Actual estimates for the
Fisheries sector was 304 ` Crore and the Budget estimates in 2012-13 was
299 ` Crore which was further revised 273 ` Crore in the same year 2012-13.
In 2013-14, budget estimate was 317 ` Crore. Actual estimates for the
Forestry & Wild Life sector was 914 ` Crore and the Budget estimates in
2012-13 was 907 ` Crore which was further revised 755 ` Crore in the same
year 2012-13.
In 2013-14, budget estimate was 1041 ` Crore. Actual estimates for
the Plantation sector was 595 ` Crore and the Budget estimates in 2012-13
was 446 ` Crore which was further revised 404 ` Crore in the same year
2012-13. In 2013-14, budget estimate was 458 ` Crore. Actual estimates for
the Food Storage & Warehousing sector was 703 ` Crore and the Budget
estimates in 2012-13 was 787 ` Crore which was further revised 726 ` Crore
in the same year 2012-13.
In 2013-14, budget estimate was 801 ` Crore. Actual estimates for the
Agriculture, Research & Education sector was 2573 ` Crore and the Budget
estimates in 2012-13 was 2898 ` Crore which was further revised 2294 `
Crore in the same year 2012-13. In 2013-14, budget estimate was 3113 `
Crore. Actual estimates for the Agricultural Financial Institute sector was
8066 ` Crore and the Budget estimates in 2012-13 was 9034 ` Crore which
was further revised 8071 ` Crore in the same year 2012-13. In 2013-14,
Budget estimates were 9876 ` Crore.
Actual estimates, Budget estimates for the Agricultural Financial
Institute sector in 2011-12, 2012-13 and 2013-14 is not available. Actual
estimates for the Cooperation sector was 124 ` Crore and the Budget
estimates in 2012-13 was 125 ` Crore which was further revised 93 ` Crore
in the same year 2012-13. In 2013-14, Budget estimates were 121 ` Crore.
Actual estimates for the Other Agricultural Programmes sector was
1980 ` Crore and the Budget estimates in 2012-13 was 1764 ` Crore which
was further revised 1996 ` Crore in the same year 2012-13. In 2013-14,
Budget estimates were 1535 ` Crore. Actual estimates for the Total sector
Page | 97
was 16194 ` Crore and the Budget estimates in 2012-13 was 17692 ` Crore
which was further revised 15971 ` Crore in the same year 2012-13. In 2013-
14, budget estimates was 18781 ` Crore.
Table-5.7; Outlays / Expenditure under Agriculture & Allied Activities
(` Crore)
Sector
2011-12 2012-13 2013-14
AE (#) BE RE (#) BE (#)
Crop Husbandry 8066 9034 8071 9876
Horticulture NA NA NA NA
Soil & Water Conservation 15 16 16 19
Animal Husbandry 724 1063 849 975
Dairy Development 196 353 494 525
Fisheries 304 299 273 317
Forestry & Wild Life 914 907 755 1041
Plantation 595 446 404 458
Food Storage & Warehousing 703 787 726 801
Agriculture, Research &
Education
2573 2898 2294 3113
Agricultural Financial Institute NA NA NA NA
Cooperation 124 125 93 121
Other Agricultural Programmes 1980 1764 1996 1535
Total 16194 17692 15971 18781 Notes : Totals may not tally due to rounding off of the figures.
BE- Budget Estimates. RE - Revised Estimates NA- Not Available
# For Centre only, as figures for States & UTs are not available..
Source: Plan Documents and Budget Documents. For State Outlays, States Plans Division,
Planning Commission
Figure-5.7; Year-wise Expenditure of Department of Agriculture &
Cooperation
0
5000
10000
15000
20000
25000
1991-922001-022004-052009-102010-112011-122011-12
Rs.
Cro
re
Year
BudgetEstimate inRs. Crore
RevisedEstimate inRs. Crore
ActualExpenditurein Rs. Crore
Page | 98
5.8 Percentage Share of Gross Domestic Product (GDP) at Factor Cost
Table-5.8 explains Percentage Share of Gross Domestic Product
(GDP) at Factor Cost of various sector such as Primary sector, Secondary
and Tertiary sector of the economy for the year of 1950-51, 2010-11, 2011-
12, 2012-13,
Percentage Share of Gross Domestic Product (GDP) at Factor of
Agriculture, Forestry & Fishing Industry in 1950-51 was 51.9 per cent which
was 14.5 per cent in 2010-11 and 14.1 per cent in 2011 – 12 it finally
provisionally data for 2012-13 is 13.7 per cent. Percentage Share of Gross
Domestic Product (GDP) at Factor of Industry Sector in 1950-51 was 16.2
per cent which was 28.2 per cent in 2010-11 and 27.5 per cent in 2011 – 12
it finally provisionally data for 2012-13 is 26.7 per cent. Percentage Share of
Gross Domestic Product (GDP) at Factor of Services Sector in 1950-51 was
29.5 per cent which was 57.3 per cent in 2010-11 and 58.4 per cent in 2011
– 12 it finally provisionally data for 2012-13 is 59.6 per cent.
Table-5.8; Percentage Share of Gross Domestic Product (GDP) at
Factor Cost
(2004-05) Prices
Industry 1950-51 2010-11$ 2011-12* 2012-13**
I. Agriculture, Forestry & Fishing 51.9 14.5 14.1 13.7
Agriculture 41.8 12.3 12.0 11.6
Forestry & logging 14.3 1.4 1.4 1.3
Fishing 1.0 0.7 0.7 0.7
II. Industry 16.2 28.2 27.5 26.7
Mining & quarrying 1.8 2.2 2.1 2.0
Manufacturing 9.0 16.2 15.7 15.1
Elect. Gas & water supply 0.3 1.9 1.9 1.9
Construction 5.1 7.9 7.9 7.8
III. Services 29.5 57.3 58.4 59.6
Gross Domestic Product at Factor Cost 100.00 100.00 100.00 100.00
*-First Revised Estimate $-Second Revised Estimate. **- Provisional
Source: Central Statistics Office
Page | 99
5.9 Plan-wise Share of Public Sector Outlays and Expenditure under
Agriculture and Allied Activities
Table-5.9 shows the Plan Outlays and Actual Expenditure for the
Agriculture and Allied Sector in various Five/Annual year economic plan.
Expenditure Plan outlays in the form of percentage share of
Agriculture and Allied Activities in Ninth Plan (1997-2002) was 4.4 per cent
and the Actual Expenditure was 4.0 per cent.
Expenditure Plan outlays in the form of percentage share of
Agriculture and Allied Activities in Tenth Plan (2002-07) was 3.9 per cent
and the Actual Expenditure was 3.8 per cent.
Expenditure Plan outlays in the form of percentage share of
Agriculture and Allied Activities in Eleventh Plan (2007-12) was 3.7 per
cent and the Actual Expenditure was 4.4 per cent.
Expenditure Plan outlays in the form of percentage share of
Agriculture and Allied Activities in Annual Plan (2007-08) was 3.2 per cent
and the Actual Expenditure was 5.4 per cent.
Expenditure Plan outlays in the form of percentage share of
Agriculture and Allied Activities in Annual Plan (2008-09) was 4.0 per cent
and the Actual Expenditure was 5.7 per cent.
Expenditure Plan outlays in the form of percentage share of
Agriculture and Allied Activities in Annual Plan (2009-10) was 3.6 per cent
and the Actual Expenditure was 4.1 per cent.
Expenditure Plan outlays in the form of percentage share of
Agriculture and Allied Activities in Annual Plan (2010-11) was 4.0 per cent
and the Actual Expenditure was 4.9 per cent.
Expenditure Plan outlays in the form of percentage share of
Agriculture and Allied Activities in Annual Plan (2011-12) was 4.2 per cent
and the Actual Expenditure was 3.2per cent.
Expenditure Plan outlays in the form of percentage share of
Agriculture and Allied Activities in Twelfth Plan (2012-17, Projected) as 4.7
per cent and the Actual Expenditure is Not Applicable.
Page | 100
Expenditure Plan outlays in the form of percentage share of
Agriculture and Allied Activities in Annual Plan (2013-14) as 2.8 per cent
and the Actual Expenditure is Not Applicable.
Table-5.9; Plan-wise Share of Public Sector Outlays and Expenditure
under Agriculture and Allied Activities
(` Crore)
Five Year Plan / Annual
Plan
Percentage share of Agriculture and
Allied Activities to Total
Plan Outlays Actual Expenditure
Ninth Plan (1997-2002) 4.4 4.0
Tenth Plan (2002-07) 3.9 3.8
Eleventh Plan (2007-12) 3.7 4.4
Annual Plan (2007-08) 3.2 5.4
Annual Plan (2008-09) 4.0 5.7
Annual Plan (2009-10) 3.6 4.1
Annual Plan (2010-11) 4.0 4.9
Annual Plan (2011-12) 4.2 3.2
Twelfth Plan (2012-17)* 4.7 NA
Annual Plan (2012-13) 4.4 2.9
Annual Plan (2013-14)# 2.8 NA
Note: From Annual Plan (2009-10) the Centre Expenditure figures include IEBR
# For Centre only, as figures for States & UTs are not available yet.
* 12th Plan Projections
Source : Plan Documents and Budget Documents. For State Outlays, States Plans Division,
Planning Commission.
5.10 Comparison of States Outlay and Expenditure for Eleventh and Twelfth
Plan
Table-5.10 shows a difference between 11th
five year plan and 12th
five year plan. Table is categorized into plan outlay and plan expenditure.
Data of plan expenditure for agriculture and allied sector for the 12th
five
year plan is not available because it is presently going on. In the 11th
five
year plan some major states such as Gujarat, Karnataka, Maharashtra, Tamil
Page | 101
Nadu, Uttar Pradesh has the highest plan outlay of a 9092.94, 8426.85,
9507.64, 7831.57, 19146.37 ` Crore for the agriculture and allied sector and
the per cent of total plan outlays for these major state was 0.7%, 8.3%, 5.9%,
9.2%, 9% respectively.
Apart from these some state which has least amount for the
agriculture and allied sector during 11th
five year plan outlay was Arunachal
Pradesh, Manipur, Meghalaya, Mizoram, Nagaland, Sikkim, Tripura have
amount of 752, 386.55, 735.52, 536.31, 434.31, 260.43, 798.51 ` Crore and
the per cent of total plan was 9.5%, 4.7%, 8%, 9.6%, 8.3%, 6.9%, 9% during
11th
five year plan outlay.
Expenditure data of agriculture and allied sector of 11th
five year plan
has various differences in many cases from the plan outlay. Some of the
states with highest expenditure amount are Andhra Pradesh 9510.46 ` Crore;
Gujarat 8879.8 ` Crore, Karnataka 10484.4 ` Crore, Maharashtra 10636.4 `
Crore, Tamil Nadu 8170.0 ` Crore and Uttar Pradesh have highest value of
14164.8 ` Crore. States with least expenditure in Agriculture and allied
sector during 11th
five year plan are Arunachal Pradesh 617.71 ` Crore, Goa
325.39 ` Crore, Jammu and Kashmir 892.98 ` Crore, Manipur 234.04 `
Crore, Meghalaya 845.2 ` Crore, Mizoram 387.86 ` Crore, Nagaland 725.08
` Crore, Sikkim 228.27 ` Crore, Tripura 825.7 ` Crore.
During 12th
five year plan outlays for agriculture and allied sector in
the highest amount is Andhra Pradesh 17138 ` Crore, Bihar 15613 ` Crore,
Gujarat 19712 ` Crore, Karnataka 19824 ` Crore, Madhya Pradesh 17076 `
Crore, Maharashtra 19325 ` Crore, Tamil Nadu 20680 ` Crore, and Uttar
Pradesh 24354 ` Crore. Those states which have least amount of outlay
during 11th
plan are Manipur 643 ` Crore, Mizoram 346 ` Crore, Sikkim 469
` Crore, and Tripura 980 ` Crore.
Total outlay of 11th
five year plan of all the states were 94670.21 `
Crore and it is during 12th
plan is 226500 ` Crore for agriculture and allied
sector and the expenditure on agriculture and allied sector during 11th
plan
Page | 102
was 111823.72 ` Crore and for 12th
plan data can‟t be shown only
provisional data available.
Table-5.10; Comparison of States Outlay and Expenditure for Eleventh
and Twelfth Plan
(` in Crore at Current Prices)
Name of
State
Eleventh
Plan
Outlay
Eleventh
Plan
Expenditure
Twelfth Plan Outlay
Ag
ricu
ltu
re &
All
ied
Sec
tor
% o
f T
ota
l P
lan
Ag
ricu
ltu
re &
All
ied
Sec
tor
% o
f T
ota
l P
lan
Ag
ricu
ltu
re &
All
ied
Sec
tor
% o
f T
ota
l P
lan
Incr
ease
in
Tw
elft
h P
lan
ov
er E
leven
th
Pla
n E
xp.
(%)
Andhra Pradesh 3487.44 2.4 9510.46 6.0 17138 5 80
Arunachal
Pradesh
752 9.5 617.71 5.7 1114 5.3 80
Assam 877.86 2.1 2335.56 7.8 3272 5.9 40
Bihar 3672.73 4.8 4805.33 6.3 15613 6 225
Chhattisgarh 4613 8.6 5637 12.7 8284 6.9 47
Goa 211.76 2.5 325.39 3.6 1046 3.9 221
Gujarat 9092.94 0.7 8879.8 6.9 19712 7.8 122
Haryana 1638.82 4.7 2733.02 5.7 6288 5.4 130
Himachal Pradesh 1470.08 10.7 1642.82 12.1 2174 9.7 32
Jammu &
Kashmir
1818.21 7 892.98 3.5 2843 9.7 218
Jharkhand 3130.53 0.8 2319.85 5.9 4157 3.8 79
Kerala 2649.11 7.8 94670.21 7.6 8831 11.5 201
Madhya Pradesh 3408.18 4.8 6057.09 7.3 17076 8.5 182
Maharashtra 9507.64 5.9 10636.4 7.3 19325 7.03 82
Manipur 386.55 4.7 234.04 3.2 643 3.1 175
Meghalaya 735.52 8 845.2 9.8 2114 10.7 150
Mizoram 536.31 9.6 387.86 7.1 346 2.8 -
Odisha 1230.29 3.8 3580.37 8.2 8387 7.4 134
Nagaland 434.31 8.3 725.08 11.3 1795 13.8 148
Punjab 1309.13 4.5 1410.77 4 1524 2.9 8
Rajasthan 2919.07 4.1 5990.67 6.2 7255 5.6 21
Sikkim 260.43 6.9 228.27 6.4 469 4.1 106
Tamil Nadu 7831.57 9.2 8170.01 8.8 20680 1.0 153
Tripura 798.51 9 858.79 11.3 980 6.8 14
Uttar Pradesh 19146.37 10.6 14164.8 7.8 24354 8.5 72
Uttarakhand 2478.5 8.4 2079.25 10 2673 5.9 29
West Bengal 1846.5 2.9 3339.26 5.1 8583 5.5 157
Total States 94670.21 3.6 111823.72 7.1 226500 7.1 103
Source: 12th
Plan Document, Planning Commission
Page | 103
6. Analysis of Data
6.1 Regression for Production of Cereal Crops
6.1.1 Regression for Production of Rice
From Table-6.1.1.1, it may be observed that for 63 years, the mean
and standard deviation of Production of Rice is 58.1798 and 25.10264
respectively; the mean and standard deviation of Area of Cultivation of
Rice is 39.0865 and 4.36517 respectively; and the mean and standard
deviation of Yield per Hectare of Rice is 1438.8095 and 495.10510
respectively.
Table-6.1.1.1; Descriptive Statistics for Rice
Descriptive Statistics
Mean Std. Deviation N
Production of Rice 58.1798 25.10264 63
Area of Cultivation of Rice 39.0865 4.36517 63
Yield per Hectare of Rice 1438.8095 495.10510 63
From Table-6.1.1.2, it may be observed that for 63 years, the
Pearson Correlation between Production of Rice and Area of Cultivation
of Rice is .923 and the Pearson Correlation between Production of Rice
and Yield per Hectare of Rice is .997.
Table-6.1.1.2; Pearson Correlations for Rice
Correlations
Production of
Rice
Area of
Cultivation of
Rice
Yield per
Hectare of
Rice
Pearson
Correlation
Production of Rice 1.000 .923 .997
Area of Cultivation of Rice .923 1.000 .902
Yield per Hectare of Rice .997 .902 1.000
From Table-6.1.1.3, it may be observed that the Coefficient of
Regression (R), Coefficient of Determination (R2) and Adjusted R
2of
model are .999, .998 and .998 respectively; these all are very high, therefore
the regression on these variables with given data will be appropriate. Further
Standard Error of the Estimate is 1.21065, which is tolerable. Figure-
6.1.1.3 depicts Regression Standardized Residual for Rice.
Page | 104
Table-6.1.1.3; Regression Model Summary for Rice
Model Summaryb
Model R R Square Adjusted R Square Std. Error of the Estimate
1 .999a .998 .998 1.21065
Figure-6.1.1.3; Regression Standardized Residual for Rice
6.1.1.1 F Test for the Regression for Production of Rice
We will, now check whether the value of R2
really indicates that the Area of
Cultivation of Rice and Yield per Hectare of Rice explain Production of
Rice, or have happened by chance. In other words, „is the regression as a
whole significant or not?‟ Table-6.1.1.4 gives values of variables/statistics
of our interest.
6.1.1.2 Testing of Hypothesis using F Test for the Regression for Production of
Rice
From Table-6.1.1.4, it may be observed, that for the regression model
at degree of freedom (df) of 2, the F-Value is 13297.976 with p-Value
(Significance) of .000 (which is less than .01), therefore at 99 % confidence
level the null hypothesis (H0), “Production of Rice in India does neither
depends on Area of Cultivation of Rice nor Yield per Hectare of Rice” is
rejected.
Page | 105
6.1.1.3 ANOVA for the Regression for Production of Rice
From Table-6.1.1.4, it may be observed, p-Value (Significance) is
.000, which is much lesser than .01, therefore at 99 % confidence level the
null hypothesis (H0), “Regression with dependent variable Production of
Rice and independent variables Area of Cultivation of Rice and Yield per
Hectare of Rice as whole is not highly significant” is rejected.
Table-6.1.1.4; ANOVA for the Regression for Production of Rice
ANOVAa
Model Sum of Squares df Mean Square F Sig.
1
Regression 38980.907 2 19490.454 13297.976 .000b
Residual 87.940 60 1.466
Total 39068.847 62 a. Dependent Variable: Production of Rice
b. Predictors: (Constant), Yield per Hectare of Rice, Area of Cultivation of Rice
From Table-6.1.1.5, it may be observed, the Unstandardized
Coefficient of Constant is -34.318 with standard error of 2.305,
Coefficient of Area of Cultivation of Rice is .714 with standard error of
.082 and Coefficient of Yield per Hectare of Rice is .045 with standard
error of .001. And Standardized Coefficient of Area of Cultivation of
Rice is .124 and Coefficient of Yield per Hectare of Rice is .885.
From Table-6.1.1.5, it may be observed, the t-Value of Constant is
-14.891 with Significance of .000, t-Value of Area of Cultivation of Rice
is 8.749 with Significance of .000 and t-Value of Yield per Hectare of
Rice is 62.403 with Significance of .000. Figure-6.1.1.5 depicts Scatter Plot
for Regression Model for Rice.
Table-6.1.1.5; Coefficients for Regression Model for Rice
Coefficientsa
Model Unstandardized
Coefficients
Standardized
Coefficients
t Sig.
B Std. Error Beta
1
(Constant) -34.318 2.305 -14.891 .000
Area of Cultivation of Rice .714 .082 .124 8.749 .000
Yield per Hectare of Rice .045 .001 .885 62.403 .000
Figure-6.1.1.5; Scatter Plot for Regression Model for Rice
Page | 106
6.1.2 Regression for Production of Wheat
From Table-6.1.2.1, it may be observed that for 63 years, the mean
and standard deviation of Production of Wheat is 41.1046 and 26.91101
respectively; the mean and standard deviation of Area of Cultivation of
Wheat is 20.6640 and 6.12342 respectively; and the mean and standard
deviation of Yield per Hectare of Wheat is 1760.9683 and 802.72622
respectively.
Table-6.1.2.1; Descriptive Statistics for Wheat
Descriptive Statistics
Mean Std. Deviation N
Production of Wheat 41.1046 26.91101 63
Area of Cultivation of Wheat 20.6640 6.12342 63
Yield per Hectare of Wheat 1760.9683 802.72622 63
From Table-6.1.2.2, it may be observed that for 63 years, the
Pearson Correlation between Production of Wheat and Area of
Cultivation of Wheat is .958 and the Pearson Correlation between
Production of Wheat and Yield per Hectare of Wheat is .995.
Table-6.1.2.2; Pearson Correlations for Wheat
Correlations
Production of
Wheat
Area of
Cultivation of
Wheat
Yield per
Hectare
of Wheat
Pearson
Correlation
Production of Wheat 1.000 .958 .995
Area of Cultivation of Wheat .958 1.000 .962
Yield per Hectare of Wheat .995 .962 1.000
Page | 107
From Table-6.1.2.3, it may be observed that the Coefficient of
Regression (R), Coefficient of Determination (R2) and Adjusted R
2of
model are .995, .990 and .990 respectively; these all are very high, therefore
the regression on these variables with given data will be appropriate. Further
Standard Error of the Estimate is 2.74930, which is tolerable. Figure-
6.1.2.3 depicts Regression Standardized Residual for Wheat.
Table-6.1.2.3; Regression Model Summary for Wheat
Model Summaryb
Model R R Square Adjusted R Square Std. Error of the Estimate
1 .995a .990 .990 2.74930
a. Predictors: (Constant), Yield per Hectare of Wheat, Area of Cultivation of Wheat
b. Dependent Variable: Production of Wheat
Figure-6.1.2.3; Regression Standardized Residual for Wheat
6.1.2.1 F Test for the Regression for Production of Wheat
We will, now check whether the value of R2
really indicates that the
Area of Cultivation of Wheat and Yield per Hectare of Wheat explain
Production of Wheat, or have happened by chance. In other words, „is the
regression as a whole significant or not?‟ Table-6.1.2.4 gives values of
variables/statistics of our interest.
6.1.2.2 Testing of Hypothesis using F Test for the Regression for Production of
Wheat
Page | 108
From Table-6.1.2.4, it may be observed, that for the regression model
at degree of freedom (df) of 2, the F-Value is 2940.153 with p-Value
(Significance) of .000 (which is less than .01), therefore at 99 % confidence
level the null hypothesis (H0), “Production of Wheat in India does neither
depends on Area of Cultivation of Wheat nor Yield per Hectare of Wheat”
is rejected.
6.1.2.3 ANOVA for the Regression for Production of Wheat
From Table-6.1.2.4, it may be observed, p-Value (Significance) is
.000, which is much lesser than .01, therefore at 99 % confidence level the
null hypothesis (H0), “Regression with dependent variable Production of
Wheat and independent variables Area of Cultivation of Wheat and Yield
per Hectare of Wheat as whole is not highly significant.
Table-6.1.2.4; ANOVA for the Regression for Production of Wheat
ANOVAa
Model Sum of Squares df Mean Square F Sig.
1
Regression 44447.043 2 22223.522 2940.153 .000b
Residual 453.518 60 7.559
Total 44900.561 62 a. Dependent Variable: Production of Wheat
b. Predictors: (Constant), Yield per Hectare of Wheat, Area of Cultivation of Wheat
From Table-6.1.2.5, it may be observed, the Unstandardized
Coefficient of Constant is -18.200 with standard error of 1.823,
Coefficient of Area of Cultivation of Wheat is .073 with standard error
of .209 and Coefficient of Yield per Hectare of Wheat is .033 with
standard error of .002. And Standardized Coefficient of Area of
Cultivation of Wheat is .017 and Yield per Hectare of Cultivation of
Wheat is .979.
From Table-6.1.2.5, it may be observed, the t-Value of Constant is
-9.985 with Significance of .000, t-Value of Area of Cultivation of Wheat
is .351 with Significance of .727 and t-Value of Yield per Hectare of
Wheat is 20.591with Significance of .000. Figure-6.1.2.5 depicts Scatter
Plot for Regression Model for Wheat.
Page | 109
Table-6.1.2.5; Coefficients for Regression Model for Wheat
Coefficientsa
Model Unstandardized
Coefficients
Standardized
Coefficients
t Sig.
B Std. Error Beta
1
(Constant) -18.200 1.823 -9.985 .000
Area of Cultivation of Wheat .073 .209 .017 .351 .727
Yield per Hectare of Wheat .033 .002 .979 20.591 .000 a. Dependent Variable: Production of Wheat
Figure-6.1.2.5; Scatter Plot for Regression Model for Wheat
6.1.3 Regression for Production of Coarse Cereals
From Table-6.1.3.1, it may be observed that for 63 years, the mean
and standard deviation of Production of Coarse Cereals is 28.7303 and
6.06251 respectively; the mean and standard deviation of Area of
Cultivation of Coarse Cereals is 38.0297 and 6.76367 respectively; and the
mean and standard deviation of Yield per Hectare of Coarse Cereals is
802.8730 and 313.48275 respectively.
Table-6.1.3.1; Descriptive Statistics for Coarse cereals
Descriptive Statistics
Mean Std. Deviation N
Production of Coarse Cereals 28.7303 6.06251 63
Area of Cultivation of Coarse Cereals 38.0297 6.76367 63
Yield per Hectare of Coarse Cereals 802.8730 313.48275 63
From Table-6.1.3.2, it may be observed that for 63 years, the
Pearson Correlation between Production of Coarse Cereals and Area of
Cultivation of Coarse Cereals is -.663 and the Pearson Correlation
Page | 110
between Production of Coarse Cereals and Yield per Hectare of Coarse
Cereals is .913
Table-6.1.3.2; Pearson Correlations for Coarse cereals
Correlations
Production of
Coarse Cereals
Area of
Cultivation of
Coarse Cereals
Yield per
Hectare of
Coarse Cereals
Pearson
Correlation
Production of
Coarse Cereals 1.000 -.663 .913
Area of Cultivation
of Coarse Cereals -.663 1.000 -.892
Yield per Hectare of
Coarse Cereals .913 -.892 1.000
From Table-6.1.3.3, it may be observed that the Coefficient of
Regression (R), Coefficient of Determination (R2) and Adjusted R
2of
model are .972, .945 and .943 respectively; these all are very high, therefore
the regression on these variables with given data will be appropriate. Further
Standard Error of the Estimate is 1.44595, which is tolerable. Figure-
6.1.3.3 depicts Regression Standardized Residual for Coarse Cereals.
Table-6.1.3.3; Regression Model Summary for Coarse cereals
Model Summaryb
Model R R Square Adjusted R Square Std. Error of the Estimate
1 .972a .945 .943 1.44595
a. Predictors: (Constant), Yield per Hectare of Coarse Cereals, Area of Cultivation of Coarse Cereals
b. Dependent Variable: Production of Coarse Cereals
Figure-6.1.3.3; Regression Standardized Residual for Coarse Cereals
Page | 111
6.1.3.1 F Test for the Regression for Production of Coarse Cereals
We will, now check whether the value of R2
really indicates that the
Area of Cultivation of Coarse Cereals and Yield per Hectare of Coarse
Cereals explain Production of Coarse Cereals, or have happened by
chance. In other words, „is the regression as a whole significant or not?‟
Table-6.1.3.4 gives values of variables/statistics of our interest.
6.1.3.2 Testing of Hypothesis using F Test for the Regression for Production of
Coarse Cereals
From Table-6.1.3.4, it may be observed, that for the regression model
at degree of freedom (df) of 2, the F-Value is 514.955 with p-Value
(Significance) of .000 (which is less than .01), therefore at 99 % confidence
level the null hypothesis (H0), “Production of Coarse Cereals in India does
neither depends on Area of Cultivation of Coarse Cereals nor Yield per
Hectare of Coarse Cereals” is rejected.
6.1.3.3 ANOVA for the Regression for Production of Coarse Cereals
From Table-6.1.3.4, it may be observed, p-Value (Significance) is
.000, which is much lesser than .01, therefore at 99 % confidence level the
null hypothesis (H0), “Regression with dependent variable Production of
Coarse Cereals and independent variables Area of Cultivation of Coarse
Cereals and Yield per Hectare of Coarse Cereals as whole is not highly
significant” is rejected.
Table-6.1.3.4; ANOVA for the Regression for Production of Coarse
Cereals
ANOVAa
Model Sum of Squares df Mean Square F Sig.
1
Regression 2153.302 2 1076.651 514.955 .000b
Residual 125.446 60 2.091
Total 2278.748 62 a. Dependent Variable: Production of Coarse Cereals
b. Predictors: (Constant), Yield per Hectare of Coarse Cereals, Area of Cultivation of Coarse Cereals
From Table-6.1.3.5, it may be observed, the Unstandardized
Coefficient of Constant is -20.820 with standard error of 3.246,
Page | 112
Coefficient of Area of Cultivation of Coarse Cereals is .662 with
standard error of .060 and Coefficient of Yield per Hectare of Coarse
Cereals is .030 with standard error of .001. And Standardized
Coefficient of Area of Cultivation of Coarse Cereals is .738 and
Coefficient of Yield per Hectare of Coarse Cereals is 1.571.
From Table-6.1.3.5, it may be observed, the t-Value of Constant is
-6.414 with Significance of .000, t-Value of Area of Cultivation of Coarse
Cereals is 11.033 with Significance of .000 and t-Value of Yield per
Hectare of Coarse Cereals is 23.483 with Significance of .000. Figure-
6.1.3.5 depicts Scatter Plot for Regression Model for Coarse Cereals.
Table-6.1.3.5; Coefficients for Regression Model for Coarse cereals
Coefficientsa
Model Unstandardized
Coefficients
Standardized
Coefficients
t Sig.
B Std. Error Beta
1
(Constant) -20.820 3.246 -6.414 .000
Area of Cultivation of
Coarse Cereals .662 .060 .738 11.033 .000
Yield per Hectare of
Coarse Cereals .030 .001 1.571 23.483 .000
a. Dependent Variable: Production of Coarse Cereals
Figure-6.1.3.5; Scatter Plot for Regression Model for Coarse Cereals
6.2 Regression for Production of Coarse Cereals
Page | 113
From Table-6.2.1, it may be observed that for 63 years, the mean
and standard deviation of Production of Total Cereals is 128.0152 and
57.16543 respectively; the mean and standard deviation of Area of
Cultivation of Total Cereals is 97.7844 and 6.56777 respectively; and the
mean and standard deviation of Yield per Hectare of Total Cereals is
1289.9524 and 549.18718 respectively.
Table-6.2.1; Descriptive Statistics for Total cereals
Descriptive Statistics
Mean Std. Deviation N
Production of Total Cereals 128.0152 57.16543 63
Area of Cultivation of Total Cereals 97.7844 6.56777 63
Yield per Hectare of Total Cereals 1289.9524 549.18718 63
From Table-6.2.2, it may be observed that for 63 years, the Pearson
Correlation between Production of Total Cereals and Area of
Cultivation of Total Cereals is .576 and the Pearson Correlation between
Production of Total Cereals and Yield per Hectare of Total Cereals is
.996.
Table-6.2.2; Pearson Correlations for Total cereals
Correlations
Production
of Total
Cereals
Area of
Cultivation
of Total
Cereals
Yield per
Hectare of
Total
Cereals
Pearson
Correlation
Production of Total Cereals 1.000 .576 .996
Area of Cultivation of Total Cereals .576 1.000 .510
Yield per Hectare of Total Cereals .996 .510 1.000
From Table-6.2.3, it may be observed that the Coefficient of Regression
(R), Coefficient of Determination (R2) and Adjusted R
2of model are
1.000, .999 and .999 respectively; these all are very high, therefore the
regression on these variables with given data will be appropriate. Further
Standard Error of the Estimate is 1.83216, which is tolerable. Figure-
6.2.3 depicts Regression Standardized Residual for Total Cereals.
Table-6.2.3; Regression Model Summary for Total cereals
Model Summaryb
Model R R Square Adjusted R Square Std. Error of the Estimate
1 1.000a .999 .999 1.83216
Page | 114
a. Predictors: (Constant), Yield per Hectare of Total Cereals, Area of Cultivation of Total Cereals
b. Dependent Variable: Production of Total Cereals
Figure-6.2.3; Regression Standardized Residual for Total Cereals
6.2.1 F Test for the Regression for Production of Coarse Cereals
We will, now check whether the value of R2
really indicates that the
Area of Cultivation of Total Cereals and Yield per Hectare of Total
Cereals explain Production of Total Cereals, or have happened by chance.
In other words, „is the regression as a whole significant or not?‟ Table-6.2.4
gives values of variables/statistics of our interest.
6.2.2 Testing of Hypothesis using F Test for the Regression for Production of
Coarse Cereals
From Table-6.2.4, it may be observed, that for the regression model
at degree of freedom (df) of 2, the F-Value is 30148.641 with p-Value
(Significance) of .000 (which is less than .01), therefore at 99 % confidence
level the null hypothesis (H0), “Production of Total Cereals in India does
neither depends on Area of Cultivation of Total Cereals nor Yield per
Hectare of Total Cereals” is rejected.
6.2.3 ANOVA for the Regression for Production of Coarse Cereals
From Table-6.2.4, it may be observed, p-Value (Significance) is
.000, which is much lesser than .01, therefore at 99 % confidence level the
Page | 115
null hypothesis (H0), “Regression with dependent variable Production of
Total Cereals and independent variables Area of Cultivation of Total
Cereals and Yield per Hectare of Total Cereals as whole is not highly
significant” is rejected.
Table-6.2.4; ANOVA for the Regression for Production of Total cereals
ANOVAa
Model Sum of Squares df Mean Square F Sig.
1
Regression 202407.518 2 101203.759 30148.641 .000b
Residual 201.410 60 3.357
Total 202608.927 62 a. Dependent Variable: Production of Total Cereals
b. Predictors: (Constant), Yield per Hectare of Total Cereals, Area of Cultivation of Total Cereals
From Table-6.2.5, it may be observed, the Unstandardized
Coefficient of Constant is -77.720 with standard error of 3.751,
Coefficient of Area of Cultivation of Total Cereals is .800with standard
error of .041 and Coefficient of Yield per Hectare of Total Cereals is
.099 with standard error of .000. And Standardized Coefficient of Area
of Cultivation of Total Cereals is .092 and Coefficient of Yield per
Hectare of Total Cereals is .949.
From Table-6.2.5, it may be observed, the t-Value of Constant is -20.721
with Significance of .000, t-Value of Area of Cultivation of Total Cereals
is 19.427 with Significance of .000 and t-Value of Yield per Hectare of
Total Cereals is 200.637 with Significance of .000. Figure-6.2.5 depicts
Scatter Plot for Regression Model for Total Cereals.
Table-6.2.5; Coefficients for Regression Model for Total cereals
Coefficientsa
Model Unstandardized
Coefficients
Standardized
Coefficients
t Sig.
B Std. Error Beta
1
(Constant) -77.720 3.751 -20.721 .000
Area of Cultivation of
Total Cereals .800 .041 .092 19.427 .000
Yield per Hectare of
Total Cereals .099 .000 .949 200.637 .000
a. Dependent Variable: Production of Total Cereals
Figure-6.2.5; Scatter Plot for Regression Model for Total Cereals
Page | 116
6.3 Regression for Production of other Food Grains
6.3.1 Regression for Production of Pulses
From Table-6.3.1.1, it may be observed that for 63 years, the mean
and standard deviation of Production of Pulses is 12.2435 and 2.12880
respectively; the mean and standard deviation of Area of Cultivation of
Pulses is 22.7938 and 1.40148 respectively; and the mean and standard
deviation of Yield per Hectare of Pulses is 529.3333 and 86.53808
respectively.
Table-6.3.1.1; Descriptive Statistics for Pulses
Descriptive Statistics
Mean Std. Deviation N
Production of Pulses 12.2435 2.12880 63
Area of Cultivation of Pulses 22.7938 1.40148 63
Yield per Hectare of Pulses 529.3333 86.53808 63
From Table-6.3.1.2, it may be observed that for 63 years, the
Pearson Correlation between Production of Pulses and Area of
Cultivation of Pulses is .593 and the Pearson Correlation between
Production of Pulses and Yield per Hectare of Pulses is .768.
Table-6.3.1.2; Pearson Correlations for Pulses
Correlations
Production
of Pulses
Area of
Cultivation of
Pulses
Yield per
Hectare of
Pulses
Pearson
Correlation
Production of Pulses 1.000 .593 .768
Area of Cultivation of Pulses .593 1.000 .247
Yield per Hectare of Pulses .768 .247 1.000
Page | 117
From Table-6.3.1.3, it may be observed that the Coefficient of
Regression (R), Coefficient of Determination (R2) and Adjusted R
2of
model are .874, .764 and .756 respectively; these all are very high, therefore
the regression on these variables with given data will be appropriate. Further
Standard Error of the Estimate is 1.05230, which is tolerable. Figure-
6.3.1.3 depicts Regression Standardized Residual for Pulses.
Table-6.3.1.3; Regression Model Summary for Pulses
Model Summaryb
Model R R Square Adjusted R Square Std. Error of the Estimate
1 .874a .764 .756 1.05230
a. Predictors: (Constant), Yield per Hectare of Pulses, Area of Cultivation of Pulses
b. Dependent Variable: Production of Pulses
Figure-6.3.1.3; Regression Standardized Residual for Pulses
6.3.1.1 F Test for the Regression for production of Pulses
We will, now check whether the value of R2
really indicates that the
Area of Cultivation of Pulses and Yield per Hectare of Pulses explain
Production of Pulses, or have happened by chance. In other words, „is the
regression as a whole significant or not?‟ Table-6.3.1.4 gives values of
variables/statistics of our interest.
6.3.1.2 Testing of Hypothesis using F Test for the Regression for production of
Pulses
From Table-6.3.1.4, it may be observed, that for the regression model
at degree of freedom (df) of 2, the F-Value is 96.867with p-Value
Page | 118
(Significance) of .000 (which is less than .01), therefore at 99 % confidence
level the null hypothesis (H0), “Production of Pulses in India does neither
depends on Area of Cultivation of Pulses nor Yield per Hectare of Pulses”
is rejected.
6.3.1.3 ANOVA for the Regression for production of Pulses
From Table-6.3.1.4, it may be observed, p-Value (Significance) is
.000, which is much lesser than .01, therefore at 99 % confidence level the
null hypothesis (H0), “Regression with dependent variable Production of
Pulses and independent variables Area of Cultivation of Pulses and Yield
per Hectare of Pulses as whole is not highly significant” is rejected.
Table-6.3.1.4; ANOVA for the Regression for Production of Pulses
ANOVAa
Model Sum of Squares df Mean Square F Sig.
1
Regression 214.529 2 107.265 96.867 .000b
Residual 66.441 60 1.107
Total 280.970 62 a. Dependent Variable: Production of Pulses
b. Predictors: (Constant), Yield per Hectare of Pulses, Area of Cultivation of Pulses
From Table-6.3.1.5, it may be observed, the Unstandardized
Coefficient of Constant is -11.246 with standard error of 2.197,
Coefficient of Area of Cultivation of Pulses is .652 with standard error
of .098 and Coefficient of Yield per Hectare Pulses is .016 with standard
error of .002. And Standardized Coefficient of Area of Cultivation of
Pulses is .429 and Coefficient of Yield per Hectare of Pulses is .663.
From Table-6.3.1.5, it may be observed, the t-Value of Constant is
-5.119 with Significance of .000, t-Value of Area of Cultivation of Pulses
is 6.627 with Significance of .000 and t-Value of Yield per Hectare of
Pulses is 10.227 with Significance of .000. Figure-6.3.1.5 depicts Scatter
Plot for Regression Model for Pulses.
Table-6.3.1.5; Coefficients for Regression Model for Pulses
Coefficientsa
Model Unstandardized
Coefficients
Standardized
Coefficients
t Sig.
B Std. Error Beta
Page | 119
1
(Constant) -11.246 2.197 -5.119 .000
Area of Cultivation of Pulses .652 .098 .429 6.627 .000
Yield per Hectare of Pulses .016 .002 .663 10.227 .000
a. Dependent Variable: Production of Pulses
Figure-6.3.1.5; Scatter Plot for Regression Model for Pulses
6.3.2 Regression for Production of Total Food Grains
From Table-6.3.2.1, it may be observed that for 63 years, the mean
and standard deviation of Production of Total Food Grains is 140.2586
and 58.90069 respectively; the mean and standard deviation of Area of
Cultivation of Total Food Grains is 120.5511 and 7.21150 respectively;
and the mean and standard deviation of Yield per Hectare of Total Food
Grains is 1149.1270 and 459.16683 respectively.
Table-6.3.2.1; Descriptive Statistics for Total Food Grains
Descriptive Statistics
Mean Std. Deviation N
Production of Total Food Grains 140.2586 58.90069 63
Area of Cultivation of Total Food Grains 120.5511 7.21150 63
Yield per Hectare of Total Food Grains 1149.1270 459.16683 63
From Table-6.3.2.2, it may be observed that for 63 years, the
Pearson Correlation between Production of Total Food Grains and Area
of Cultivation of Total Food Grains is .566 and the Pearson Correlation
between Production of Total Food Grains and Yield per Hectare of Total
Food Grains is .996.
Table-6.3.2.2; Pearson Correlations for Total Food Grains
Page | 120
Correlations
Production of
Total Food
Grains
Area of
Cultivation of
Total Food
Grains
Yield per Hectare
of Total Food
Grains
Pearson
Correlation
Production of Total
Food Grains 1.000 .566 .996
Area of Cultivation of
Total Food Grains .566 1.000 .500
Yield per Hectare of
Total Food Grains .996 .500 1.000
a. Dependent Variable: Production of Total Food Grains
b. All requested variables entered.
From Table-6.3.2.3, it may be observed that the Coefficient of
Regression (R), Coefficient of Determination (R2) and Adjusted R
2of
model are .999, .999 and .999 respectively; these all are very high, therefore
the regression on these variables with given data will be appropriate. Further
Standard Error of the Estimate is 2.04318, which is tolerable. Figure-
6.3.2.3 depicts Regression Standardized Residual for Food Grains.
Table-6.3.2.3; Regression Model Summary for Total Food Grains
Model Summaryb
Model R R Square Adjusted R Square Std. Error of the Estimate
1 .999a .999 .999 2.04318
a. Predictors: (Constant), Yield per Hectare of Total Food Grains, Area of Cultivation of Total Food Grains
b. Dependent Variable: Production of Total Food Grains
Figure-6.3.2.3; Regression Standardized Residual for Food Grains
6.3.2.1 F Test for the Regression for Production of Total Food Grains
We will, now check whether the value of R2
really indicates that the
Area of Cultivation of Total Food Grains and Yield per Hectare of Total
Food Grains explain Production of Total Food Grains, or have happened
Page | 121
by chance. In other words, „is the regression as a whole significant or not?‟
Table-6.3.2.4 gives values of variables/statistics of our interest.
6.3.2.2 Testing of Hypothesis using F Test for the Regression for Production of
Total Food Grains
From Table-6.3.2.4, it may be observed, that for the regression model
at degree of freedom (df) of 2, the F-Value is 25732.470 with p-Value
(Significance) of .000 (which is less than .01), therefore at 99 % confidence
level the null hypothesis (H0), “Production of Total Food Grains in India
does neither depends on Area of Cultivation of Total Food Grains nor
Yield per Hectare of Total Food Grains” is rejected.
6.3.2.3 ANOVA for the Regression for Production of Total Food Grains
From Table-6.3.2.4, it may be observed, p-Value (Significance) is
.000, which is much lesser than .01, therefore at 99 % confidence level the
null hypothesis (H0), “Regression with dependent variable Production of
Total Food Grains and independent variables Area of Cultivation of Total
Food Grains and Yield per Hectare of Total Food Grains as whole is not
highly significant” is rejected.
Table-6.3.2.4; ANOVA for the Regression for Production of Total Food
Grains
ANOVAa
Model Sum of Squares df Mean
Square
F Sig.
1
Regression 214845.601 2 107422.801 25732.470 .000b
Residual 250.476 60 4.175
Total 215096.077 62 a. Dependent Variable: Production of Total Food Grains
b. Predictors: (Constant), Yield per Hectare of Total Food Grains, Area of Cultivation of Total Food Grains
From Table-6.3.2.5, it may be observed, the Unstandardized
Coefficient of Constant is -88.902 with standard error of 4.687,
Coefficient of Area of Cultivation of Total Food Grains is .738 with
standard error of .042 and Coefficient of Yield per Hectare of Total
Food Grains is .122 with standard error of .001. And Standardized
Page | 122
Coefficient of Area of Cultivation of Total Food Grains is .090 and
Coefficient of Yield of Cultivation of Total Food Grains is .951.
From Table-6.3.2.5, it may be observed, the t-Value of Constant is -
18.969 with Significance of .000, t-Value of Area of Cultivation of Total
Food Grains is 17.757 with Significance of .000 and t-Value of Yield per
Hectare of Total Food Grains is 186.947 with Significance of .000.
Figure-6.3.2.5 depicts Scatter Plot for Regression Model for Food Grains.
Table-6.3.2.5; Coefficients for Regression Model for Total Food Grains
Coefficientsa
Model Unstandardized
Coefficients
Standardized
Coefficients
t Sig.
B Std. Error Beta
1
(Constant) -88.902 4.687 -18.969 .000
Area of Cultivation
of Total Food Grains .738 .042 .090 17.757 .000
Yield per Hectare of
Total Food Grains .122 .001 .951 186.947 .000
a. Dependent Variable: Production of Total Food Grains
Figure-6.3.2.5; Scatter Plot for Regression Model for Food Grains
6.4 Regression for Production of Oilseeds
6.4.1 Regression for Production of Groundnut
From Table-6.4.1.1, it may be observed that for 63 years, the mean
and standard deviation of Production of Groundnut is 5.9905 and
1.59965 respectively; the mean and standard deviation of Area of
Page | 123
Cultivation of Groundnut is 6.7856 and 1.01082 respectively; and the
mean and standard deviation of Yield per Hectare of Groundnut is
881.5714 and 197.18002 respectively.
Table-6.4.1.1; Descriptive Statistics for Groundnut
Descriptive Statistics
Mean Std. Deviation N
Production of Groundnut 5.9905 1.59965 63
Area of Cultivation of Groundnut 6.7856 1.01082 63
Yield per Hectare of Groundnut 881.5714 197.18002 63
From Table-6.4.1.2, it may be observed that for 63 years, the
Pearson Correlation between Production of Groundnut and Area of
Cultivation of Groundnut is .573 and the Pearson Correlation between
Production of Groundnut and Yield per Hectare of Groundnut is .827.
Table-6.4.1.2; Pearson Correlations for Groundnut
Correlations
Production of
Groundnut
Area of
Cultivation of
Groundnut
Yield per Hectare
of Groundnut
Pearson
Correlation
Production of
Groundnut 1.000 .573 .827
Area of Cultivation of
Groundnut .573 1.000 .029
Yield per Hectare of
Groundnut .827 .029 1.000
From Table-6.4.1.3, it may be observed that the Coefficient of Regression
(R), Coefficient of Determination (R2) and Adjusted R
2of model are .993,
.985 and .985 respectively; these all are very high, therefore the regression
on these variables with given data will be appropriate. Further Standard
Error of the Estimate is .19731, which is tolerable. Figure-6.4.1.3 depicts
Regression Standardized Residual for Groundnut.
Table-6.4.1.3; Regression Model Summary for Groundnut
Model Summaryb
Model R R Square Adjusted R Square Std. Error of the Estimate
1 .993a .985 .985 .19731
a. Predictors: (Constant), Yield per Hectare of Groundnut, Area of Cultivation of Groundnut
Figure-6.4.1.3; Regression Standardized Residual for Groundnut
Page | 124
6.4.1.1 F Test for the Regression for Production of Groundnut
We will, now check whether the value of R2
really indicates that the
Area of Cultivation of Groundnut and Yield per Hectare of Groundnut
explain Production of Groundnut, or have happened by chance. In other
words, „is the regression as a whole significant or not?‟ Table-6.4.1.4 gives
values of variables/statistics of our interest.
6.4.1.2 Testing of Hypothesis using F Test for the Regression for Production of
Groundnut
From Table-6.4.1.4, it may be observed, that for the regression model
at degree of freedom (df) of 2, the F-Value is 2007.540 with p-Value
(Significance) of .000 (which is less than .01), therefore at 99 % confidence
level the null hypothesis (H0), “Production of Groundnut in India does
neither depends on Area of Cultivation of Groundnut nor Yield per
Hectare of Groundnut” is rejected.
6.4.1.3 ANOVA for the Regression for Production of Groundnut
From Table-6.4.1.4, it may be observed, p-Value (Significance) is
.000, which is much lesser than .01, therefore at 99 % confidence level the
null hypothesis (H0), “Regression with dependent variable Production of
Groundnut and independent variables Area of Cultivation of Groundnut
Page | 125
and Yield per Hectare of Groundnut as whole is not highly significant” is
rejected.
Table-6.4.1.4; ANOVA for the Regression for Production of Groundnut
ANOVAa
Model Sum of Squares df Mean Square F Sig.
1
Regression 156.315 2 78.158 2007.540 .000b
Residual 2.336 60 .039
Total 158.651 62
a. Dependent Variable: Production of Groundnut
b. Predictors: (Constant), Yield per Hectare of Groundnut, Area of Cultivation of Groundnut
From Table-6.4.1.5, it may be observed, the Unstandardized
Coefficient of Constant is -5.708 with standard error of .201, Coefficient
of Area of Cultivation of Groundnut is .870 with standard error of .025
and Coefficient of Yield per Hectare of Groundnut is .007 with standard
error of .000. And Standardized Coefficient of Area of Cultivation of
Groundnut is .550 and Coefficient of Yield per Hectare of Groundnut is
.811.
From Table-6.4.1.5, it may be observed, the t-Value of Constant is -
28.401 with Significance of .000, t-Value of Area of Cultivation of
Groundnut is 35.064 with Significance of .000 and t-Value of Yield per
Hectare of Groundnut is 51.725 with Significance of .000 . Figure-6.4.1.5
depicts Scatter Plot for Regression Model for Groundnut.
Table-6.4.1.5; Coefficients for Regression Model for Groundnut
Coefficientsa
Model Unstandardized
Coefficients
Standardized
Coefficients
t Sig.
B Std. Error Beta
1
(Constant) -5.708 .201 -28.401 .000
Area of Cultivation
of Groundnut .870 .025 .550 35.064 .000
Yield per Hectare of
Groundnut .007 .000 .811 51.725 .000
a. Dependent Variable: Production of Groundnut
Figure-6.4.1.5; Scatter Plot for Regression Model for Groundnut
Page | 126
6.4.2 Regression for Production of Rapeseed & Mustard
From Table-6.4.2.1, it may be observed that for 63 years, the mean
and standard deviation of Production of Rapeseed & Mustard is 3.3467
and 2.34123 respectively; the mean and standard deviation of Area of
Cultivation of Rapeseed & Mustard is 4.3225 and 1.56181 respectively;
and the mean and standard deviation of Yield per Hectare of Rapeseed
& Mustard is 687.0952 and 273.58597 respectively.
Table-6.4.2.1; Descriptive Statistics for Rapeseed & Mustard
Descriptive Statistics
Mean Std. Deviation N
Production of Rapeseed & Mustard 3.3467 2.34123 63
Area of Cultivation of Rapeseed & Mustard 4.3225 1.56181 63
Yield per Hectare of Rapeseed & Mustard 687.0952 273.58597 63
From Table-6.4.2.2, it may be observed that for 63 years, the
Pearson Correlation between Production of Rapeseed & Mustard and
Area of Cultivation of Rapeseed & Mustard is .956 and the Pearson
Correlation between Production of Rapeseed & Mustard and Yield per
Hectare of Rapeseed & Mustard is .969.
Table-6.4.2.2; Pearson Correlations for Rapeseed & Mustard
Correlations
Production of
Rapeseed &
Mustard
Area of Cultivation
of Rapeseed &
Mustard
Yield per
Hectare of
Rapeseed &
Mustard
Page | 127
Pearson
Correlation
Production of
Rapeseed & Mustard 1.000 .956 .969
Area of Cultivation of
Rapeseed & Mustard .956 1.000 .887
Yield per Hectare of
Rapeseed & Mustard .969 .887 1.000
From Table-6.4.2.3, it may be observed that the Coefficient of Regression
(R), Coefficient of Determination (R2) and Adjusted R
2of model are .991,
.983 and .982 respectively; these all are very high, therefore the regression
on these variables with given data will be appropriate. Further Standard
Error of the Estimate is .31155, which is tolerable. Figure-6.4.2.3 depicts
Regression Standardized Residual for Rapeseed & Mustard.
Table-6.4.2.3; Regression Model Summary for Rapeseed & Mustard
Model Summaryb
Model R R Square Adjusted R Square Std. Error of the Estimate
1 .991a .983 .982 .31155
a. Predictors: (Constant), Yield per Hectare of Rapeseed & Mustard, Area of Cultivation of Rapeseed &
Mustard
b. Dependent Variable: Production of Rapeseed & Mustard
Figure-6.4.2.3; Regression Standardized Residual for Rapeseed &
Mustard
6.4.2.1 F Test for the Regression for Production of Rapeseed & Mustard
We will, now check whether the value of R2
really indicates that the
Area of Cultivation of Rapeseed & Mustard and Yield per Hectare of
Rapeseed & Mustard explain Production of Rapeseed & Mustard, or
have happened by chance. In other words, „is the regression as a whole
Page | 128
significant or not?‟ Table-6.4.2.4 gives values of variables/statistics of our
interest.
6.4.2.2 Testing of Hypothesis using F Test for the Regression for Production of
Rapeseed & Mustard
From Table-6.4.2.4, it may be observed, that for the regression model
at degree of freedom (df) of 2, the F-Value is 1720.677 with p-Value
(Significance) of .000 (which is less than .01), therefore at 99 % confidence
level the null hypothesis (H0), “Production of Rapeseed & Mustard in
India does neither depends on Area of Cultivation of Rapeseed & Mustard
nor Yield per Hectare of Rapeseed & Mustard” is rejected.
6.4.2.3 ANOVA for the Regression for Production of Rapeseed & Mustard
From Table-6.4.2.4, it may be observed, p-Value (Significance) is
.000, which is much lesser than .01, therefore at 99 % confidence level the
null hypothesis (H0), “Regression with dependent variable Production of
Rapeseed & Mustard and independent variables Area of Cultivation of
Rapeseed & Mustard and Yield per Hectare of Rapeseed & Mustard as
whole is not highly significant” is rejected.
Table-6.4.2.4; ANOVA for the Regression for Production of Rapeseed
& Mustard
ANOVAa
Model Sum of Squares df Mean Square F Sig.
1
Regression 334.020 2 167.010 1720.677 .000b
Residual 5.824 60 .097
Total 339.844 62 a. Dependent Variable: Production of Rapeseed & Mustard
b. Predictors: (Constant), Yield per Hectare of Rapeseed & Mustard, Area of Cultivation of Rapeseed &
Mustard
From Table-6.4.2.5, it may be observed, the Unstandardized
Coefficient of Constant is -2.924 with standard error of .116, Coefficient
of Area of Cultivation of Rapeseed & Mustard is .680 with standard
error of .055 and Coefficient of Yield per Hectare of Rapeseed &
Mustard is .005 with standard error of .000. And Standardized
Page | 129
Coefficient of Area of Cultivation of Rapeseed & Mustard is .453 and
Coefficient of Yield per Hectare of Rapeseed & Mustard is .567.
From Table-6.4.2.5, it may be observed, the t-Value of Constant is
-25.117 with Significance of .000, t-Value of Area of Cultivation of
Rapeseed & Mustard is 12.388 with Significance of .000 and t-Value of
Yield per Hectare of Rapeseed & Mustard is 15.494 with Significance of
.000. Figure-6.4.2.5 depicts Scatter Plot for Regression Model for Rapeseed
& Mustard.
Table-6.4.2.5; Coefficients for Regression Model for Rapeseed &
Mustard
Coefficientsa
Model Unstandardized
Coefficients
Standardized
Coefficients
t Sig.
B Std. Error Beta
1
(Constant) -2.924 .116
-25.117 .000
Area of Cultivation of
Rapeseed & Mustard .680 .055 .453 12.388 .000
Yield per Hectare of
Rapeseed & Mustard .005 .000 .567 15.494 .000
a. Dependent Variable: Production of Rapeseed & Mustard
Figure-6.4.2.5; Scatter Plot for Regression Model for Rapeseed &
Mustard
6.4.3 Regression for Production of Soya bean
From Table-6.4.3.1, it may be observed that for 63 years, the mean
and standard deviation of Production of Soya bean is 4.1079 and 4.16954
Page | 130
respectively; the mean and standard deviation of Area of Cultivation of
Soya bean is 3.9295 and 3.52010 respectively; and the mean and standard
deviation of Yield per Hectare of Soya bean is 904.6512 and 219.05554
respectively.
Table-6.4.3.1; Descriptive Statistics for Soya bean
Descriptive Statistics
Mean Std. Deviation N
Production of Soya bean 4.1079 4.16954 43
Area of Cultivation of Soya bean 3.9295 3.52010 43
Yield per Hectare of Soya bean 904.6512 219.05554 43
From Table-6.4.3.2, it may be observed that for 63 years, the
Pearson Correlation between Production of Soya bean and Area of
Cultivation of Soya bean is .980 and the Pearson Correlation between
Production of Soya bean and Yield per Hectare of Soya bean is .796.
Table-6.4.3.2; Pearson Correlations for Soya bean
Correlations
Production of
Soya bean
Area of Cultivation
of Soya bean
Yield per Hectare
of Soya bean
Pearson
Correlation
Production of Soya
bean 1.000 .980 .796
Area of Cultivation
of Soya bean .980 1.000 .737
Yield per Hectare
of Soya bean .796 .737 1.000
From Table-6.4.3.3, it may be observed that the Coefficient of
Regression (R), Coefficient of Determination (R2) and Adjusted R
2of
model are .986, .972 and .971 respectively; these all are very high, therefore
the regression on these variables with given data will be appropriate. Further
Standard Error of the Estimate is .71040, which is tolerable. Figure-
6.4.3.3 depicts Regression Standardized Residual for Soya bean
Table-6.4.3.3; Regression Model Summary for Soya bean
Model Summaryb
Model R R Square Adjusted R Square Std. Error of the Estimate
1 .986a .972 .971 .71040
a. Predictors: (Constant), Yield per Hectare of Soya bean, Area of Cultivation of Soya bean
b. Dependent Variable: Production of Soya bean
Figure-6.4.3.3; Regression Standardized Residual for Soya bean
Page | 131
6.4.3.1 F Test for the Regression for Production of Soya bean
We will, now check whether the value of R2
really indicates that the
Area of Cultivation of Soya bean and Yield per Hectare of Soya bean
explain Production of Soya bean, or have happened by chance. In other
words, „is the regression as a whole significant or not?‟ Table-6.4.3.4 gives
values of variables/statistics of our interest.
6.4.3.2 Testing of Hypothesis using F Test for the Regression for Production of
Soya bean
From Table-6.4.3.4, it may be observed, that for the regression model
at degree of freedom (df) of 2, the F-Value is 703.419 with p-Value
(Significance) of .000 (which is less than .01), therefore at 99 % confidence
level the null hypothesis (H0), “Production of Soya bean in India does
neither depends on Area of Cultivation of Soya bean nor Yield per Hectare
of Soya bean” is rejected.
6.4.3.3 ANOVA for the Regression for Production of Soya bean
From Table-6.4.3.4, it may be observed, p-Value (Significance) is
.000, which is much lesser than .01, therefore at 99 % confidence level the
null hypothesis (H0), “Regression with dependent variable Production of
Soya bean and independent variables Area of Cultivation of Soya bean
and Yield per Hectare of Soya bean as whole is not highly significant” is
rejected.
Page | 132
Table-6.4.3.4; ANOVA for the Regression for Production of Soya bean
ANOVAa
Model Sum of Squares df Mean Square F Sig.
1
Regression 709.986 2 354.993 703.419 .000b
Residual 20.187 40 .505
Total 730.173 42 a. Dependent Variable: Production of Soya bean
b. Predictors: (Constant), Yield per Hectare of Soya bean, Area of Cultivation of Soya bean
From Table-6.4.3.5, it may be observed, the Unstandardized
Coefficient of Constant is 1.021 with standard error of .561, Coefficient
of Area of Cultivation of Soya bean is 1.021 with standard error of .046
and Coefficient of Yield per Hectare of Soya bean is .003 with standard
error of .001. And Standardized Coefficient of Area of Cultivation of
Soya bean is .862 and Yield per Hectare of Soya bean is .160.
From Table-6.4.3.5, it may be observed, the t-Value of Constant is
-4.746 with Significance of .000, t-Value of Area of Cultivation of Soya
bean is 22.164 with Significance of .000 and t-Value of Yield per Hectare
of Soya bean is 4.115 with Significance of .000. Figure-6.4.3.5 depicts
Scatter Plot for Regression Model for Soya bean
Table-6.4.3.5; Coefficients for Regression Model for Soya bean
Coefficientsa
Model Unstandardized
Coefficients
Standardized
Coefficients
t Sig.
B Std. Error Beta
1
(Constant) 1.021 .561 -4.746 .000
Area of Cultivation
of Soya bean 1.021 .046 .862 22.164 .000
Yield per Hectare
of Soya bean .003 .001 .160 4.115 .000
a. Dependent Variable: Production of Soya bean
Figure-6.4.3.5; Scatter Plot for Regression Model for Soya bean
Page | 133
6.4.4 Regression for Production of Total Oilseeds
From Table-6.4.4.1, it may be observed that for 63 years, the mean
and standard deviation of Production of Total Oilseeds is 14.2157 and
8.08340 respectively; the mean and standard deviation of Area of
Cultivation of Total Oilseeds is 19.4143 and 5.36246 respectively; and the
mean and standard deviation of Yield per Hectare of Total Oilseeds is
679.0952 and 212.69968 respectively.
Table-6.4.4.1; Descriptive Statistics for Total Oilseeds
Descriptive Statistics
Mean Std. Deviation N
Production of Total Oilseeds 14.2157 8.08340 63
Area of Cultivation of Total Oilseeds 19.4143 5.36246 63
Yield per Hectare of Total Oilseeds 679.0952 212.69968 63
From Table-6.4.4.2, it may be observed that for 63 years, the
Pearson Correlation between Production of Total Oilseeds and Area of
Cultivation of Total Oilseeds is .952 and the Pearson Correlation
between Production of Total Oilseeds and Yield per Hectare of Total
Oilseeds is .987.
Table-6.4.4.2; Pearson Correlations for Total Oilseeds
Correlations
Production of
Total Oilseeds
Area of Cultivation
of Total Oilseeds
Yield per Hectare
of Total Oilseeds
Pearson
Correlation
Production of
Total Oilseeds 1.000 .952 .987
Area of Cultivation
of Total Oilseeds .952 1.000 .905
Yield per Hectare
of Total Oilseeds .987 .905 1.000
From Table-6.4.4.3, it may be observed that the Coefficient of Regression
(R), Coefficient of Determination (R2) and Adjusted R
2of model are .997,
.993 and .993 respectively; these all are very high, therefore the regression
on these variables with given data will be appropriate. Further Standard
Error of the Estimate is .68316, which is tolerable. Figure-6.4.4.3 depicts
Regression Standardized Residual for Oilseeds
Table-6.4.4.3; Regression Model Summary for Total Oilseeds
Page | 134
Model Summaryb
Model R R Square Adjusted R Square Std. Error of the Estimate
1 .997a .993 .993 .68316
a. Predictors: (Constant), Yield per Hectare of Total Oilseeds, Area of Cultivation of Total Oilseeds
b. Dependent Variable: Production of Total Oilseeds
Figure-6.4.4.3; Regression Standardized Residual for Total Oilseeds
6.4.4.1 F Test for the Regression for Production of Oilseeds
We will, now check whether the value of R2
really indicates that the
Area of Cultivation of Total Oilseeds and Yield per Hectare of Total
Oilseeds explain Production of Total Oilseeds, or have happened by
chance. In other words, „is the regression as a whole significant or not?‟
Table-6.4.4.4 gives values of variables/statistics of our interest.
6.4.4.2 Testing of Hypothesis using F Test for the Regression for Production of
Oilseeds
From Table-6.4.4.4, it may be observed, that for the regression model at
degree of freedom (df) of 2, the F-Value is 4310.119 with p-Value
(Significance) of .000 (which is less than .01), therefore at 99 % confidence
level the null hypothesis (H0), “Production of Total Oilseeds in India does
neither depends on Area of Cultivation of Total Oilseeds nor Yield per
Hectare of Total Oilseeds” is rejected.
6.4.4.3 ANOVA for the Regression for Production of Oilseeds
From Table-6.4.4.4, it may be observed, p-Value (Significance) is
.000, which is much lesser than .01, therefore at 99 % confidence level the
Page | 135
null hypothesis (H0), “Regression with dependent variable Production of
Total Oilseeds and independent variables Area of Cultivation of Total
Oilseeds and Yield per Hectare of as whole is not highly significant” is
rejected.
Table-6.4.4.4; ANOVA for the Regression for Production of Total
Oilseeds
ANOVAa
Model Sum of Squares df Mean Square F Sig.
1
Regression 4023.158 2 2011.579 4310.119 .000b
Residual 28.003 60 .467
Total 4051.160 62 a. Dependent Variable: Production of Total Oilseeds
b. Predictors: (Constant), Yield per Hectare of Total Oilseeds, Area of Cultivation of Total Oilseeds
From Table-6.4.4.5, it may be observed, the Unstandardized
Coefficient of Constant is -13.176 with standard error of 326, Coefficient
of Area of Cultivation of Total Oilseeds is .491 with standard error of
.038 and Coefficient of Yield per Hectare of Total Oilseeds is .026 with
standard error of .001. And Standardized Coefficient of Area of
Cultivation of Total Oilseeds is .326 and Coefficient of Yield per Hectare
of Total Oilseeds is .692.
From Table-6.4.4.5, it may be observed, the t-Value of Constant is -
40.396 with Significance of .000, t-Value of Area of Cultivation of Total
Oilseeds is 12.885 with Significance of .000 and t-Value of Yield per
Hectare of Total Oilseeds is 27.352 with Significance of .000. Figure-
6.4.4.5 depicts Scatter Plot for Regression Model for Oilseeds
Table-6.4.4.5; Coefficients for Regression Model for Total Oilseeds
Coefficientsa
Model Unstandardized
Coefficients
Standardized
Coefficients
t Sig.
B Std. Error Beta
1
(Constant) -13.176 .326 -40.396 .000
Area of Cultivation
of Total Oilseeds .491 .038 .326 12.885 .000
Yield per Hectare
of Total Oilseeds .026 .001 .692 27.352 .000
Figure-6.4.4.5; Scatter Plot for Regression Model for Oilseeds
Page | 136
6.5 Regression for Production of Edibles
6.5.1 Regression for Production of Coffee
From Table-6.5.1.1, it may be observed that for 63 years, the mean
and standard deviation of Production of Coffee is 194.1763 and 78.82629
respectively; the mean and standard deviation of Area of Cultivation of
Coffee is 3.6440 and .78736 respectively; and the mean and standard
deviation of Yield per Hectare of Coffee is 61538.6744 and 7382.88237
respectively.
Table-6.5.1.1; Descriptive Statistics for Coffee
Descriptive Statistics
Mean Std. Deviation N
Production of Coffee 194.1763 78.82629 43
Area of Cultivation of Coffee 3.6440 .78736 43
Yield per Hectare of Coffee 61538.6744 7382.88237 43
From Table-6.5.1.2, it may be observed that for 63 years, the
Pearson Correlation between Production of Coffee and Area of
Cultivation of Coffee is .887 and the Pearson Correlation between
Production of Coffee and Yield per Hectare of Coffee is .801.
Table-6.5.1.2; Pearson Correlations for Coffee
Correlations
Production of
Coffee
Area of
Cultivation of
Coffee
Yield per
Hectare of
Coffee
Pearson
Correlation
Production of Coffee 1.000 .887 .801
Area of Cultivation of
Coffee .887 1.000 .830
Yield per Hectare of
Coffee .801 .830 1.000
a. Dependent Variable: Production of Coffee
Page | 137
b. All requested variables entered.
From Table-6.5.1.3, it may be observed that the Coefficient of Regression
(R), Coefficient of Determination (R2) and Adjusted R
2of model are .895,
.801 and .791 respectively; these all are very high, therefore the regression
on these variables with given data will be appropriate. Further Standard
Error of the Estimate is 36.04983, which is tolerable. Figure-6.5.1.3
depicts Regression Standardized Residual for Coffee
Table-6.5.1.3; Regression Model Summary for Coffee
Model Summaryc
Model R R Square Adjusted R Square Std. Error of the Estimate
1 .895a .801 .791 36.04983
a. Predictors: (Constant), Yield per Hectare of Coffee, Area of Cultivation of Coffee
b. Predictors: (Constant), Area of Cultivation of Coffee
c. Dependent Variable: Production of Coffee
Figure-6.5.1.3; Regression Standardized Residual for Coffee
6.5.1.1 F Test for the Regression for Production of Coffee
We will, now check whether the value of R2
really indicates that the
Area of Cultivation of Coffee and Yield per Hectare of Coffee explain
Production of Coffee, or have happened by chance. In other words, „is the
regression as a whole significant or not?‟ Table-6.5.1.4 gives values of
variables/statistics of our interest.
6.5.1.2 Testing of Hypothesis using F Test for the Regression for Production of
Coffee
From Table-6.5.1.4, it may be observed, that for the regression model
at degree of freedom (df) of 2, the F-Value is 80.405 with p-Value
Page | 138
(Significance) of .000 (which is less than .01), therefore at 99 % confidence
level the null hypothesis (H0), “Production of Coffee in India does neither
depends on Area of Cultivation of Coffee nor Yield per Hectare of Coffee”
is rejected.
6.5.1.3 ANOVA for the Regression for Production of Coffee
From Table-6.5.1.4, it may be observed, p-Value (Significance) is
.000, which is much lesser than .01, therefore at 99 % confidence level the
null hypothesis (H0), “Regression with dependent variable Production of
Coffee and independent variables Area of Cultivation of Coffee and Yield
per Hectare of Coffee as whole is not highly significant” is rejected.
Table-6.5.1.4; ANOVA for the Regression for Production of Coffee
ANOVAa
Model Sum of Squares df Mean Square F Sig.
1
Regression 208986.884 2 104493.442 80.405 .000b
Residual 51983.613 40 1299.590
Total 260970.497 42 a. Dependent Variable: Production of Coffee
b. Predictors: (Constant), Yield per Hectare of Coffee, Area of Cultivation of Coffee
c. Predictors: (Constant), Area of Cultivation of Coffee
From Table-6.5.1.5, it may be observed, the Unstandardized
Coefficient of Constant is -202.722 with standard error of 52.007,
Coefficient of Area of Cultivation of Coffee is 71.671 with standard
error of 12.682 and Coefficient of Yield per Hectare of Coffee is .002
with standard error of .001. And Standardized Coefficient of Area of
Cultivation of Coffee is .716 and Coefficient of Yield per Hectare of
Coffee is .207.
From Table-6.5.1.5, it may be observed, the t-Value of Constant is
-3.898 with Significance of .000, t-Value of Area of Cultivation of Coffee
is 5.651 with Significance of .000 and t-Value of Yield per Hectare of
Coffee is 1.631 with Significance of .111. Figure-6.5.1.5 depicts Scatter
Plot for Regression Model for Coffee
Table-6.5.1.5; Coefficients for Regression Model for Coffee
Coefficientsa
Page | 139
Model Unstandardized
Coefficients
Standardized
Coefficients
t Sig.
B Std. Error Beta
1
(Constant) -202.722 52.007 -3.898 .000
Area of Cultivation
of Coffee 71.671 12.682 .716 5.651 .000
Yield per Hectare
of Coffee .002 .001 .207 1.631 .111
Figure-6.5.1.5; Scatter Plot for Regression Model for Coffee
6.5.2 Regression for Production of Sugarcane
From Table-6.5.2.1, it may be observed that for 63 years, the mean
and standard deviation of Production of Sugarcane is 184.0794 and
90.91104 respectively; the mean and standard deviation of Area of
Cultivation of Sugarcane is 8.0954 and 1.14489 respectively; and the
mean and standard deviation of Yield per Hectare of Sugarcane is
198.0317 and 110.32020 respectively.
Table-6.5.2.1; Descriptive Statistics for Sugarcane
Descriptive Statistics
Mean Std. Deviation N
Production of Sugarcane 184.0794 90.91104 63
Area of Cultivation of Sugarcane 8.0954 1.14489 63
Yield per Hectare of Sugarcane 198.0317 110.32020 63
From Table-6.5.2.2, it may be observed that for 63 years, the
Pearson Correlation between Production of Sugarcane and Area of
Cultivation of Sugarcane is .684 and the Pearson Correlation between
Production of Sugarcane and Yield per Hectare of Sugarcane is .865.
Table-6.5.2.2; Pearson Correlations for Sugarcane
Page | 140
Correlations
Production of
Sugarcane
Area of Cultivation
of Sugarcane
Yield per Hectare
of Sugarcane
Pearson
Correlation
Production of
Sugarcane 1.000 .684 .865
Area of Cultivation
of Sugarcane .684 1.000 .779
Yield per Hectare
of Sugarcane .865 .779 1.000
From Table-6.5.2.3, it may be observed that the Coefficient of Regression
(R), Coefficient of Determination (R2) and Adjusted R
2of model are .865,
.748 and .740 respectively; these all are very high, therefore the regression
on these variables with given data will be appropriate. Further Standard
Error of the Estimate is 46.38991, which is tolerable. Figure-6.5.2.3
depicts Regression Standardized Residual for Sugarcane
Table-6.5.2.3; Regression Model Summary for Sugarcane
Model Summaryc
Model R R Square Adjusted R Square Std. Error of the Estimate
1 .865a .748 .740 46.38991
a. Predictors: (Constant), Yield per Hectare of Sugarcane, Area of Cultivation of Sugarcane
b. Predictors: (Constant), Yield per Hectare of Sugarcane
c. Dependent Variable: Production of Sugarcane
Figure-6.5.2.3; Regression Standardized Residual for Sugarcane
6.5.2.1 F Test for the Regression for Production of Sugarcane
We will, now check whether the value of R2
really indicates that the
Area of Cultivation of Sugarcane and Yield per Hectare of Sugarcane
explain Production of Sugarcane, or have happened by chance. In other
Page | 141
words, „is the regression as a whole significant or not?‟ Table-6.5.2.4 gives
values of variables/statistics of our interest.
6.5.2.2 Testing of Hypothesis using F Test for the Regression for Production of
Sugarcane
From Table-6.5.2.4, it may be observed, that for the regression model
at degree of freedom (df) of 2, the F-Value is 89.055 with p-Value
(Significance) of .000 (which is less than .01), therefore at 99 % confidence
level the null hypothesis (H0), “Production of Sugarcane in India does
neither depends on Area of Cultivation of Sugarcane nor Yield per
Hectare of Sugarcane” is rejected.
6.5.2.3 ANOVA for the Regression for Production of Sugarcane
From Table-6.5.2.4, it may be observed, p-Value (Significance) is
.000, which is much lesser than .01, therefore at 99 % confidence level the
null hypothesis (H0), “Regression with dependent variable Production of
Sugarcane and independent variables Area of Cultivation of Sugarcane
and Yield per Hectare of Sugarcane as whole is not highly significant” is
rejected.
Table-6.5.2.4; ANOVA for the Regression for Production of Sugarcane
ANOVAa
Model Sum of Squares df Mean Square F Sig.
1
Regression 383297.232 2 191648.616 89.055 .000b
Residual 129121.449 60 2152.024
Total 512418.680 62 a. Dependent Variable: Production of Sugarcane
b. Predictors: (Constant), Yield per Hectare of Sugarcane, Area of Cultivation of Sugarcane
c. Predictors: (Constant), Yield per Hectare of Sugarcane
From Table-6.5.2.5, it may be observed, the Unstandardized
Coefficient of Constant is 28.957 with standard error of 54.657,
Coefficient of Area of Cultivation of Sugarcane is 2.157 with standard
error of 8.208 and Coefficient of Yield per Hectare of Sugarcane is .695
with standard error of .085. And Standardized Coefficient of Area of
Cultivation of Sugarcane is .027 and Coefficient of Yield per Hectare of
Sugarcane is .844.
Page | 142
From Table-6.5.2.5, it may be observed, the t-Value of Constant is .530
with Significance of .598, t-Value of Area of Cultivation of Sugarcane is
.263 with Significance of .794 and t-Value of Yield per Hectare of
Sugarcane is 8.161 with Significance of .000. Figure-6.5.2.5 depicts Scatter
Plot for Regression Model for Sugarcane
Table-6.5.2.5; Coefficients for Regression Model for Sugarcane
Coefficientsa
Model Unstandardized
Coefficients
Standardized
Coefficients
t Sig.
B Std. Error Beta
1
(Constant) 28.957 54.657 .530 .598
Area of Cultivation
of Sugarcane 2.157 8.208 .027 .263 .794
Yield per Hectare
of Sugarcane .695 .085 .844 8.161 .000
Figure-6.5.2.5; Scatter Plot for Regression Model for Sugarcane
6.5.3 Regression for Production of Tea
From Table-6.5.3.1, it may be observed that for 63 years, the mean
and standard deviation of Production of Tea is 728.9291 and 189.74351
respectively; the mean and standard deviation of Area of Cultivation of
Tea is 1.0314 and .13105 respectively; and the mean and standard
deviation of Yield per Hectare of Tea is 1622.3721 and 402.59521
respectively.
Table-6.5.3.1; Descriptive Statistics for Tea
Descriptive Statistics
Mean Std. Deviation N
Production of Tea 728.9291 189.74351 43
Area of Cultivation of Tea 1.0314 .13105 43
Page | 143
Yield per Hectare of Tea 1622.3721 402.59521 43
From Table-6.5.3.2, it may be observed that for 63 years, the
Pearson Correlation between Production of Tea and Area of Cultivation
of Tea is -.502 and the Pearson Correlation between Production of Tea
and Yield per Hectare of Tea is .974.
Table-6.5.3.2; Pearson Correlations for Tea
Correlations
Production
of Tea
Area of Cultivation
of Tea
Yield per
Hectare of Tea
Pearson
Correlati
on
Production of Tea 1.000 -.502 .974
Area of Cultivation of Tea -.502 1.000 -.530
Yield per Hectare of Tea .974 -.530 1.000
From Table-6.5.3.3, it may be observed that the Coefficient of Regression
(R), Coefficient of Determination (R2) and Adjusted R
2of model are .974,
.950 and .947 respectively; these all are very high, therefore the regression
on these variables with given data will be appropriate. Further Standard
Error of the Estimate is 43.66269, which is tolerable Figure-6.5.3.3 depicts
Regression Standardized Residual for Tea.
Table-6.5.3.3; Regression Model Summary for Tea
Model Summaryc
Model R R Square Adjusted R Square Std. Error of the Estimate
1 .974a .950 .947 43.66269
a. Predictors: (Constant), Yield per Hectare of Tea, Area of Cultivation of Tea
b. Predictors: (Constant), Yield per Hectare of Tea
c. Dependent Variable: Production of Tea
Figure-6.5.3.3; Regression Standard Residual for Tea
6.5.3.1 F Test for the Regression for Production of Tea
Page | 144
We will, now check whether the value of R2
really indicates that the
Area of Cultivation of Tea and Yield per Hectare of Tea explain
Production of Tea, or have happened by chance. In other words, „is the
regression as a whole significant or not?‟ Table-6.5.3.4 gives values of
variables/statistics of our interest.
6.5.3.2 Testing of Hypothesis using F Test for the Regression for Production of
Tea
From Table-6.5.3.4, it may be observed, that for the regression model
at degree of freedom (df) of 2, the F-Value is 376.581 with p-Value
(Significance) of .000 (which is less than .01), therefore at 99 % confidence
level the null hypothesis (H0), “Production of Tea in India does neither
depends on Area of Cultivation of Tea nor Yield per Hectare of Tea” is
rejected.
6.5.3.3 ANOVA for the Regression for Production of Tea
From Table-6.5.3.4, it may be observed, p-Value (Significance) is
.000, which is much lesser than .01, therefore at 99 % confidence level the
null hypothesis (H0), “Regression with dependent variable Production of
Tea and independent variables Area of Cultivation of Tea and Yield per
Hectare of Tea as whole is not highly significant” is rejected.
Table-6.5.3.4; ANOVA for the Regression for Production of Tea
ANOVAa
Model Sum of Squares df Mean Square F Sig.
1
Regression 1435852.023 2 717926.012 376.581 .000b
Residual 76257.216 40 1906.430
Total 1512109.240 42 a. Dependent Variable: Production of Tea
b. Predictors: (Constant), Yield per Hectare of Tea, Area of Cultivation of Tea
c. Predictors: (Constant), Yield per Hectare of Tea
From Table-6.5.3.5, it may be observed, the Unstandardized
Coefficient of Constant is -51.883 with standard error of 84.240,
Coefficient of Area of Cultivation of Tea is 27.318 with standard error
of 60.610 and Coefficient of Yield per Hectare of Tea is .464 with
standard error of .020. And Standardized Coefficient of Area of
Page | 145
Cultivation of Tea is .019 and Coefficient of Area of Cultivation of Rice
is .984.
From Table-6.5.3.5, it may be observed, the t-Value of Constant is
-.616 with Significance of .541, t-Value of Area of Cultivation of Tea is
.451 with Significance of .655 and t-Value of Yield per Hectare of Tea is
23.514 with Significance of .000. Figure-6.5.3.5 depicts Scatter Plot for
Regression Model for Tea.
Table-6.5.3.5; Coefficients for Regression Model for Tea
Coefficientsa
Model Unstandardized
Coefficients
Standardized
Coefficients
t Sig.
B Std. Error Beta
1
(Constant) -51.883 84.240 -.616 .541
Area of Cultivation of Tea 27.318 60.610 .019 .451 .655
Yield per Hectare of Tea .464 .020 .984 23.514 .000
Figure-6.5.3.5; Scatter Plot for Regression Model for Tea
6.5.4 Regression for Production of Tobacco
From Table-6.5.4.1, it may be observed that for 63 years, the mean
and standard deviation of Production of Tobacco is .4464 and .13315
respectively; the mean and standard deviation of Area of Cultivation of
Tobacco is .4054 and .04805 respectively; and the mean and standard
deviation of Yield per Hectare of Tobacco is 1101.9672 and 299.90676
respectively.
Table-6.5.4.1; Descriptive Statistics for Tobacco
Descriptive Statistics
Mean Std. Deviation N
Page | 146
Production of Tobacco .4464 .13315 61
Area of Cultivation of Tobacco .4054 .04805 61
Yield per Hectare of Tobacco 1101.9672 299.90676 61
From Table-6.5.4.2, it may be observed that for 63 years, the
Pearson Correlation between Production of Tobacco and Area of
Cultivation of Tobacco is .421 and the Pearson Correlation between
Production of Tobacco and Yield per Hectare of Tobacco is .899.
Table-6.5.4.2; Pearson Correlations for Tobacco
Correlations
Production of
Tobacco
Area of Cultivation
of Tobacco
Yield per Hectare
of Tobacco
Pearson
Correlation
Production of
Tobacco 1.000 .421 .899
Area of Cultivation
of Tobacco .421 1.000 -.001
Yield per Hectare
of Tobacco .899 -.001 1.000
From Table-6.5.4.3, it may be observed that the Coefficient of
Regression (R), Coefficient of Determination (R2) and Adjusted R
2of
model are .993, .987 and .986 respectively; these all are very high, therefore
the regression on these variables with given data will be appropriate. Further
Standard Error of the Estimate is .01571, which is tolerable. Figure-
6.5.4.3 depicts Regression Standardized Residual for Tobacco.
Table-6.5.4.3; Regression Model Summary for Tobacco
Model Summaryb
Model R R Square Adjusted R Square Std. Error of the Estimate
1 .993a .987 .986 .01571
Figure-6.5.4.3; Regression Standardized Residual for Tobacco
Page | 147
6.5.4.1 F Test for the Regression for Production of Tobacco
We will, now check whether the value of R2
really indicates that the
Area of Cultivation of Tobacco and Yield per Hectare of Tobacco
explain Production of Tobacco, or have happened by chance. In other
words, „is the regression as a whole significant or not?‟ Table-6.5.4.4 gives
values of variables/statistics of our interest.
6.5.4.2 Testing of Hypothesis using F Test for the Regression for Production of
Tobacco
From Table-6.5.4.4, it may be observed, that for the regression model
at degree of freedom (df) of 2, the F-Value is 2126.401 with p-Value
(Significance) of .000 (which is less than .01), therefore at 99 % confidence
level the null hypothesis (H0), “Production of Tobacco in India does
neither depends on Area of Cultivation of Tobacco nor Yield per Hectare
of Tobacco” is rejected .
6.5.4.3 ANOVA for the Regression for Production of Tobacco
From Table-6.5.4.4, it may be observed, p-Value (Significance) is
.000, which is much lesser than .01, therefore at 99 % confidence level the
null hypothesis (H0), “Regression with dependent variable Production of
Tobacco and independent variables Area of Cultivation of Tobacco and
Yield per Hectare of Tobacco as whole is not highly significant” is
rejected.
Table-6.5.4.4; ANOVA for the Regression for Production of Tobacco
ANOVAa
Model Sum of Squares df Mean Square F Sig.
1
Regression 1.049 2 .525 2126.401 .000b
Residual .014 58 .000
Total 1.064 60 a. Dependent Variable: Production of Tobacco
b. Predictors: (Constant), Yield per Hectare of Tobacco, Area of Cultivation of Tobacco
From Table-6.5.4.5, it may be observed, the Unstandardized
Coefficient of Constant is -.468 with standard error of .019, Coefficient
of Area of Cultivation of Tobacco is 1.170 with standard error of .042
Page | 148
and Coefficient of Yield per Hectare of Tobacco is .000 with standard
error of .000. And Standardized Coefficient of Area of Cultivation of
Tobacco is .422 and Coefficient of Yield per Hectare of Cultivation of
Tobacco is .900.
From Table-6.5.4.5, it may be observed, the t-Value of Constant is
-24.916 with Significance of .000, t-Value of Area of Cultivation of
Tobacco is 27.709 with Significance of .000 and t-Value of Yield per
Hectare of Tobacco is 59.075 with Significance of .000. Figure-6.5.4.5
depicts Scatter Plot for Regression Model for Tobacco.
Table-6.5.4.5 Coefficients for Regression Model for Production of
Tobacco
Coefficientsa
Model Unstandardized
Coefficients
Standardized
Coefficients
t Sig.
B Std. Error Beta
1
(Constant) -.468 .019 -24.916 .000
Area of Cultivation
of Tobacco 1.170 .042 .422 27.709 .000
Yield per Hectare
of Tobacco .000 .000 .900 59.075 .000
Figure-6.5.4.5; Scatter Plot for Regression Model for Tobacco
6.6 Regression for Production of Textile Inputs
6.6.1 Regression for Production of Cotton
From Table-6.6.1.1, it may be observed that for 63 years, the mean
and standard deviation of Production of Cotton is 12.4235 and 7.87855
respectively; the mean and standard deviation of Area of Cultivation of
Cotton is .4453 and .07869 respectively; and the mean and standard
Page | 149
deviation of Yield per Hectare of Cotton is 1613.6512 and 187.34166
respectively.
Table-6.6.1.1; Descriptive Statistics for Cotton
Descriptive Statistics
Mean Std. Deviation N
Production of Cotton 12.4235 7.87855 43
Area of Cultivation of Cotton .4453 .07869 43
Yield per Hectare of Cotton 1613.6512 187.34166 43
From Table-6.6.1.2, it may be observed that for 63 years, the
Pearson Correlation between Production of Cotton and Area of
Cultivation of Cotton is .861 and the Pearson Correlation between
Production of Cotton and Yield per Hectare of Cotton is .601.
Table-6.6.1.2; Pearson Correlations for Cotton
Correlations
Production of
Cotton
Area of Cultivation
of Cotton
Yield per Hectare
of Cotton
Pearson
Correlation
Production of
Cotton 1.000 .861 .601
Area of Cultivation
of Cotton .861 1.000 .660
Yield per Hectare
of Cotton .601 .660 1.000
From Table-6.6.1.3, it may be observed that the Coefficient of
Regression (R), Coefficient of Determination (R2) and Adjusted R
2of
model are .862, .743 and .731 respectively; these all are very high, therefore
the regression on these variables with given data will be appropriate. Further
Standard Error of the Estimate is 4.08872, which is tolerable. Figure-
6.6.1.3 depicts Regression Standardized Residual for Cotton. Figure-6.6.1.3
depicts Regression Standardized Residual for Cotton.
Table-6.6.1.3; Regression Model Summary for Cotton
Model Summaryc
Model R R Square Adjusted R Square Std. Error of the Estimate
1 .862a .743 .731 4.08872
a. Predictors: (Constant), Yield per Hectare of Cotton, Area of Cultivation of Cotton
b. Predictors: (Constant), Area of Cultivation of Cotton
c. Dependent Variable: Production of Cotton
Figure-6.6.1.3; Regression Standardized Residual for Cotton
Page | 150
6.6.1.1 F Test for the Regression for Production of Cotton
We will, now check whether the value of R2
really indicates that the
Area of Cultivation of Cotton and Yield per Hectare of Cotton explain
Production of Cotton, or have happened by chance. In other words, „is the
regression as a whole significant or not?‟ Table-6.6.1.4 gives values of
variables/statistics of our interest.
6.6.1.2 Testing of Hypothesis using F Test for the Regression for Production of
Cotton
From Table-6.6.1.4, it may be observed, that for the regression model
at degree of freedom (df) of 2, the F-Value is 57.972 with p-Value
(Significance) of .000 (which is less than .01), therefore at 99 % confidence
level the null hypothesis (H0), “Production of Cotton in India does neither
depends on Area of Cultivation of Cotton nor Yield per Hectare of Cotton”
is rejected.
6.6.1 ANOVA for the Regression for Production of Cotton
From Table-6.6.1.4, it may be observed, p-Value (Significance) is
.000, which is much lesser than .01, therefore at 99 % confidence level the
null hypothesis (H0), “Regression with dependent variable Production of
Cotton and independent variables Area of Cultivation of Cotton and Yield
per Hectare of Cotton as whole is not highly significant” is rejected.
Table-6.6.1.4; ANOVA for the Regression for Production of Cotton
ANOVAa
Model Sum of Squares df Mean Square F Sig.
Page | 151
1
Regression 1938.301 2 969.150 57.972 .000b
Residual 668.706 40 16.718
Total 2607.007 42 a. Dependent Variable: Production of Cotton
b. Predictors: (Constant), Yield per Hectare of Cotton, Area of Cultivation of Cotton
c. Predictors: (Constant), Area of Cultivation of Cotton
From Table-6.6.1.5, it may be observed, the Unstandardized
Coefficient of Constant is -28.257 with standard error of 5.470,
Coefficient of Area of Cultivation of Cotton is 82.292 with standard
error of 10.666 and Coefficient of Yield per Hectare of Cotton is .002
with standard error of .004. And Standardized Coefficient of Area of
Cultivation of Cotton is .822 and Coefficient of Yield per Hectare of
Cotton is .059.
From Table-6.6.1.5, it may be observed, the t-Value of Constant is
-5.166 with Significance of .000, t-Value of Area of Cultivation of Cotton
is 7.715 with Significance of .000 and t-Value of Yield per Hectare of
Cotton is .558 with Significance of .580. Figure-6.6.1.5 depicts Scatter Plot
for Regression Model for Cotton.
Table-6.6.1.5; Coefficients for Regression Model for Cotton
Coefficientsa
Model Unstandardized
Coefficients
Standardized
Coefficients
t Sig.
B Std. Error Beta
1
(Constant) -28.257 5.470 -5.166 .000
Area of Cultivation
of Cotton 82.292 10.666 .822 7.715 .000
Yield per Hectare
of Cotton .002 .004 .059 .558 .580
Figure-6.6.1.5; Scatter Plot for Regression Model for Cotton
Page | 152
6.6.2 Regression for Production of Raw Jute & Mesta
From Table-6.6.2.1, it may be observed that for 63 years, the mean
and standard deviation of Production of Raw Jute & Mesta is 9.1447 and
1.88841 respectively; the mean and standard deviation of Area of
Cultivation of Raw Jute & Mesta is .2542 and .08702 respectively; and the
mean and standard deviation of Yield per Hectare of Raw Jute & Mesta
is 768.9070 and 138.88516 respectively.
Table-6.6.2.1; Descriptive Statistics for Raw Jute & Mesta
Descriptive Statistics
Mean Std. Deviation N
Production of Raw Jute & Mesta 9.1447 1.88841 43
Area of Cultivation of Raw Jute & Mesta .2542 .08702 43
Yield per Hectare of Raw Jute & Mesta 768.9070 138.88516 43
From Table-6.6.2.2, it may be observed that for 63 years, the
Pearson Correlation between Production of Raw Jute & Mesta and Area
of Cultivation of Raw Jute & Mesta is .816 and the Pearson Correlation
between Production of Raw Jute & Mesta and Yield per Hectare of Raw
Jute & Mesta is .452.
Table-6.6.2.2; Pearson Correlations for Jute & Mesta
Correlations
Production of
Raw Jute &
Mesta
Area of Cultivation
of Raw Jute &
Mesta
Yield per
Hectare of Raw
Jute & Mesta
Pearson
Correlation
Production of Raw
Jute & Mesta 1.000 .816 .452
Area of Cultivation of
Raw Jute & Mesta .816 1.000 .444
Yield per Hectare of
Raw Jute & Mesta .452 .444 1.000
From Table-6.6.2.3, it may be observed that the Coefficient of
Regression (R), Coefficient of Determination (R2) and Adjusted R
2of
model are .822, .676 and .660 respectively; these all are very high, therefore
the regression on these variables with given data will be appropriate. Further
Standard Error of the Estimate is 1.10072, which is tolerable. Figure-
6.6.2.3 depicts Regression Standardized Residual for Raw Jute & Mesta.
Page | 153
Table-6.6.2.3; Regression Model Summary for Jute & Mesta
Model Summaryc
Model R R Square Adjusted R Square Std. Error of the Estimate
1 .822a .676 .660 1.10072
a. Predictors: (Constant), Yield per Hectare of Raw Jute & Mesta, Area of Cultivation of Raw Jute & Mesta
b. Predictors: (Constant), Area of Cultivation of Raw Jute & Mesta
c. Dependent Variable: Production of Raw Jute & Mesta
Figure-6.6.2.3; Regression Standardized Residual for Raw Jute &
Mesta
6.6.2.1 F Test for the Regression for Production of Raw Jute & Mesta
We will, now check whether the value of R2
really indicates that the
Area of Cultivation of Raw Jute & Mesta and Yield per Hectare of Raw
Jute & Mesta explain Production of Raw Jute & Mesta, or have
happened by chance. In other words, „is the regression as a whole significant
or not?‟ Table-6.6.2.4 gives values of variables/statistics of our interest.
6.6.2.2 Testing of Hypothesis using F Test for the Regression for Production of
Raw Jute & Mesta
From Table-6.6.2.4, it may be observed, that for the regression model
at degree of freedom (df) of 2, the F-Value is 41.810 with p-Value
(Significance) of .000 (which is less than .01), therefore at 99 % confidence
level the null hypothesis (H0), “Production of Raw Jute & Mesta in India
does neither depends on Area of Cultivation of Raw Jute & Mesta nor
Yield per Hectare of Raw Jute & Mesta” is rejected.
Page | 154
6.6.2.3 ANOVA for the Regression for Production of Raw Jute & Mesta
From Table-6.6.2.4, it may be observed, p-Value (Significance) is
.000, which is much lesser than .01, therefore at 99 % confidence level the
null hypothesis (H0), “Regression with dependent variable Production of
Raw Jute & Mesta and independent variables Area of Cultivation of Raw
Jute & Mesta and Yield per Hectare of Raw Jute & Mesta as whole is not
highly significant” is rejected.
Table-6.6.2.4; ANOVA for the Regression for Production of Jute &
Mesta
ANOVAa
Model Sum of Squares df Mean Square F Sig.
1
Regression 101.313 2 50.656 41.810 .000b
Residual 48.464 40 1.212
Total 149.776 42 a. Dependent Variable: Production of Raw Jute & Mesta
b. Predictors: (Constant), Yield per Hectare of Raw Jute & Mesta, Area of Cultivation of Raw Jute & Mesta
c. Predictors: (Constant), Area of Cultivation of Raw Jute & Mesta
From Table-6.6.2.5, it may be observed, the Unstandardized
Coefficient of Constant is 3.745 with standard error of .959, Coefficient
of Area of Cultivation of Raw Jute & Mesta is 16.634 with standard
error of 2.178 and Coefficient of Yield per Hectare in Raw Jute & Mesta
is .002 with standard error of .001. And Standardized Coefficient of
Area of Cultivation of Raw Jute & Mesta is .767 and Coefficient of Yield
per Hectare of Cultivation of Raw Jute & Mesta is .112.
From Table-6.6.2.5, it may be observed, the t-Value of Constant is
3.904 with Significance of .000, t-Value of Area of Cultivation of Raw
Jute & Mesta is 7.636 with Significance of .000 and t-Value of Yield per
Hectare of Raw Jute & Mesta is 1.117 with Significance of .271. Figure-
6.6.2.5 depicts Scatter Plot for Regression Model for Raw Jute & Mesta.
Table-6.6.2.5; Coefficients for Regression Model for Raw Jute & Mesta
Coefficientsa
Model Unstandardized
Coefficients
Standardized
Coefficients
t Sig.
B Std. Error Beta
1 (Constant) 3.745 .959 3.904 .000
Page | 155
Area of Cultivation of
Raw Jute & Mesta 16.634 2.178 .767 7.636 .000
Yield per Hectare of
Raw Jute & Mesta .002 .001 .112 1.117 .271
Figure-6.6.2.5; Scatter Plot for Regression Model for Raw Jute & Mesta
6.7 Production of Food Grain and Major Non-Food Grain Crops in Andhra
Pradesh
6.7.1 Production of Rice in Andhra Pradesh
From Table-6.7.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Andhra Pradesh is 6909.10, 8790.70 and 1881.60 respectively.
Further mean and standard deviation of Production of Rice (in thousand
tonnes) in Andhra Pradesh is 7643.9833 and 679.26260 respectively. And
mean growth rate of Production of Rice (in thousand tonnes) in Andhra
Pradesh for Pre-WTO 15 years is 3.171556 %.
From Table-6.7.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Andhra Pradesh is 7327.00, 12458.00 and 5131.00 respectively.
Further mean and standard deviation of Production of Rice (in thousand
tonnes) in Andhra Pradesh is 10094.8667 and 1722.26665 respectively.
And mean growth rate of Production of Rice (in thousand tonnes) in
Andhra Pradesh for Post-WTO 18 years is 3.189265%.
Page | 156
From Table-6.7.1, it may be observed that for Production of Rice (in
thousand tonnes) in Andhra Pradesh from Pre-WTO to Post-WTO
range has been increased by 3249.4, which is desirable; mean has been
increased by 2450.8834, which is desirable; standard deviation has been
increased by 1043.00405, which is undesirable; and mean growth rate has
been increased by 0.017709, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Table-6.7.1; Production of Rice in Andhra Pradesh
Production of Rice (in thousand tonnes) in Andhra Pradesh
Period
No.
of
Years
Minimum Maximum Range Mean Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 6909.10 8790.70 1881.60 7643.9833 679.26260 3.171556
1995-96
to 2012-
13
18 7327.00 12458.00 5131.00 10094.8667 1722.26665 3.189265
6.7.2 Production of Wheat in Andhra Pradesh
From Table-6.7.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Andhra Pradesh is 5.90, 14.00 and 8.10 respectively. Further
mean and standard deviation of Production of Wheat (in thousand
tonnes) in Andhra Pradesh is 9.9500 and 3.32310 respectively. And mean
growth rate of Production of Wheat (in thousand tonnes) in Andhra
Pradesh for Pre-WTO 15 years is 9.232643%.
From Table-6.7.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Andhra Pradesh is 6.00, 14.00 and 8.00 respectively. Further
mean and standard deviation of Production of Wheat (in thousand
tonnes) in Andhra Pradesh is 8.4222 and 2.40924 respectively. And mean
growth rate of Production of Wheat (in thousand tonnes) in Andhra
Pradesh for Post-WTO 18 years is 6.716135%.
Page | 157
From Table-6.7.2, it may be observed that for Production of Wheat
(in thousand tonnes) in Andhra Pradesh from Pre-WTO to Post-WTO
range has been decreased by 0.1, which is undesirable; mean has been
decreased by 1.5278, which is undesirable; standard deviation has been
decreased by 0.91386, which is desirable; and mean growth rate has been
decreased by 2.51651, which is undesirable for the economy. Further from
Pre-WTO to Post-WTO decrease in mean and decrease in mean growth
rate is a strongly undesirable condition for the economy.
Table-6.7.2; Production of Wheat in Andhra Pradesh
Production of Wheat (in thousand tonnes) in Andhra Pradesh
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 5.90 14.00 8.10 9.9500 3.32310 9.232643
1995-96
to 2012-
13
18 6.00 14.00 8.00 8.4222 2.40924 6.716135
6.7.3 Production of Coarse Cereals in Andhra Pradesh
From Table-6.7.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Andhra Pradesh is 2123.90, 3067.10 and 943.20
respectively. Further mean and standard deviation of Production of
Coarse Cereals (in thousand tonnes) in Andhra Pradesh is 2560.0667
and 374.05171 respectively. And mean growth rate of Production of
Coarse Cereals (in thousand tonnes) in Andhra Pradesh for Pre-WTO
15 years is -1.02502%.
From Table-6.7.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Andhra Pradesh is 1790.60, 3498.00 and 1707.40
respectively. Further mean and standard deviation of Production of
Coarse Cereals (in thousand tonnes) in Andhra Pradesh is 2306.2111
and 496.78837 respectively. And mean growth rate of Production of
Page | 158
Coarse Cereals (in thousand tonnes) in Andhra Pradesh for Post-WTO
18 years is 9.091862%.
From Table-6.7.3, it may be observed that for Production of Coarse
Cereals (in thousand tonnes) in Andhra Pradesh from Pre-WTO to Post-
WTO range has been increased by 764.2, which is desirable; mean has
been decreased by 253.856, which is undesirable; standard deviation has
been increased by 122.7367, which is undesirable; and mean growth rate
has been increased by 10.11688, which is desirable for the economy.
Further from Pre-WTO to Post-WTO decrease in mean and increase in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.7.3; Production of Coarse Cereals in Andhra Pradesh
Production of Coarse Cereals (in thousand tonnes) in Andhra Pradesh
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 2123.90 3067.10 943.20 2560.0667 374.05171 -1.02502
1995-96
to 2012-
13
18 1790.60 3498.00 1707.40 2306.2111 496.78837 9.091862
6.7.4 Production of Pulses in Andhra Pradesh
From Table-6.7.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Andhra Pradesh is 414.50, 629.00 and 214.50 respectively.
Further mean and standard deviation of Production of Pulses (in
thousand tonnes) in Andhra Pradesh is 527.2000and 80.32342
respectively. And mean growth rate of Production of Pulses (in thousand
tonnes) in Andhra Pradesh for Pre-WTO 15 years is 4.091463%.
From Table-6.7.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Andhra Pradesh is 515.70, 1239.00 and 723.30respectively.
Further mean and standard deviation of Production of Pulses (in
thousand tonnes) in Andhra Pradesh is 916.1111 and 224.25686
Page | 159
respectively. And mean growth rate of Production of Pulses (in thousand
tonnes) in Andhra Pradesh for Post-WTO 18 years is 6.759862%.
From Table-6.7.4, it may be observed that for Production of Pulses
(in thousand tonnes) in Andhra Pradesh from Pre-WTO to Post-WTO
range has been increased by 508.8, which is desirable; mean has been
increased by 388.9111, which is desirable; standard deviation has been
increased by 143.9334, which is undesirable; and mean growth rate has
been increased by 2.668399, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Table-6.7.4; Production of Pulses in Andhra Pradesh
Production of Pulses (in thousand tonnes) in Andhra Pradesh
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 414.50 629.00 214.50 527.2000 80.32342 4.091463
1995-96
to 2012-
13
18 515.70 1239.00 723.30 916.1111 224.25686 6.759862
6.7.5 Production of Food Grains in Andhra Pradesh
From Table-6.7.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Andhra Pradesh is 9615.10, 11881.30 and 2266.20
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in Andhra Pradesh is 10741.2000 and
883.41485 respectively. And mean growth rate of Production of Food
Grains (in thousand tonnes) in Andhra Pradesh for Pre-WTO 15 years
is 1.807536%.
From Table-6.7.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Andhra Pradesh is 10653.60, 16029.20 and 5375.60
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in Andhra Pradesh is 13331.1778 and
Page | 160
1892.06744 respectively. And mean growth rate of Production of Food
Grains (in thousand tonnes) in Andhra Pradesh for Post-WTO 18 years
is 4.370533%.
From Table-6.7.5, it may be observed that for Production of Food
Grains (in thousand tonnes) in Andhra Pradesh from Pre-WTO to Post-
WTO range has been increased by 3109.4, which is desirable; mean has
been increased by 2589.978, which is desirable; standard deviation has
been increased by 1008.653, which is undesirable; and mean growth rate
has been increased by 2.562997, which is desirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and increase in
mean growth rate is a strongly desirable condition for the economy.
Table-6.7.5; Production of Food Grains in Andhra Pradesh
Production of Food Grains (in thousand tonnes) in Andhra Pradesh
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 9615.10 11881.30 2266.20 10741.2000 883.41485 1.807536
1995-96
to 2012-
13
18 10653.60 16029.20 5375.60 13331.1778 1892.06744 4.370533
6.7.6 Production of Oilseeds in Andhra Pradesh
From Table-6.7.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Andhra Pradesh is 928.10, 1839.50 and 911.40
respectively. Further mean and standard deviation of Production of
Oilseeds (in thousand tonnes) in Andhra Pradesh is 1396.2667 and
303.57223 respectively. And mean growth rate of Production of Oilseeds
(in thousand tonnes) in Andhra Pradesh for Pre-WTO 15 years is
9.211011%.
From Table-6.7.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Andhra Pradesh is 1256.30, 3039.90 and 1783.60
respectively. Further mean and standard deviation of Production of
Page | 161
Oilseeds (in thousand tonnes) in Andhra Pradesh is 1966.2778 and
640.23048 respectively. And mean growth rate of Production of Oilseeds
(in thousand tonnes) in Andhra Pradesh for Post-WTO 18 years is
7.065937%.
From Table-6.7.6, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Andhra Pradesh from Pre-WTO to
Post-WTO range has been increased by 877.2, which is desirable; mean
has been increased by 570.0111, which is desirable; standard deviation
has been increased by 336.6583, which is undesirable; and mean growth
rate has been decreased by 2.14507, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.7.6; Production of Oilseeds in Andhra Pradesh
Production of Oilseeds (in thousand tonnes) in Andhra Pradesh
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 928.10 1839.50 911.40 1396.2667 303.57223 9.211011
1995-96
to 2012-
13
18 1256.30 3039.90 1783.60 1966.2778 640.23048 7.065937
6.7.7 Production of Cotton in Andhra Pradesh
From Table-6.7.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Andhra Pradesh is 624.00, 1018.70 and 394.70 respectively.
Further mean and standard deviation of Production of Cotton (in
thousand tonnes) in Andhra Pradesh is 797.2667 and 165.62693
respectively. And mean growth rate of Production of Cotton (in
thousand tonnes) in Andhra Pradesh for Pre-WTO 15 years is
7.556589%.
From Table-6.7.7, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Andhra Pradesh is 1085.70, 1890.00 and 804.30 respectively.
Page | 162
Further mean and standard deviation of Production of Cotton (in
thousand tonnes) in Andhra Pradesh is 1604.5889 and 271.79243
respectively. And mean growth rate of Production of Cotton (in
thousand tonnes) in Andhra Pradesh for Post-WTO 18 years is
14.17864%.
From Table-6.7.7, it may be observed that for Production of Cotton
(in thousand tonnes) in Andhra Pradesh from Pre-WTO to Post-WTO
range has been increased by 409.6, which is desirable; mean has been
increased by 807.3222, which is desirable; standard deviation has been
increased by 106.1655, which is undesirable; and mean growth rate has
been increased by 6.62051, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Table-6.7.7; Production of Cotton in Andhra Pradesh
Production of Cotton (in thousand tonnes) in Andhra Pradesh
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 624.00 1018.70 394.70 797.2667 165.62693 7.556589
1995-96
to 2012-
13
18 1085.70 1890.00 804.30 1604.5889 271.79243 14.17864
6.7.8 Production of Sugarcane in Andhra Pradesh
From Table-6.7.8, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Andhra Pradesh is 9674.60, 14961.50 and 5286.90
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in Andhra Pradesh is 11138.3833 and
2184.13883 respectively. And mean growth rate of Production of
Sugarcane (in thousand tonnes) in Andhra Pradesh for Pre-WTO 15
years is 4.89961%.
From Table-6.7.8, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
Page | 163
thousand tonnes) in Andhra Pradesh is 13955.00, 18508.00 and 4553.00
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in Andhra Pradesh is 16156.1111 and
1602.78788 respectively. And mean growth rate of Production of
Sugarcane (in thousand tonnes) in Andhra Pradesh for Post-WTO 18
years is 1.121922%.
From Table-6.7.8, it may be observed that for Production of
Sugarcane (in thousand tonnes) in Andhra Pradesh from Pre-WTO to
Post-WTO range has been decreased by 733.9, which is undesirable;
mean has been increased by 5017.728, which is desirable; standard
deviation has been decreased by 581.351, which is desirable; and mean
growth rate has been decreased by 3.77769, which is undesirable for the
economy. Further from Pre-WTO to Post-WTO increase in mean and
decrease in mean growth rate is a strongly undesirable condition for the
economy.
Table-6.7.8; Production of Sugarcane in Andhra Pradesh
Production of Sugarcane (in thousand tonnes) in Andhra Pradesh
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 9674.60 14961.50 5286.90 11138.3833 2184.13883 4.89961
1995-96
to 2012-
13
18 13955.00 18508.00 4553.00 16156.1111 1602.78788 1.121922
6.7.9 Production of Raw Jute & Mesta in Andhra Pradesh
From Table-6.7.9, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Andhra Pradesh is 490.00, 750.00 and 260.00
respectively. Further mean and standard deviation of Production of Raw
Jute & Mesta (in thousand tonnes) in Andhra Pradesh is 624.8000 and
112.70622 respectively. And mean growth rate of Production of Raw Jute
& Mesta (in thousand tonnes) in Andhra Pradesh for Pre-WTO 15 years
is 4.285803%.
Page | 164
From Table-6.7.9, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Andhra Pradesh is 470.00, 699.00 and 229.00
respectively. Further mean and standard deviation of Production of Raw
Jute & Mesta (in thousand tonnes) in Andhra Pradesh is 610.8889 and
74.79010 respectively. And mean growth rate of Production of Raw Jute
& Mesta (in thousand tonnes) in Andhra Pradesh for Post-WTO 18
years is -6.88751%.
From Table-6.7.9, it may be observed that for Production of Raw
Jute & Mesta (in thousand tonnes) in Andhra Pradesh from Pre-WTO
to Post-WTO range has been decreased by 31, which is undesirable;
mean has been decreased by 13.19111, which is undesirable; standard
deviation has been decreased by 37.9161, which is desirable; and mean
growth rate has been decreased by 11.1733, which is undesirable for the
economy. Further from Pre-WTO to Post-WTO decrease in mean and
decrease in mean growth rate is a strongly undesirable condition for the
economy.
Table-6.7.9; Production of Raw Jute & Mesta in Andhra Pradesh
Production of Raw Jute & Mesta (in thousand tonnes) in Andhra Pradesh
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 490.00 750.00 260.00 624.8000 112.70622 4.285803
1995-96
to 2012-
13
18 470.00 699.00 229.00 610.8889 74.79010 -6.88751
6.8 Production of Food Grain and Major Non-Food Grain Crops in
Arunachal Pradesh
6.8.1 Production of Rice in Arunachal Pradesh
From Table-6.8.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Arunachal Pradesh is 88.20, 144.00 and 55.80 respectively.
Further mean and standard deviation of Production of Rice (in thousand
Page | 165
tonnes) in Arunachal Pradesh is 121.5933 and 18.90406 respectively. And
mean growth rate of Production of Rice (in thousand tonnes) in
Arunachal Pradesh for Pre-WTO 15 years is 3.171556%.
From Table-6.8.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Arunachal Pradesh is 114.10, 163.90 and 49.80 respectively.
Further mean and standard deviation of Production of Rice (in thousand
tonnes) in Arunachal Pradesh is 139.7214 and 14.17523 respectively. And
mean growth rate of Production of Rice (in thousand tonnes) in
Arunachal Pradesh for Post-WTO 18 years is 2.479944%.
From Table-6.8.1, it may be observed that for Production of Rice (in
thousand tonnes) in Arunachal Pradesh from Pre-WTO to Post-WTO
range has been decreased by 6, which is undesirable; mean has been
increased by 18.1281, which is desirable; standard deviation has been
decreased by 4.72883, which is desirable; and mean growth rate has been
decreased by 0.69161, which is undesirable for the economy. Further from
Pre-WTO to Post-WTO increase in mean and decrease in mean growth
rate is a strongly undesirable condition for the economy.
Table-6.8.1; Production of Rice in Arunachal Pradesh
Production of Rice (in thousand tonnes) in Arunachal Pradesh
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 88.20 144.00 55.80 121.5933 18.90406 3.171556
1995-96
to 2012-
13
18 114.10 163.90 49.80 139.7214 14.17523 2.479944
6.8.2 Production of Wheat in Arunachal Pradesh
From Table-6.8.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Arunachal Pradesh is 3.80, 9.00 and 5.20 respectively. Further
mean and standard deviation of Production of Wheat (in thousand
tonnes) in Arunachal Pradesh is 6.1267 and 1.62765 respectively. And
Page | 166
mean growth rate of Production of Wheat (in thousand tonnes) in
Arunachal Pradesh for Pre-WTO 15 years is 9.232643%.
From Table-6.8.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Arunachal Pradesh is 4.40, 8.70 and 4.30 respectively. Further
mean and standard deviation of Production of Wheat (in thousand
tonnes) in Arunachal Pradesh is 6.0214 and 1.05187 respectively. And
mean growth rate of Production of Wheat (in thousand tonnes) in
Arunachal Pradesh for Post-WTO 18 years is -0.78801%.
From Table-6.8.2, it may be observed that for Production of Wheat
(in thousand tonnes) in Arunachal Pradesh from Pre-WTO to Post-
WTO range has been decreased by 0.9, which is undesirable; mean has
been decreased by 0.1053, which is undesirable; standard deviation has
been decreased by 0.57578, which is desirable; and mean growth rate has
been decreased by 10.0207, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO decrease in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.8.2; Production of Wheat in Arunachal Pradesh
Production of Wheat (in thousand tonnes) in Arunachal Pradesh
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 3.80 9.00 5.20 6.1267 1.62765 9.232643
1995-96
to 2012-
13
18 4.40 8.70 4.30 6.0214 1.05187 -0.78801
6.8.3 Production of Coarse Cereals in Arunachal Pradesh (in thousand
tonnes)
From Table-6.8.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Arunachal Pradesh is 39.00, 74.20 and 35.20
respectively. Further mean and standard deviation of Production of
Coarse Cereals (in thousand tonnes) in Arunachal Pradesh is 56.4533
Page | 167
and 11.31806 respectively. And mean growth rate of Production of
Coarse Cereals (in thousand tonnes) in Arunachal Pradesh for Pre-
WTO 15 years is 2.070243%.
From Table-6.8.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Arunachal Pradesh is 62.60, 84.90 and 22.30
respectively. Further mean and standard deviation of Production of
Coarse Cereals (in thousand tonnes) in Arunachal Pradesh is 72.3786
and 6.79289 respectively. And mean growth rate of Production of Coarse
Cereals (in thousand tonnes) in Arunachal Pradesh for Post-WTO 18
years is 1.408574%.
From Table-6.8.3, it may be observed that for Production of Coarse
Cereals (in thousand tonnes) in Arunachal Pradesh from Pre-WTO to
Post-WTO range has been decreased by 12.9, which is undesirable; mean
has been increased by 15.9253, which is desirable; standard deviation has
been decreased by 4.52517, which is desirable; and mean growth rate has
been decreased by 0.66167, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.8.3; Production of Coarse Cereals in Arunachal Pradesh
Production of Coarse Cereals (in thousand tonnes) in Arunachal Pradesh
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 39.00 74.20 35.20 56.4533 11.31806 2.070243
1995-96
to 2012-
13
18 62.60 84.90 22.30 72.3786 6.79289 1.408574
6.8.4 Production of Pulses in Arunachal Pradesh
From Table-6.8.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Arunachal Pradesh is 4.20, 5.30 and 1.10 respectively. Further
Page | 168
mean and standard deviation of Production of Pulses (in thousand
tonnes) in Arunachal Pradesh is 4.8400 and .46690 respectively. And
mean growth rate of Production of Pulses (in thousand tonnes) in
Arunachal Pradesh for Pre-WTO 15 years is 9.454413%.
From Table-6.8.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Arunachal Pradesh is 4.90, 9.00 and 4.10 respectively. Further
mean and standard deviation of Production of Pulses (in thousand
tonnes) in Arunachal Pradesh is 7.1714 and 1.10205 respectively. And
mean growth rate of Production of Pulses (in thousand tonnes) in
Arunachal Pradesh for Post-WTO 18 years is 4.712829 %.
From Table-6.8.4, it may be observed that for Production of Pulses
(in thousand tonnes) in Arunachal Pradesh from Pre-WTO to Post-
WTO range has been increased by 3, which is desirable; mean has been
increased by 2.3314, which is desirable; standard deviation has been
increased by 0.63515, which is undesirable; and mean growth rate has
been decreased by 4.74158, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.8.4; Production of Pulses in Arunachal Pradesh
Production of Pulses (in thousand tonnes) in Arunachal Pradesh
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 4.20 5.30 1.10 4.8400 .46690 9.454413
1995-96
to 2012-
13
18 4.90 9.00 4.10 7.1714 1.10205 4.712829
6.8.5 Production of Food Grains in Arunachal Pradesh
From Table-6.8.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Arunachal Pradesh is 131.00, 232.00 and 101.00
respectively. Further mean and standard deviation of Production of Food
Page | 169
Grains (in thousand tonnes) in Arunachal Pradesh is 185.3800 and
29.90805 respectively. And mean growth rate of Production of Food
Grains (in thousand tonnes) in Arunachal Pradesh for Pre-WTO 15
years is 4.877351%.
From Table-6.8.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Arunachal Pradesh is 187.90, 255.80 and 67.90
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in Arunachal Pradesh is 225.2929 and
20.86205 respectively. And mean growth rate of Production of Food
Grains (in thousand tonnes) in Arunachal Pradesh for Post-WTO 18
years is 1.94577%.
From Table-6.8.5, it may be observed that for Production of Food
Grains (in thousand tonnes) in Arunachal Pradesh from Pre-WTO to
Post-WTO range has been decreased by 33.1, which is undesirable; mean
has been increased by 39.9129, which is desirable; standard deviation has
been decreased by 9.046, which is desirable; and mean growth rate has
been decreased by 2.93158, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.8.5; Production of Food Grains in Arunachal Pradesh
Production of Food Grains (in thousand tonnes) in Arunachal Pradesh
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 131.00 232.00 101.00 185.3800 29.90805 4.877351
1995-96
to 2012-
13
18 187.90 255.80 67.90 225.2929 20.86205 1.94577
6.8.6 Production of Oilseeds in Arunachal Pradesh
From Table-6.8.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Arunachal Pradesh is 6.20, 25.20 and 19.00
Page | 170
respectively. Further mean and standard deviation of Production of
Oilseeds (in thousand tonnes) in Arunachal Pradesh is 15.0800 and
6.64123 respectively. And mean growth rate of Production of Oilseeds (in
thousand tonnes) in Arunachal Pradesh for Pre-WTO 15 years is
5.286763%.
From Table-6.8.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Arunachal Pradesh is 22.70, 30.50 and 7.80
respectively. Further mean and standard deviation of Production of
Oilseeds (in thousand tonnes) in Arunachal Pradesh is 25.5714 and
2.41005 respectively. And mean growth rate of Production of Oilseeds (in
thousand tonnes) in Arunachal Pradesh for Post-WTO 18 years is
2.275651%.
From Table-6.8.6, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Arunachal Pradesh from Pre-WTO to
Post-WTO range has been decreased by 11.2, which is undesirable; mean
has been increased by 10.4914, which is desirable; standard deviation has
been decreased by 4.23118, which is desirable; and mean growth rate has
been decreased by 3.01111, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.8.6; Production of Oilseeds in Arunachal Pradesh
Production of Oilseeds (in thousand tonnes) in Arunachal Pradesh
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 6.20 25.20 19.00 15.0800 6.64123 5.286763
1995-96
to 2012-
13
18 22.70 30.50 7.80 25.5714 2.41005 2.275651
6.8.7 Production of Cotton in Arunachal Pradesh
From Table-6.8.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
Page | 171
tonnes) in Arunachal Pradesh is .10, 3.30 and 3.20 respectively. Further
mean and standard deviation of Production of Cotton (in thousand
tonnes) in Arunachal Pradesh is 1.5222 and 1.68655 respectively. And
mean growth rate of Production of Cotton (in thousand tonnes) in
Arunachal Pradesh for Pre-WTO 15 years is 3.192104 %.
Table-6.8.7; Production of Cotton in Arunachal Pradesh
Production of Cotton (in thousand tonnes) in Arunachal Pradesh
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 .10 3.30 3.20 1.5222 1.68655 3.192104
6.8.8 Production of Sugarcane in Arunachal Pradesh
From Table-6.8.8, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Arunachal Pradesh is 14.10, 23.40 and 9.30
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in Arunachal Pradesh is 17.7875 and
3.32241 respectively. And mean growth rate of Production of Sugarcane
(in thousand tonnes) in Arunachal Pradesh for Post-WTO 18 years is
4.187462%.
Table-6.8.8; Production of Sugarcane in Arunachal Pradesh
Production of Sugarcane (in thousand tonnes) in Arunachal Pradesh
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1995-96
to 2012-
13
18 14.10 23.40 9.30 17.7875 3.32241 4.187462
6.9 Production of Food Grain and Major Non-Food Grain Crops in Assam
6.9.1 Production of Rice in Assam
From Table-6.9.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Assam is 2235.60, 3361.10 and 1125.50 respectively. Further
mean and standard deviation of Production of Rice (in thousand tonnes)
Page | 172
in Assam is 2794.2200 and 393.54978 respectively. And mean growth rate
of Production of Rice (in thousand tonnes) in Assam for Pre-WTO 15
years is 2.540235%.
From Table-6.9.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Assam is 2916.00, 4752.00 and 1836.00 respectively. Further
mean and standard deviation of Production of Rice (in thousand tonnes)
in Assam is 3727.3389 and 458.89884 respectively. And mean growth rate
of Production of Rice (in thousand tonnes) in Assam for Post-WTO 18
years is 3.267063 %.
From Table-6.9.1, it may be observed that for Production of Rice (in
thousand tonnes) in Assam from Pre-WTO to Post-WTO range has been
increased by 710.5, which is desirable; mean has been increased by
933.189, which is desirable; standard deviation has been increased by
65.34906, which is undesirable; and mean growth rate has been increased
by 0.726828, which is desirable for the economy. Further from Pre-WTO
to Post-WTO increase in mean and increase in mean growth rate is a
strongly desirable condition for the economy.
Table-6.9.1; Production of Rice in Assam
Production of Rice (in thousand tonnes) in Assam
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 2235.60 3361.10 1125.50 2794.2200 393.54978 2.540235
1995-96
to 2012-
13
18 2916.00 4752.00 1836.00 3727.3389 458.89884 3.267063
6.9.2 Production of Wheat in Assam
From Table-6.9.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Assam is 78.70, 154.80 and 76.10 respectively. Further mean
and standard deviation of Production of Wheat (in thousand tonnes) in
Assam is 111.9067 and 18.21108 respectively. And mean growth rate of
Page | 173
Production of Wheat (in thousand tonnes) in Assam for Pre-WTO 15
years is 1.283819%.
From Table-6.9.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Assam is 53.70, 117.10 and 63.40 respectively. Further mean
and standard deviation of Production of Wheat (in thousand tonnes) in
Assam is 77.2889 and 18.99910 respectively. And mean growth rate of
Production of Wheat (in thousand tonnes) in Assam for Post-WTO 18
years is -2.42171%.
From Table-6.9.2, it may be observed that for Production of Wheat
(in thousand tonnes) in Assam from Pre-WTO to Post-WTO range has
been decreased by 12.7, which is undesirable; mean has been decreased
by 34.6178, which is undesirable; standard deviation has been increased
by 0.78802, which is undesirable; and mean growth rate has been
decreased by 3.70553, which is undesirable for the economy. Further from
Pre-WTO to Post-WTO decrease in mean and decrease in mean growth
rate is a strongly undesirable condition for the economy.
Table-6.9.2; Production of Wheat in Assam
Production of Wheat (in thousand tonnes) in Assam
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 78.70 154.80 76.10 111.9067 18.21108 1.283819
1995-96
to 2012-
13
18 53.70 117.10 63.40 77.2889 18.99910 -2.42171
6.9.3 Production of Coarse Cereals in Assam
From Table-6.9.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Assam is 15.70, 18.30 and 2.60 respectively. Further
mean and standard deviation of Production of Coarse Cereals (in
thousand tonnes) in Assam is 16.9133 and .88710 respectively. And mean
Page | 174
growth rate of Production of Coarse Cereals (in thousand tonnes) in
Assam for Pre-WTO 15 years is 0.084935%.
From Table-6.9.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Assam is 15.40, 20.10 and 4.70 respectively. Further
mean and standard deviation of Production of Coarse Cereals (in
thousand tonnes) in Assam is 17.9444 and 1.27613 respectively. And
mean growth rate of Production of Coarse Cereals (in thousand tonnes)
in Assam for Post-WTO 18 years is -0.81861%.
From Table-6.9.3, it may be observed that for Production of Coarse
Cereals (in thousand tonnes) in Assam from Pre-WTO to Post-WTO
range has been increased by 2.1, which is desirable; mean has been
increased by 1.0311, which is desirable; standard deviation has been
increased by 0.38903, which is undesirable; and mean growth rate has
been decreased by 0.90355, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.9.3; Production of Coarse Cereals in Assam
Production of Coarse Cereals (in thousand tonnes) in Assam
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 15.70 18.30 2.60 16.9133 .88710 0.084935
1995-96
to 2012-
13
18 15.40 20.10 4.70 17.9444 1.27613 -0.81861
6.9.4 Production of Pulses in Assam
From Table-6.9.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Assam is 47.10, 66.20 and 19.10 respectively. Further mean and
standard deviation of Production of Pulses (in thousand tonnes) in
Assam is 54.7467 and 5.47173 respectively. And mean growth rate of
Page | 175
Production of Pulses (in thousand tonnes) in Assam for Pre-WTO 15
years is 2.07481%.
From Table-6.9.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Assam is 54.00, 121.00 and 67.00 respectively. Further mean
and standard deviation of Production of Pulses (in thousand tonnes) in
Assam is 68.3389 and 17.32931 respectively. And mean growth rate of
Production of Pulses (in thousand tonnes) in Assam for Post-WTO 18
years is 5.492916 %.
From Table-6.9.4, it may be observed that for Production of Pulses
(in thousand tonnes) in Assam from Pre-WTO to Post-WTO range has
been increased by 47.9, which is desirable; mean has been increased by
13.5922, which is desirable; standard deviation has been increased by
11.85758, which is undesirable; and mean growth rate has been increased
by 3.418106, which is desirable for the economy. Further from Pre-WTO
to Post-WTO increase in mean and increase in mean growth rate is a
strongly desirable condition for the economy.
Table-6.9.4; Production of Pulses in Assam
Production of Pulses (in thousand tonnes) in Assam
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 47.10 66.20 19.10 54.7467 5.47173 2.07481
1995-96
to 2012-
13
18 54.00 121.00 67.00 68.3389 17.32931 5.492916
6.9.5 Production of Food Grains in Assam
From Table-6.9.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Assam is 2419.10, 3535.00 and 1115.90 respectively.
Further mean and standard deviation of Production of Food Grains (in
thousand tonnes) in Assam is 2977.7867 and 382.38178 respectively. And
Page | 176
mean growth rate of Production of Food Grains (in thousand tonnes) in
Assam for Pre-WTO 15 years is 2.30159%.
From Table-6.9.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Assam is 3060.00, 4896.00 and 1836.00 respectively.
Further mean and standard deviation of Production of Food Grains (in
thousand tonnes) in Assam is 3890.9111 and 459.38796 respectively. And
mean growth rate of Production of Food Grains (in thousand tonnes) in
Assam for Post-WTO 18 years is 3.100594%.
From Table-6.9.5, it may be observed that for Production of Food
Grains (in thousand tonnes) in Assam from Pre-WTO to Post-WTO
range has been increased by 720.1, which is desirable; mean has been
increased by 913.1244, which is desirable; standard deviation has been
increased by 77.00618, which is undesirable; and mean growth rate has
been increased by 0.799004, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Table-6.9.5; Production of Food Grains in Assam
Production of Food Grains (in thousand tonnes) in Assam
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 2419.10 3535.00 1115.90 2977.7867 382.38178 2.30159
1995-96
to 2012-
13
18 3060.00 4896.00 1836.00 3890.9111 459.38796 3.100594
6.9.6 Production of Oilseeds in Assam
From Table-6.9.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Assam is 111.90, 189.60 and 77.70 respectively.
Further mean and standard deviation of Production of Oilseeds (in
thousand tonnes) in Assam is 151.3000 and 21.90186 respectively. And
Page | 177
mean growth rate of Production of Oilseeds (in thousand tonnes) in
Assam for Pre-WTO 15 years is 3.502677 %.
From Table-6.9.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Assam is 113.20, 174.00 and 60.80 respectively.
Further mean and standard deviation of Production of Oilseeds (in
thousand tonnes) in Assam is 149.7333 and 14.45610 respectively. And
mean growth rate of Production of Oilseeds (in thousand tonnes) in
Assam for Post-WTO 18 years is 1.404029%.
From Table-6.9.6, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Assam from Pre-WTO to Post-WTO
range has been decreased by 16.9, which is undesirable; mean has been
decreased by 1.5667, which is undesirable; standard deviation has been
decreased by 7.44576, which is desirable; and mean growth rate has been
decreased by 2.09865, which is undesirable for the economy. Further from
Pre-WTO to Post-WTO decrease in mean and decrease in mean growth
rate is a strongly undesirable condition for the economy.
Table-6.9.6; Production of Oilseeds in Assam
Production of Oilseeds (in thousand tonnes) in Assam
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 111.90 189.60 77.70 151.3000 21.90186 3.502677
1995-96
to 2012-
13
18 113.20 174.00 60.80 149.7333 14.45610 1.404029
6.9.7 Production of Cotton in Assam
From Table-6.9.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Assam is .80, 2.00 and 1.20 respectively. Further mean and
standard deviation of Production of Cotton (in thousand tonnes) in
Assam is 1.3600 and .43556 respectively. And mean growth rate of
Page | 178
Production of Cotton (in thousand tonnes) in Assam for Pre-WTO 15
years is -6.02604 %.
From Table-6.9.7, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Assam is .00, 1.00 and 1.00 respectively. Further mean and
standard deviation of Production of Cotton (in thousand tonnes) in
Assam is .7000 and .35147 respectively. And mean growth rate of
Production of Cotton (in thousand tonnes) in Assam for Post-WTO 18
years is -2.91667%.
From Table-6.9.7, it may be observed that for Production of Cotton
(in thousand tonnes) in Assam from Pre-WTO to Post-WTO range has
been decreased by 0.2, which is undesirable; mean has been decreased by
0.66, which is undesirable; standard deviation has been decreased by
0.08409, which is desirable; and mean growth rate has been increased by
3.10937, which is desirable for the economy. Further from Pre-WTO to
Post-WTO decrease in mean and increase in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.9.7; Production of Cotton in Assam
Production of Cotton (in thousand tonnes) in Assam
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 .80 2.00 1.20 1.3600 .43556 -6.02604
1995-96
to 2012-
13
18 .00 1.00 1.00 .7000 .35147 -2.91667
6.9.8 Production of Sugarcane in Assam
From Table-6.9.8, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Assam is 1373.90, 2687.20 and 1313.30 respectively.
Further mean and standard deviation of Production of Sugarcane (in
thousand tonnes) in Assam is 1846.8000 and 356.29499 respectively. And
Page | 179
mean growth rate of Production of Sugarcane (in thousand tonnes) in
Assam for Pre-WTO 15 years is -0.03349%.
From Table-6.9.8, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Assam is 871.20, 1490.30 and 619.10 respectively.
Further mean and standard deviation of Production of Sugarcane (in
thousand tonnes) in Assam is 1089.0500 and 181.97719 respectively. And
mean growth rate of Production of Sugarcane (in thousand tonnes) in
Assam for Post-WTO 18 years is -0.71626%.
From Table-6.9.8, it may be observed that for Production of
Sugarcane (in thousand tonnes) in Assam from Pre-WTO to Post-WTO
range has been decreased by 694.2, which is undesirable; mean has been
decreased by 757.75, which is undesirable; standard deviation has been
decreased by 174.318, which is desirable; and mean growth rate has been
decreased by 0.68277, which is undesirable for the economy. Further from
Pre-WTO to Post-WTO decrease in mean and decrease in mean growth
rate is a strongly undesirable condition for the economy.
Table-6.9.8; Production of Sugarcane in Assam
Production of Sugarcane (in thousand tonnes) in Assam
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 1373.90 2687.20 1313.30 1846.8000 356.29499 -0.03349
1995-96
to 2012-
13
18 871.20 1490.30 619.10 1089.0500 181.97719 -0.71626
6.9.9 Production of Raw Jute & Mesta in Assam
From Table-6.9.9, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Assam is 702.30, 1231.60 and 529.30 respectively.
Further mean and standard deviation of Production of Raw Jute &
Mesta (in thousand tonnes) in Assam is 931.3467 and 130.92344
Page | 180
respectively. And mean growth rate of Production of Raw Jute & Mesta
(in thousand tonnes) in Assam for Pre-WTO 15 years is 1.930979%.
From Table-6.9.9, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Assam is 435.80, 933.10 and 497.30 respectively.
Further mean and standard deviation of Production of Raw Jute &
Mesta (in thousand tonnes) in Assam is 685.8278 and 112.10099
respectively. And mean growth rate of Production of Raw Jute & Mesta
(in thousand tonnes) in Assam for Post-WTO 18 years is -0.19828%.
From Table-6.9.9, it may be observed that for Production of Raw
Jute & Mesta (in thousand tonnes) in Assam from Pre-WTO to Post-
WTO range has been decreased by 32, which is undesirable; mean has
been decreased by 245.519, which is undesirable; standard deviation has
been decreased by 18.8225, which is desirable; and mean growth rate has
been decreased by 2.12926, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO decrease in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.9.9; Production of Raw Jute & Mesta in Assam
Production of Raw Jute & Mesta (in thousand tonnes) in Assam
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 702.30 1231.60 529.30 931.3467 130.92344 1.930979
1995-96
to 2012-
13
18 435.80 933.10 497.30 685.8278 112.10099 -0.19828
6.10 Production of Food Grain and Major Non-Food Grain Crops in Bihar
(and Jharkhand)
6.10.1 Production of Rice in Bihar (and Jharkhand)
From Table-6.10.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Bihar (and Jharkhand) is 3065.00, 6563.50 and 3498.50
respectively. Further mean and standard deviation of Production of Rice
Page | 181
(in thousand tonnes) in Bihar (and Jharkhand) is 5339.9267 and
1077.29167 respectively. And mean growth rate of Production of Rice (in
thousand tonnes) in Bihar (and Jharkhand) for Pre-WTO 15 years is
4.759791%.
From Table-6.10.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Bihar (and Jharkhand) is 4149.20, 10619.10 and 6469.90
respectively. Further mean and standard deviation of Production of Rice
(in thousand tonnes) in Bihar (and Jharkhand) is 7103.3944 and
1765.62209 respectively. And mean growth rate of Production of Rice (in
thousand tonnes) in Bihar (and Jharkhand) for Post-WTO 18 years is
8.519066%.
From Table-6.10.1, it may be observed that for Production of Rice
(in thousand tonnes) in Bihar (and Jharkhand) from Pre-WTO to Post-
WTO range has been increased by 2971.4, which is desirable; mean has
been increased by 1763.468, which is desirable; standard deviation has
been increased by 688.3304, which is undesirable; and mean growth rate
has been increased by 3.759275, which is desirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and increase in
mean growth rate is a strongly desirable condition for the economy.
Table-6.10.1; Production of Rice in Bihar (and Jharkhand)
Production of Rice (in thousand tonnes) in Bihar (and Jharkhand)
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 3065.00 6563.50 3498.50 5339.9267 1077.29167 4.759791
1995-96
to 2012-
13
18 4149.20 10619.10 6469.90 7103.3944 1765.62209 8.519066
6.10.2 Production of Wheat in Bihar (and Jharkhand)
From Table-6.10.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Bihar (and Jharkhand) is 2201.80, 4356.70 and 2154.90
Page | 182
respectively. Further mean and standard deviation of Production of
Wheat (in thousand tonnes) in Bihar (and Jharkhand) is 3201.2067 and
635.54023 respectively. And mean growth rate of Production of Wheat
(in thousand tonnes) in Bihar (and Jharkhand) for Pre-WTO 15 years is
4.96089%.
From Table-6.10.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Bihar (and Jharkhand) is 3316.70, 5642.50 and 2325.80
respectively. Further mean and standard deviation of Production of
Wheat (in thousand tonnes) in Bihar (and Jharkhand) is 4465.4944 and
585.17113 respectively. And mean growth rate of Production of Wheat
(in thousand tonnes) in Bihar (and Jharkhand) for Post-WTO 18 years
is 2.092646%.
From Table-6.10.2, it may be observed that for Production of
Wheat (in thousand tonnes) in Bihar (and Jharkhand) from Pre-WTO to
Post-WTO range has been increased by 170.9, which is desirable; mean
has been increased by 1264.288, which is desirable; standard deviation
has been decreased by 15.3691, which is desirable; and mean growth rate
has been decreased by 2.86824, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.10.2; Production of Wheat in Bihar (and Jharkhand)
Production of Wheat (in thousand tonnes) in Bihar (and Jharkhand)
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 2201.80 4356.70 2154.90 3201.2067 635.54023 4.96089
1995-96
to 2012-
13
18 3316.70 5642.50 2325.80 4465.4944 585.17113 2.092646
6.10.3 Production of Coarse Cereals in Bihar (and Jharkhand)
From Table-6.10.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
Page | 183
thousand tonnes) in Bihar (and Jharkhand) is 909.10, 1608.50 and
699.40 respectively. Further mean and standard deviation of Production
of Coarse Cereals (in thousand tonnes) in Bihar (and Jharkhand) is
1230.5800 and 198.06414 respectively. And mean growth rate of
Production of Coarse Cereals (in thousand tonnes) in Bihar (and
Jharkhand) for Pre-WTO 15 years is 3.506009%.
From Table-6.10.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Bihar (and Jharkhand) is 1445.60, 2780.90 and
1335.30 respectively. Further mean and standard deviation of Production
of Coarse Cereals (in thousand tonnes) in Bihar (and Jharkhand) is
1825.1500 and 294.90008 respectively. And mean growth rate of
Production of Coarse Cereals (in thousand tonnes) in Bihar (and
Jharkhand) for Post-WTO 18 years is 4.847314%.
From Table-6.10.3, it may be observed that for Production of
Coarse Cereals (in thousand tonnes) in Bihar (and Jharkhand) from
Pre-WTO to Post-WTO range has been increased by 635.9, which is
desirable; mean has been increased by 594.57, which is desirable;
standard deviation has been increased by 96.83594, which is undesirable;
and mean growth rate has been increased by 1.341305, which is desirable
for the economy. Further from Pre-WTO to Post-WTO increase in mean
and increase in mean growth rate is a strongly desirable condition for the
economy.
Table-6.10.3; Production of Coarse Cereals in Bihar (and Jharkhand)
Production of Coarse Cereals (in thousand tonnes) in Bihar (and Jharkhand)
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 909.10 1608.50 699.40 1230.5800 198.06414 3.506009
1995-96
to 2012-
13
18 1445.60 2780.90 1335.30 1825.1500 294.90008 4.847314
6.10.4 Production of Pulses in Bihar (and Jharkhand)
Page | 184
From Table-6.10.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Bihar (and Jharkhand) is 693.30, 915.80 and 222.50
respectively. Further mean and standard deviation of Production of
Pulses (in thousand tonnes) in Bihar (and Jharkhand) is 805.9333 and
64.90681 respectively. And mean growth rate of Production of Pulses (in
thousand tonnes) in Bihar (and Jharkhand) for Pre-WTO 15 years is
0.107097 %.
From Table-6.10.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Bihar (and Jharkhand) is 560.70, 1136.30 and 575.60
respectively. Further mean and standard deviation of Production of
Pulses (in thousand tonnes) in Bihar (and Jharkhand) is 743.5444 and
139.87657 respectively. And mean growth rate of Production of Pulses
(in thousand tonnes) in Bihar (and Jharkhand) for Post-WTO 18 years
is 5.12123%.
From Table-6.10.4, it may be observed that for Production of Pulses
(in thousand tonnes) in Bihar (and Jharkhand) from Pre-WTO to Post-
WTO range has been increased by 353.1, which is desirable; mean has
been decreased by 62.3889, which is undesirable; standard deviation has
been increased by 74.96976, which is undesirable; and mean growth rate
has been increased by 5.014133, which is desirable for the economy.
Further from Pre-WTO to Post-WTO decrease in mean and increase in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.10.4; Production of Pulses in Bihar (and Jharkhand)
Production of Pulses (in thousand tonnes) in Bihar (and Jharkhand)
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 693.30 915.80 222.50 805.9333 64.90681 0.107097
1995-96
to 2012-
13
18 560.70 1136.30 575.60 743.5444 139.87657 5.12123
Page | 185
6.10.5 Production of Food Grains in Bihar (and Jharkhand)
From Table-6.10.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Bihar (and Jharkhand) is 7316.20, 12971.00 and
5654.80 respectively. Further mean and standard deviation of Production
of Food Grains (in thousand tonnes) in Bihar (and Jharkhand) is
10577.6467 and 1632.87839 respectively. And mean growth rate of
Production of Food Grains (in thousand tonnes) in Bihar (and
Jharkhand) for Pre-WTO 15 years is 3.31916 %.
From Table-6.10.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Bihar (and Jharkhand) is 10015.50, 19922.40 and
9906.90 respectively. Further mean and standard deviation of Production
of Food Grains (in thousand tonnes) in Bihar (and Jharkhand) is
14137.2444 and 2440.07746 respectively. And mean growth rate of
Production of Food Grains (in thousand tonnes) in Bihar (and
Jharkhand) for Post-WTO 18 years is 4.290186 %.
From Table-6.10.5, it may be observed that for Production of Food
Grains (in thousand tonnes) in Bihar (and Jharkhand) from Pre-WTO
to Post-WTO range has been increased by 4252.1, which is desirable;
mean has been increased by 3559.598, which is desirable; standard
deviation has been increased by 807.1991, which is undesirable; and mean
growth rate has been increased by 0.971026, which is desirable for the
economy. Further from Pre-WTO to Post-WTO increase in mean and
increase in mean growth rate is a strongly desirable condition for the
economy.
Table-6.10.5; Production of Food Grains in Bihar (and Jharkhand)
Production of Food Grains (in thousand tonnes) in Bihar (and Jharkhand)
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 7316.20 12971.00 5654.80 10577.6467 1632.87839 3.31916
Page | 186
1995-96
to 2012-
13
18 10015.50 19922.40 9906.90 14137.2444 2440.07746 4.290186
6.10.6 Production of Oilseeds in Bihar (and Jharkhand)
From Table-6.10.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Bihar (and Jharkhand) is 109.70, 164.60 and 54.90
respectively. Further mean and standard deviation of Production of
Oilseeds (in thousand tonnes) in Bihar (and Jharkhand) is 131.7400 and
16.93082 respectively. And mean growth rate of Production of Oilseeds
(in thousand tonnes) in Bihar (and Jharkhand) for Pre-WTO 15 years is
2.970395%.
From Table-6.10.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Bihar (and Jharkhand) is 113.00, 344.70 and 231.70
respectively. Further mean and standard deviation of Production of
Oilseeds (in thousand tonnes) in Bihar (and Jharkhand) is 185.8444 and
62.59486 respectively. And mean growth rate of Production of Oilseeds
(in thousand tonnes) in Bihar (and Jharkhand) for Post-WTO 18 years
is 6.449894%.
From Table-6.10.6, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Bihar (and Jharkhand) from Pre-WTO
to Post-WTO range has been increased by 176.8, which is desirable;
mean has been increased by 54.1044, which is desirable; standard
deviation has been increased by 45.66404, which is undesirable; and mean
growth rate has been increased by 3.479499, which is desirable for the
economy. Further from Pre-WTO to Post-WTO increase in mean and
increase in mean growth rate is a strongly desirable condition for the
economy.
Table-6.10.6; Production of Oilseeds in Bihar (and Jharkhand)
Production of Oilseeds (in thousand tonnes) in Bihar (and Jharkhand)
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
Page | 187
1980-81
to 1994-
95
15 109.70 164.60 54.90 131.7400 16.93082 2.970395
1995-96
to 2012-
13
18 113.00 344.70 231.70 185.8444 62.59486 6.449894
6.10.7 Production of Oilseeds in Bihar (and Jharkhand)
From Table-6.10.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Bihar (and Jharkhand) is .20, 1.50 and 1.30
respectively. Further mean and standard deviation of Production of
Oilseeds (in thousand tonnes) in Bihar (and Jharkhand) is .5467 and
.30907 respectively. And mean growth rate of Production of Oilseeds (in
thousand tonnes) in Bihar (and Jharkhand) for Pre-WTO 15 years is
22.55102%.
From Table-6.10.7, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Bihar (and Jharkhand) is .00, .20 and .20
respectively. Further mean and standard deviation of Production of
Oilseeds (in thousand tonnes) in Bihar (and Jharkhand) is .0222 and
.05483 respectively
From Table-6.10.7, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Bihar (and Jharkhand) from Pre-WTO
to Post-WTO range has been decreased by 1.1, which is undesirable; mean
has been decreased by 0.5245, which is undesirable; standard deviation
has been decreased by 0.25424, which is desirable; for the economy.
Further from Pre-WTO to Post-WTO decrease in mean is a strongly
undesirable condition for the economy.
Table-6.10.7; Production of Oilseeds in Bihar (and Jharkhand)
Production of Oilseeds (in thousand tonnes) in Bihar (and Jharkhand)
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 .20 1.50 1.30 .5467 .30907 22.55102
1995-96
to 2012-18 .00 .20 .20 .0222 .05483
Page | 188
13
6.10.8 Production of Sugarcane in Bihar (and Jharkhand)
From Table-6.10.8, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Bihar (and Jharkhand) is 3480.40, 7805.30 and
4324.90 respectively. Further mean and standard deviation of Production
of Sugarcane (in thousand tonnes) in Bihar (and Jharkhand) is
5011.5533 and 1364.80373 respectively. And mean growth rate of
Production of Sugarcane (in thousand tonnes) in Bihar (and Jharkhand)
for Pre-WTO 15 years is 4.941131%.
From Table-6.10.8, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Bihar (and Jharkhand) is 4004.90, 15457.30 and
11452.40 respectively. Further mean and standard deviation of
Production of Sugarcane (in thousand tonnes) in Bihar (and Jharkhand)
is 6481.4111 and 3732.62686 respectively. And mean growth rate of
Production of Sugarcane (in thousand tonnes) in Bihar (and Jharkhand)
for Post-WTO 18 years is 11.77667 %.
From Table-6.10.8, it may be observed that for Production of
Sugarcane (in thousand tonnes) in Bihar (and Jharkhand) from Pre-
WTO to Post-WTO range has been increased by 7127.50, which is
desirable; mean has been increased by 1469.858, which is desirable;
standard deviation has been increased by 2367.823, which is undesirable;
and mean growth rate has been increased by 6.835539, which is desirable
for the economy. Further from Pre-WTO to Post-WTO increase in mean
and increase in mean growth rate is a strongly desirable condition for the
economy.
Table-6.10.8; Production of Sugarcane in Bihar (and Jharkhand)
Production of Sugarcane (in thousand tonnes) in Bihar (and Jharkhand)
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
Page | 189
1980-81
to 1994-
95
15 3480.40 7805.30 4324.90 5011.5533 1364.80373 4.941131
1995-96
to 2012-
13
18 4004.90 15457.30 11452.40 6481.4111 3732.62686 11.77667
6.10.9 Production of Raw Jute & Mesta in Bihar (and Jharkhand)
From Table-6.10.9, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Bihar (and Jharkhand) is 872.70, 1918.40 and
1045.70 respectively. Further mean and standard deviation of Production
of Raw Jute & Mesta (in thousand tonnes) in Bihar (and Jharkhand) is
1147.9867 and 261.13200 respectively. And mean growth rate of
Production of Raw Jute & Mesta (in thousand tonnes) in Bihar (and
Jharkhand) for Pre-WTO 15 years is 5.452277%.
From Table-6.10.9, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Bihar (and Jharkhand) is 816.90, 2092.00 and
1275.10 respectively. Further mean and standard deviation of Production
of Raw Jute & Mesta (in thousand tonnes) in Bihar (and Jharkhand) is
1352.3722 and 296.23467 respectively. And mean growth rate of
Production of Raw Jute & Mesta (in thousand tonnes) in Bihar (and
Jharkhand) for Post-WTO 18 years is 6.437288 %.
From Table-6.10.9, it may be observed that for Production of Raw
Jute & Mesta (in thousand tonnes) in Bihar (and Jharkhand) from Pre-
WTO to Post-WTO range has been increased by 229.4, which is
desirable; mean has been increased by 204.3855, which is desirable;
standard deviation has been increased by 35.10267, which is undesirable;
and mean growth rate has been increased by 0.985011, which is desirable
for the economy. Further from Pre-WTO to Post-WTO increase in mean
and increase in mean growth rate is a strongly desirable condition for the
economy.
Table-6.10.9; Production of Raw Jute & Mesta in Bihar (and
Jharkhand)
Page | 190
Production of Raw Jute & Mesta (in thousand tonnes) in Bihar (and Jharkhand)
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 872.70 1918.40 1045.70 1147.9867 261.13200 5.452277
1995-96
to 2012-
13
18 816.90 2092.00 1275.10 1352.3722 296.23467 6.437288
6.11 Production of Food Grain and Major Non-Food Grain Crops in Goa
6.11.1 Production of Rice in Goa
From Table-6.11.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Goa is 72.70, 140.40 and 67.70 respectively. Further mean and
standard deviation of Production of Rice (in thousand tonnes) in Goa is
124.4867 and 16.81648 respectively. And mean growth rate of Production
of Rice (in thousand tonnes) in Goa for Pre-WTO 15 years is 2.659965
%.
From Table-6.11.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Goa is .00, 208.90 and 208.90 respectively. Further mean and
standard deviation of Production of Rice (in thousand tonnes) in Goa is
135.0333 and 43.35283 respectively. And mean growth rate of Production
of Rice (in thousand tonnes) in Goa for Post-WTO 18 years is 1.214823
%.
From Table-6.11.1, it may be observed that for Production of Rice
(in thousand tonnes) in Goa from Pre-WTO to Post-WTO range has been
increased by 141.2, which is desirable; mean has been increased by
10.5466, which is desirable; standard deviation has been increased by
26.53635, which is undesirable; and mean growth rate has been decreased
by 1.44514, which is undesirable for the economy. Further from Pre-WTO
to Post-WTO increase in mean and decrease in mean growth rate is a
strongly undesirable condition for the economy.
Page | 191
Table-6.11.1; Production of Rice in Goa
Production of Rice (in thousand tonnes) in Goa
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 72.70 140.40 67.70 124.4867 16.81648 2.659965
1995-96
to 2012-
13
18 .00 208.90 208.90 135.0333 43.35283 1.214823
6.11.2 Production of Coarse Cereals in Goa
From Table-6.11.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Goa is .90, 12.90 and 12.00 respectively. Further mean
and standard deviation of Production of Coarse Cereals (in thousand
tonnes) in Goa is 5.7933 and 3.66790 respectively. And mean growth rate
of Production of Coarse Cereals (in thousand tonnes) in Goa for Pre-
WTO 15 years is 14.68334 %.
Table-6.11.2; Production of Coarse Cereals in Goa
Production of Coarse Cereals (in thousand tonnes) in Goa
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 .90 12.90 12.00 5.7933 3.66790 14.68334
6.11.3 Production of Pulses in Goa
From Table-6.11.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Goa is 4.60, 5.10 and .50 respectively. Further mean and
standard deviation of Production of Pulses (in thousand tonnes) in Goa
is 4.9000 and .24495 respectively. And mean growth rate of Production of
Pulses (in thousand tonnes) in Goa for Pre-WTO 15 years is -1.60557%.
From Table-6.11.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Goa is .00, 16.30 and 16.30 respectively. Further mean and
Page | 192
standard deviation of Production of Pulses (in thousand tonnes) in Goa
is 8.8667 and 3.44377 respectively. And mean growth rate of Production
of Pulses (in thousand tonnes) in Goa for Post-WTO 18 years is
7.194257%.
From Table-6.11.3, it may be observed that for Production of Pulses
(in thousand tonnes) in Goa from Pre-WTO to Post-WTO range has been
increased by 15.8, which is desirable; mean has been increased by 3.9667,
which is desirable; standard deviation has been increased by 3.99182,
which is undesirable; and mean growth rate has been increased by
8.799827, which is desirable for the economy. Further from Pre-WTO to
Post-WTO increase in mean and increase in mean growth rate is a
strongly desirable condition for the economy.
Table-6.11.3; Production of Pulses in Goa
Production of Pulses (in thousand tonnes) in Goa
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 4.60 5.10 .50 4.9000 .24495 -1.60557
1995-96
to 2012-
13
18 .00 16.30 16.30 8.8667 3.44377 7.194257
6.11.4 Production of Food Grains in Goa
From Table-6.11.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Goa is 73.60, 149.30 and 75.70 respectively. Further
mean and standard deviation of Production of Food Grains (in thousand
tonnes) in Goa is 131.5933 and 18.77728 respectively. And mean growth
rate of Production of Food Grains (in thousand tonnes) in Goa for Pre-
WTO 15 years is 2.804868%.
From Table-6.11.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Goa is .00, 219.80 and 219.80 respectively. Further
mean and standard deviation of Production of Food Grains (in thousand
Page | 193
tonnes) in Goa is 145.5467 and 45.90151 respectively. And mean growth
rate of Production of Food Grains (in thousand tonnes) in Goa for Post-
WTO 18 years is 1.224494%.
From Table-6.11.4, it may be observed that for Production of Food
Grains (in thousand tonnes) in Goa from Pre-WTO to Post-WTO range
has been increased by 144.1, which is desirable; mean has been increased
by 13.9534, which is desirable; standard deviation has been increased by
27.12423, which is undesirable; and mean growth rate has been decreased
by 1.58037, which is undesirable for the economy. Further from Pre-WTO
to Post-WTO increase in mean and decrease in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.11.4; Production of Food Grains in Goa
Production of Food Grains (in thousand tonnes) in Goa
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 73.60 149.30 75.70 131.5933 18.77728 2.804868
1995-96
to 2012-
13
18 .00 219.80 219.80 145.5467 45.90151 1.224494
6.11.5 Production of Oilseeds in Goa
From Table-6.11.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Goa is 1.00, 2.10 and 1.10 respectively. Further mean
and standard deviation of Production of Oilseeds (in thousand tonnes) in
Goa is 1.6000 and .37417 respectively. And mean growth rate of
Production of Oilseeds (in thousand tonnes) in Goa for Pre-WTO 15
years is 9.964986%.
From Table-6.11.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Goa is .00, 8.20 and 8.20 respectively. Further mean
and standard deviation of Production of Oilseeds (in thousand tonnes) in
Goa is 4.0467 and 2.38294 respectively. And mean growth rate of
Page | 194
Production of Oilseeds (in thousand tonnes) in Goa for Post-WTO 18
years is 16.69917%.
From Table-6.11.5, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Goa from Pre-WTO to Post-WTO
range has been increased by 7.1, which is desirable; mean has been
increased by 2.4467, which is desirable; standard deviation has been
increased by 2.00877, which is undesirable; and mean growth rate has
been increased by 6.734184, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Table-6.11.5; Production of Oilseeds in Goa
Production of Oilseeds (in thousand tonnes) in Goa
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 1.00 2.10 1.10 1.6000 .37417 9.964986
1995-96
to 2012-
13
18 .00 8.20 8.20 4.0467 2.38294 16.69917
6.11.6 Production of Sugarcane in Goa
From Table-6.11.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Goa is 53.70, 88.00 and 34.30 respectively. Further
mean and standard deviation of Production of Sugarcane (in thousand
tonnes) in Goa is 71.6667 and 10.97274 respectively. And mean growth
rate of Production of Sugarcane (in thousand tonnes) in Goa for Pre-
WTO 15 years is 0.797961%.
From Table-6.11.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Goa is .00, 72.80 and 72.80 respectively. Further mean
and standard deviation of Production of Sugarcane (in thousand tonnes)
in Goa is 56.9400 and 16.99734 respectively. And mean growth rate of
Page | 195
Production of Sugarcane (in thousand tonnes) in Goa for Post-WTO 18
years is 0.240749%.
From Table-6.11.6, it may be observed that for Production of
Sugarcane (in thousand tonnes) in Goa from Pre-WTO to Post-WTO
range has been increased by 38.5, which is desirable; mean has been
decreased by 14.7267, which is undesirable; standard deviation has been
increased by 6.0246, which is undesirable; and mean growth rate has been
decreased by 0.55721, which is undesirable for the economy. Further from
Pre-WTO to Post-WTO decrease in mean and decrease in mean growth
rate is a strongly undesirable condition for the economy.
Table-6.11.6; Production of Sugarcane in Goa
Production of Sugarcane (in thousand tonnes) in Goa
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 53.70 88.00 34.30 71.6667 10.97274 0.797961
1995-96
to 2012-
13
18 .00 72.80 72.80 56.9400 16.99734 0.240749
6.12 Production of Food Grain and Major Non-Food Grain Crops in Gujarat
6.12.1 Production of Rice in Gujarat
From Table-6.12.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Gujarat is 279.40, 942.10 and 662.70 respectively. Further mean
and standard deviation of Production of Rice (in thousand tonnes) in
Gujarat is 688.6333 and 195.06686 respectively. And mean growth rate of
Production of Rice (in thousand tonnes) in Gujarat for Pre-WTO 15
years is 14.36578%.
From Table-6.12.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Gujarat is 472.30, 1764.00 and 1291.70 respectively. Further
mean and standard deviation of Production of Rice (in thousand tonnes)
in Gujarat is 1163.3222 and 337.49190 respectively. And mean growth
Page | 196
rate of Production of Rice (in thousand tonnes) in Gujarat for Post-
WTO 18 years is 11.54658%.
From Table-6.12.1, it may be observed that for Production of Rice
(in thousand tonnes) in Gujarat from Pre-WTO to Post-WTO range has
been increased by 629, which is desirable; mean has been increased by
474.6889, which is desirable; standard deviation has been increased by
142.425, which is undesirable; and mean growth rate has been decreased
by 2.8192, which is undesirable for the economy. Further from Pre-WTO
to Post-WTO increase in mean and decrease in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.12.1; Production of Rice in Gujarat
Production of Rice (in thousand tonnes) in Gujarat
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 279.40 942.10 662.70 688.6333 195.06686 14.36578
1995-96
to 2012-
13
18 472.30 1764.00 1291.70 1163.3222 337.49190 11.54658
6.12.2 Production of Wheat in Gujarat
From Table-6.12.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Gujarat is 351.20, 1962.40 and 1611.20 respectively. Further
mean and standard deviation of Production of Wheat (in thousand
tonnes) in Gujarat is 1201.6200 and 413.45566 respectively. And mean
growth rate of Production of Wheat (in thousand tonnes) in Gujarat for
Pre-WTO 15 years is 23.58018%.
From Table-6.12.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Gujarat is 649.00, 4100.00 and 3451.00 respectively. Further
mean and standard deviation of Production of Wheat (in thousand
tonnes) in Gujarat is 2169.6389 and 1095.53993 respectively. And mean
Page | 197
growth rate of Production of Wheat (in thousand tonnes) in Gujarat for
Post-WTO 18 years is 13.51033%.
From Table-6.12.2, it may be observed that for Production of
Wheat (in thousand tonnes) in Gujarat from Pre-WTO to Post-WTO
range has been increased by 1839.8, which is desirable; mean has been
increased by 968.0189, which is desirable; standard deviation has been
increased by 682.0843, which is undesirable; and mean growth rate has
been decreased by 10.0699, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.12.2; Production of Wheat in Gujarat
Production of Wheat (in thousand tonnes) in Gujarat
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 351.20 1962.40 1611.20 1201.6200 413.45566 23.58018
1995-96
to 2012-
13
18 649.00 4100.00 3451.00 2169.6389 1095.53993 13.51033
6.12.3 Production of Coarse Cereals in Gujarat
From Table-6.12.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Gujarat is 595.00, 2803.60 and 2208.60 respectively.
Further mean and standard deviation of Production of Coarse Cereals (in
thousand tonnes) in Gujarat is 1992.5533 and 623.68561 respectively.
And mean growth rate of Production of Coarse Cereals (in thousand
tonnes) in Gujarat for Pre-WTO 15 years is 19.57037%.
From Table-6.12.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Gujarat is 1226.60, 2635.40 and 1408.80 respectively.
Further mean and standard deviation of Production of Coarse Cereals (in
thousand tonnes) in Gujarat is 1955.5500 and 382.19791 respectively.
Page | 198
And mean growth rate of Production of Coarse Cereals (in thousand
tonnes) in Gujarat for Post-WTO 18 years is 5.792649%.
From Table-6.12.3, it may be observed that for Production of
Coarse Cereals (in thousand tonnes) in Gujarat from Pre-WTO to Post-
WTO range has been decreased by 799.8, which is undesirable; mean has
been decreased by 37.0033, which is undesirable; standard deviation has
been decreased by 241.488, which is desirable; and mean growth rate has
been decreased by 13.7777, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO decrease in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.12.3; Production of Coarse Cereals in Gujarat
Production of Coarse Cereals (in thousand tonnes) in Gujarat
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 595.00 2803.60 2208.60 1992.5533 623.68561 19.57037
1995-96
to 2012-
13
18 1226.60 2635.40 1408.80 1955.5500 382.19791 5.792649
6.12.4 Production of Pulses in Gujarat
From Table-6.12.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Gujarat is 142.70, 648.10 and 505.40 respectively. Further mean
and standard deviation of Production of Pulses (in thousand tonnes) in
Gujarat is 446.7800 and 151.56055 respectively. And mean growth rate of
Production of Pulses (in thousand tonnes) in Gujarat for Pre-WTO 15
years is 17.95834%.
From Table-6.12.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Gujarat is 190.70, 783.00 and 592.30 respectively. Further mean
and standard deviation of Production of Pulses (in thousand tonnes) in
Gujarat is 551.8000 and 153.60443 respectively. And mean growth rate of
Page | 199
Production of Pulses (in thousand tonnes) in Gujarat for Post-WTO 18
years is 8.381847%.
From Table-6.12.4, it may be observed that for Production of Pulses
(in thousand tonnes) in Gujarat from Pre-WTO to Post-WTO range has
been increased by 86.9, which is desirable; mean has been increased by
105.02, which is desirable; standard deviation has been increased by
2.04388, which is undesirable; and mean growth rate has been decreased
by 9.57649, which is undesirable for the economy. Further from Pre-WTO
to Post-WTO increase in mean and decrease in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.12.4; Production of Pulses in Gujarat
Production of Pulses (in thousand tonnes) in Gujarat
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 142.70 648.10 505.40 446.7800 151.56055 17.95834
1995-96
to 2012-
13
18 190.70 783.00 592.30 551.8000 153.60443 8.381847
6.12.5 Production of Food Grains in Gujarat
From Table-6.12.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Gujarat is 1368.30, 5743.60 and 4375.30 respectively.
Further mean and standard deviation of Production of Food Grains (in
thousand tonnes) in Gujarat is 4329.5867 and 1223.11738 respectively.
And mean growth rate of Production of Food Grains (in thousand
tonnes) in Gujarat for Pre-WTO 15 years is 17.86061%.
From Table-6.12.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Gujarat is 2539.00, 9066.00 and 6527.00 respectively.
Further mean and standard deviation of Production of Food Grains (in
thousand tonnes) in Gujarat is 5840.3389 and 1676.27416 respectively.
Page | 200
And mean growth rate of Production of Food Grains (in thousand
tonnes) in Gujarat for Post-WTO 18 years is 8.639993%.
From Table-6.12.5, it may be observed that for Production of Food
Grains (in thousand tonnes) in Gujarat from Pre-WTO to Post-WTO
range has been increased by 2151.7, which is desirable; mean has been
increased by 1510.752, which is desirable; standard deviation has been
increased by 453.1568, which is undesirable; and mean growth rate has
been decreased by 9.221, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.12.5; Production of Food Grains in Gujarat
Production of Food Grains (in thousand tonnes) in Gujarat
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 1368.30 5743.60 4375.30 4329.5867 1223.11738 17.86061
1995-96
to 2012-
13
18 2539.00 9066.00 6527.00 5840.3389 1676.27416 8.639993
6.12.6 Production of Oilseeds in Gujarat
From Table-6.12.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Gujarat is 398.20, 3706.90 and 3308.70 respectively.
Further mean and standard deviation of Production of Oilseeds (in
thousand tonnes) in Gujarat is 2133.7133 and 910.23108 respectively.
And mean growth rate of Production of Oilseeds (in thousand tonnes) in
Gujarat for Pre-WTO 15 years is 64.26312%.
From Table-6.12.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Gujarat is 1661.70, 5665.00 and 4003.30 respectively.
Further mean and standard deviation of Production of Oilseeds (in
thousand tonnes) in Gujarat is 3431.8833 and 1180.76200 respectively.
Page | 201
And mean growth rate of Production of Oilseeds (in thousand tonnes) in
Gujarat for Post-WTO 18 years is 20.19757%.
From Table-6.12.6, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Gujarat from Pre-WTO to Post-WTO
range has been increased by 694.6, which is desirable; mean has been
increased by 1298.17, which is desirable; standard deviation has been
increased by 270.5309, which is undesirable; and mean growth rate has
been decreased by 44.0656, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.12.6; Production of Oilseeds in Gujarat
Production of Oilseeds (in thousand tonnes) in Gujarat
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 398.20 3706.90 3308.70 2133.7133 910.23108 64.26312
1995-96
to 2012-
13
18 1661.70 5665.00 4003.30 3431.8833 1180.76200
20.19757
6.12.7 Production of Cotton in Gujarat
From Table-6.12.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Gujarat is 295.30, 2269.30 and 1974.00 respectively. Further
mean and standard deviation of Production of Cotton (in thousand
tonnes) in Gujarat is 1590.3200 and 500.36376 respectively. And mean
growth rate of Production of Cotton (in thousand tonnes) in Gujarat for
Pre-WTO 15 years is 27.3164%.
From Table-6.12.7, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Gujarat is 1161.40, 12000.00 and 10838.60 respectively. Further
mean and standard deviation of Production of Cotton (in thousand
tonnes) in Gujarat is 5404.3056 and 3383.90758 respectively. And mean
Page | 202
growth rate of Production of Cotton (in thousand tonnes) in Gujarat for
Post-WTO 18 years is 15.22034%.
From Table-6.12.7, it may be observed that for Production of
Cotton (in thousand tonnes) in Gujarat from Pre-WTO to Post-WTO
range has been increased by 8864.6, which is desirable; mean has been
increased by 3813.986, which is desirable; standard deviation has been
increased by 2883.544, which is undesirable; and mean growth rate has
been decreased by 12.0961, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.12.7; Production of Cotton in Gujarat
Production of Cotton (in thousand tonnes) in Gujarat
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 295.30 2269.30 1974.00 1590.3200 500.36376 27.3164
1995-96
to 2012-
13
18 1161.40 12000.00 10838.60 5404.3056 3383.90758
15.22034
6.12.8 Production of Sugarcane in Gujarat
From Table-6.12.8, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Gujarat is 4435.20, 10872.10 and 6436.90
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in Gujarat is 7960.6933 and 2228.13650
respectively. And mean growth rate of Production of Sugarcane (in
thousand tonnes) in Gujarat for Pre-WTO 15 years is 7.474093%.
From Table-6.12.8, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Gujarat is 10511.20, 15630.00 and 5118.80
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in Gujarat is 13607.2500 and 1425.20739
Page | 203
respectively. And mean growth rate of Production of Sugarcane (in
thousand tonnes) in Gujarat for Post-WTO 18 years is 1.704133%.
From Table-6.12.8, it may be observed that for Production of
Sugarcane (in thousand tonnes) in Gujarat from Pre-WTO to Post-WTO
range has been decreased by 1318.1, which is undesirable; mean has been
increased by 5646.557, which is desirable; standard deviation has been
decreased by 802.929, which is desirable; and mean growth rate has been
decreased by 5.76996, which is undesirable for the economy. Further from
Pre-WTO to Post-WTO increase in mean and decrease in mean growth
rate is a strongly undesirable condition for the economy.
Table-6.12.8; Production of Sugarcane (in thousand tonnes) in Gujarat
Production of Sugarcane (in thousand tonnes) in Gujarat
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 4435.20 10872.10 6436.90 7960.6933 2228.13650 7.474093
1995-96
to 2012-
13
18 10511.20 15630.00 5118.80 13607.2500 1425.20739
1.704133
6.13 Production of Food Grain and Major Non-Food Grain Crops in
Haryana
6.13.1 Production of Rice in Haryana
From Table-6.13.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Haryana is 1073.00, 2227.00 and 1154.00 respectively. Further
mean and standard deviation of Production of Rice (in thousand tonnes)
in Haryana is 1575.1333 and 336.10306 respectively. And mean growth
rate of Production of Rice (in thousand tonnes) in Haryana for Pre-
WTO 15 years is 5.345066%.
From Table-6.13.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Haryana is 1847.00, 3976.00 and 2129.00 respectively. Further
Page | 204
mean and standard deviation of Production of Rice (in thousand tonnes)
in Haryana is 2994.4444 and 574.09809 respectively. And mean growth
rate of Production of Rice (in thousand tonnes) in Haryana for Post-
WTO 18 years is 5.019582%.
From Table-6.13.1, it may be observed that for Production of Rice
(in thousand tonnes) in Haryana from Pre-WTO to Post-WTO range has
been increased by 975, which is desirable; mean has been increased by
1419.311, which is desirable; standard deviation has been increased by
237.995, which is undesirable; and mean growth rate has been decreased
by 0.32548, which is undesirable for the economy. Further from Pre-WTO
to Post-WTO increase in mean and decrease in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.13.1; Production of Rice in Haryana
Production of Rice (in thousand tonnes) in Haryana
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 1073.00 2227.00 1154.00 1575.1333 336.10306 5.345066
1995-96
to 2012-
13
18 1847.00 3976.00 2129.00 2994.4444 574.09809 5.019582
6.13.2 Production of Wheat in Haryana
From Table-6.13.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Haryana is 3492.00, 7303.00 and 3811.00 respectively. Further
mean and standard deviation of Production of Wheat (in thousand
tonnes) in Haryana is 5484.6667 and 1279.37840 respectively. And mean
growth rate of Production of Wheat (in thousand tonnes) in Haryana for
Pre-WTO 15 years is 5.81422%.
From Table-6.13.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Haryana is 7291.00, 12684.40 and 5393.40 respectively. Further
mean and standard deviation of Production of Wheat (in thousand
Page | 205
tonnes) in Haryana is 9612.3944 and 1384.50825 respectively. And mean
growth rate of Production of Wheat (in thousand tonnes) in Haryana for
Post-WTO 18 years is 2.766053%.
From Table-6.13.2, it may be observed that for Production of
Wheat (in thousand tonnes) in Haryana from Pre-WTO to Post-WTO
range has been increased by 1582.4, which is desirable; mean has been
increased by 4127.728, which is desirable; standard deviation has been
increased by 105.1299, which is undesirable; and mean growth rate has
been decreased by 3.04817, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.13.2; Production of Wheat in Haryana
Production of Wheat (in thousand tonnes) in Haryana
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 3492.00 7303.00 3811.00 5484.6667 1279.37840 5.81422
1995-96
to 2012-
13
18 7291.00 12684.40 5393.40 9612.3944 1384.50825 2.766053
6.13.3 Production of Coarse Cereals in Haryana
From Table-6.13.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Haryana is 256.00, 1168.00 and 912.00 respectively.
Further mean and standard deviation of Production of Coarse Cereals (in
thousand tonnes) in Haryana is 706.2000 and 224.57490 respectively. And
mean growth rate of Production of Coarse Cereals (in thousand tonnes)
in Haryana for Pre-WTO 15 years is 24.69595%.
From Table-6.13.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Haryana is 587.00, 1387.00 and 800.00 respectively.
Further mean and standard deviation of Production of Coarse Cereals (in
thousand tonnes) in Haryana is 989.6889 and 263.05777 respectively. And
Page | 206
mean growth rate of Production of Coarse Cereals (in thousand tonnes)
in Haryana for Post-WTO 18 years is 7.194998%.
From Table-6.13.3, it may be observed that for Production of
Coarse Cereals (in thousand tonnes) in Haryana from Pre-WTO to Post-
WTO range has been decreased by 112, which is undesirable; mean has
been increased by 283.4889, which is desirable; standard deviation has
been increased by 38.48287, which is undesirable; and mean growth rate
has been decreased by 17.501, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.13.3; Production of Coarse Cereals in Haryana
Production of Coarse Cereals (in thousand tonnes) in Haryana
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 256.00 1168.00 912.00 706.2000 224.57490 24.69595
1995-96
to 2012-
13
18 587.00 1387.00 800.00 989.6889 263.05777 7.194998
6.13.4 Production of Pulses in Haryana
From Table-6.13.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Haryana is 111.90, 677.90 and 566.00 respectively. Further
mean and standard deviation of Production of Pulses (in thousand
tonnes) in Haryana is 423.5733 and 149.51298 respectively. And mean
growth rate of Production of Pulses (in thousand tonnes) in Haryana for
Pre-WTO 15 years is 33.37563%.
From Table-6.13.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Haryana is 76.20, 412.40 and 336.20 respectively. Further mean
and standard deviation of Production of Pulses (in thousand tonnes) in
Haryana is 182.2222 and 107.93901 respectively. And mean growth rate
Page | 207
of Production of Pulses (in thousand tonnes) in Haryana for Post-WTO
18 years is 1.932627%.
From Table-6.13.4, it may be observed that for Production of Pulses
(in thousand tonnes) in Haryana from Pre-WTO to Post-WTO range has
been decreased by 229.8, which is undesirable; mean has been decreased
by 241.351, which is undesirable; standard deviation has been decreased
by 41.574, which is desirable; and mean growth rate has been decreased
by 31.443, which is undesirable for the economy. Further from Pre-WTO
to Post-WTO decrease in mean and decrease in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.13.4; Production of Pulses in Haryana
Production of Pulses (in thousand tonnes) in Haryana
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 111.90 677.90 566.00 423.5733 149.51298 33.37563
1995-96
to 2012-
13
18 76.20 412.40 336.20 182.2222 107.93901 1.932627
6.13.5 Production of Food Grains in Haryana
From Table-6.13.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Haryana is 6040.20, 10993.60 and 4953.40
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in Haryana is 8189.5733 and 1690.39339
respectively. And mean growth rate of Production of Food Grains (in
thousand tonnes) in Haryana for Pre-WTO 15 years is 5.405563%.
From Table-6.13.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Haryana is 10137.40, 17957.40 and 7820.00
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in Haryana is 13778.7500 and 2043.85286
Page | 208
respectively. And mean growth rate of Production of Food Grains (in
thousand tonnes) in Haryana for Post-WTO 18 years is 2.996084%.
From Table-6.13.5, it may be observed that for Production of Food
Grains (in thousand tonnes) in Haryana from Pre-WTO to Post-WTO
range has been increased by 2866.6, which is desirable; mean has been
increased by 5589.177, which is desirable; standard deviation has been
increased by 353.4595, which is undesirable; and mean growth rate has
been decreased by 2.40948, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.13.5; Production of Food Grains in Haryana
Production of Food Grains (in thousand tonnes) in Haryana
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 6040.20 10993.60 4953.40 8189.5733 1690.39339 5.405563
1995-96
to 2012-
13
18 10137.40 17957.40 7820.00 13778.7500 2043.85286 2.996084
6.13.6 Production of Oilseeds in Haryana
From Table-6.13.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Haryana is 117.20, 869.70 and 752.50 respectively.
Further mean and standard deviation of Production of Oilseeds (in
thousand tonnes) in Haryana is 432.1733 and 268.05961 respectively. And
mean growth rate of Production of Oilseeds (in thousand tonnes) in
Haryana for Pre-WTO 15 years is 16.66788%.
From Table-6.13.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Haryana is 423.20, 1004.80 and 581.60 respectively.
Further mean and standard deviation of Production of Oilseeds (in
thousand tonnes) in Haryana is 803.9111 and 165.02991 respectively. And
Page | 209
mean growth rate of Production of Oilseeds (in thousand tonnes) in
Haryana for Post-WTO 18 years is 5.945277%.
From Table-6.13.6, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Haryana from Pre-WTO to Post-WTO
range has been decreased by 170.9, which is undesirable; mean has been
increased by 371.7378, which is desirable; standard deviation has been
decreased by 103.03, which is desirable; and mean growth rate has been
decreased by 10.7226, which is undesirable for the economy. Further from
Pre-WTO to Post-WTO increase in mean and decrease in mean growth
rate is a strongly undesirable condition for the economy.
Table-6.13.6; Production of Oilseeds in Haryana
Production of Oilseeds (in thousand tonnes) in Haryana
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 117.20 869.70 752.50 432.1733 268.05961 16.66788
1995-96
to 2012-
13
18 423.20 1004.80 581.60 803.9111 165.02991 5.945277
6.13.7 Production of Cotton in Haryana
From Table-6.13.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Haryana is 575.00, 1406.00 and 831.00 respectively. Further
mean and standard deviation of Production of Cotton (in thousand
tonnes) in Haryana is 941.8000 and 296.01187 respectively. And mean
growth rate of Production of Cotton (in thousand tonnes) in Haryana
for Pre-WTO 15 years is 7.540054%.
From Table-6.13.7, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Haryana is 722.00, 2650.00 and 1928.00 respectively. Further
mean and standard deviation of Production of Cotton (in thousand
tonnes) in Haryana is 1588.9444 and 519.47105 respectively. And mean
Page | 210
growth rate of Production of Cotton (in thousand tonnes) in Haryana
for Post-WTO 18 years is 8.24541%.
From Table-6.13.7, it may be observed that for Production of
Cotton (in thousand tonnes) in Haryana from Pre-WTO to Post-WTO
range has been increased by 1097, which is desirable; mean has been
increased by 647.1444, which is desirable; standard deviation has been
increased by 223.4592, which is undesirable; and mean growth rate has
been increased by 0.705356, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Table-6.13.7; Production of Cotton in Haryana
Production of Cotton (in thousand tonnes) in Haryana
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 575.00 1406.00 831.00 941.8000 296.01187 7.540054
1995-96
to 2012-
13
18 722.00 2650.00 1928.00 1588.9444 519.47105 8.24541
6.13.8 Production of Sugarcane in Haryana
From Table-6.13.8, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Haryana is 4660.00, 9000.00 and 4340.00
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in Haryana is 6290.6667 and 1132.33303
respectively. And mean growth rate of Production of Sugarcane (in
thousand tonnes) in Haryana for Pre-WTO 15 years is 4.41189%.
From Table-6.13.8, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Haryana is 4958.00, 10650.00 and 5692.00
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in Haryana is 7872.2778 and 1511.90471
Page | 211
respectively. And mean growth rate of Production of Sugarcane (in
thousand tonnes) in Haryana for Post-WTO 18 years is 0.949562%.
From Table-6.13.8, it may be observed that for Production of
Sugarcane (in thousand tonnes) in Haryana from Pre-WTO to Post-
WTO range has been increased by 1352, which is desirable; mean has
been increased by 1581.611, which is desirable; standard deviation has
been increased by 379.5717, which is undesirable; and mean growth rate
has been decreased by 3.46233, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.13.8; Production of Sugarcane in Haryana
Production of Sugarcane (in thousand tonnes) in Haryana
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 4660.00 9000.00 4340.00 6290.6667 1132.33303 4.41189
1995-96
to 2012-
13
18 4958.00 10650.00 5692.00 7872.2778 1511.90471 0.949562
6.14 Production of Food Grain and Major Non-Food Grain Crops in
Himachal Pradesh
6.14.1 Production of Rice in Himachal Pradesh
From Table-6.14.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Himachal Pradesh is 73.00, 125.40 and 52.40 respectively.
Further mean and standard deviation of Production of Rice (in thousand
tonnes) in Himachal Pradesh is 103.0667 and 15.51279 respectively. And
mean growth rate of Production of Rice (in thousand tonnes) in
Himachal Pradesh for Pre-WTO 15 years is 1.158689 %.
From Table-6.14.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Himachal Pradesh is 51.00, 137.40 and 86.40 respectively.
Page | 212
Further mean and standard deviation of Production of Rice (in thousand
tonnes) in Himachal Pradesh is 116.2500 and 19.95929 respectively. And
mean growth rate of Production of Rice (in thousand tonnes) in
Himachal Pradesh for Post-WTO 18 years is 1.875319%.
From Table-6.14.1, it may be observed that for Production of Rice
(in thousand tonnes) in Himachal Pradesh from Pre-WTO to Post-WTO
range has been increased by 34, which is desirable; mean has been
increased by 13.1833, which is desirable; standard deviation has been
increased by 4.4465, which is undesirable; and mean growth rate has
been increased by 0.71663, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Table-6.14.1; Production of Rice in Himachal Pradesh
Production of Rice (in thousand tonnes) in Himachal Pradesh
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 73.00 125.40 52.40 103.0667 15.51279 1.158689
1995-96
to 2012-
13
18 51.00 137.40 86.40 116.2500 19.95929 1.875319
6.14.2 Production of Wheat in Himachal Pradesh
From Table-6.14.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Himachal Pradesh is 269.50, 601.70 and 332.20 respectively.
Further mean and standard deviation of Production of Wheat (in
thousand tonnes) in Himachal Pradesh is 467.8733 and 109.36397
respectively. And mean growth rate of Production of Wheat (in thousand
tonnes) in Himachal Pradesh for Pre-WTO 15 years is 6.16125%.
From Table-6.14.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Himachal Pradesh is 251.30, 684.00 and 432.70 respectively.
Further mean and standard deviation of Production of Wheat (in
Page | 213
thousand tonnes) in Himachal Pradesh is 548.2833 and 115.26471
respectively. And mean growth rate of Production of Wheat (in thousand
tonnes) in Himachal Pradesh for Post-WTO 18 years is 8.802237%.
From Table-6.14.2, it may be observed that for Production of
Wheat (in thousand tonnes) in Himachal Pradesh from Pre-WTO to
Post-WTO range has been increased by 100.5, which is desirable; mean
has been increased by 80.41, which is desirable; standard deviation has
been increased by 5.90074, which is undesirable; and mean growth rate
has been increased by 2.640987, which is desirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and increase in
mean growth rate is a strongly desirable condition for the economy.
Table-6.14.2; Production of Wheat in Himachal Pradesh
Production of Wheat (in thousand tonnes) in Himachal Pradesh
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 269.50 601.70 332.20 467.8733 109.36397 6.16125
1995-96
to 2012-
13
18 251.30 684.00 432.70 548.2833 115.26471 8.802237
6.14.3 Production of Coarse Cereals in Himachal Pradesh
From Table-6.14.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Himachal Pradesh is 439.60, 719.90 and 280.30
respectively. Further mean and standard deviation of Production of
Coarse Cereals (in thousand tonnes) in Himachal Pradesh is 606.6133
and 90.49165 respectively. And mean growth rate of Production of
Coarse Cereals (in thousand tonnes) in Himachal Pradesh for Pre-WTO
15 years is 2.528988%.
From Table-6.14.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Himachal Pradesh is 352.00, 896.20 and 544.20
respectively. Further mean and standard deviation of Production of
Page | 214
Coarse Cereals (in thousand tonnes) in Himachal Pradesh is 692.2556
and 119.60051 respectively. And mean growth rate of Production of
Coarse Cereals (in thousand tonnes) in Himachal Pradesh for Post-
WTO 18 years is 2.504166%.
From Table-6.14.3, it may be observed that for Production of
Coarse Cereals (in thousand tonnes) in Himachal Pradesh from Pre-
WTO to Post-WTO range has been increased by 263.9, which is
desirable; mean has been increased by 85.6423, which is desirable;
standard deviation has been increased by 29.10886, which is undesirable;
and mean growth rate has been decreased by 0.02482, which is
undesirable for the economy. Further from Pre-WTO to Post-WTO
increase in mean and decrease in mean growth rate is a strongly
undesirable condition for the economy.
Table-6.14.3; Production of Coarse Cereals in Himachal Pradesh
Production of Coarse Cereals (in thousand tonnes) in Himachal Pradesh
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 439.60 719.90 280.30 606.6133 90.49165 2.528988
1995-96
to 2012-
13
18 352.00 896.20 544.20 692.2556 119.60051 2.504166
6.14.4 Production of Pulses in Himachal Pradesh
From Table-6.14.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Himachal Pradesh is 4.60, 20.00 and 15.40 respectively. Further
mean and standard deviation of Production of Pulses (in thousand
tonnes) in Himachal Pradesh is 10.9933 and 3.59612 respectively. And
mean growth rate of Production of Pulses (in thousand tonnes) in
Himachal Pradesh for Pre-WTO 15 years is 4.540525 %.
From Table-6.14.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Himachal Pradesh is 9.00, 46.60 and 37.60 respectively. Further
Page | 215
mean and standard deviation of Production of Pulses (in thousand
tonnes) in Himachal Pradesh is 19.8444 and 10.46019 respectively. And
mean growth rate of Production of Pulses (in thousand tonnes) in
Himachal Pradesh for Post-WTO 18 years is 13.43589%.
From Table-6.14.4, it may be observed that for Production of Pulses
(in thousand tonnes) in Himachal Pradesh from Pre-WTO to Post-WTO
range has been increased by 22.2, which is desirable; mean has been
increased by 8.8511, which is desirable; standard deviation has been
increased by 6.86407, which is undesirable; and mean growth rate has
been increased by 8.895365, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Table-6.14.4; Production of Pulses in Himachal Pradesh
Production of Pulses (in thousand tonnes) in Himachal Pradesh
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 4.60 20.00 15.40 10.9933 3.59612 4.540525
1995-96
to 2012-
13
18 9.00 46.60 37.60 19.8444 10.46019 13.43589
6.14.5 Production of Food Grains in Himachal Pradesh
From Table-6.14.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Himachal Pradesh is 871.50, 1434.20 and 562.70
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in Himachal Pradesh is 1188.5467 and
175.51549 respectively. And mean growth rate of Production of Food
Grains (in thousand tonnes) in Himachal Pradesh for Pre-WTO 15 years
is 2.299247%.
From Table-6.14.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Himachal Pradesh is 744.00, 1612.30 and 868.30
Page | 216
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in Himachal Pradesh is 1376.6333 and
209.65236 respectively. And mean growth rate of Production of Food
Grains (in thousand tonnes) in Himachal Pradesh for Post-WTO 18
years is 2.003376%.
From Table-6.14.5, it may be observed that for Production of Food
Grains (in thousand tonnes) in Himachal Pradesh from Pre-WTO to
Post-WTO range has been increased by 305.6, which is desirable; mean
has been increased by 188.0866, which is desirable; standard deviation
has been increased by 34.13687, which is undesirable; and mean growth
rate has been decreased by 0.29587, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.14.5; Production of Food Grains in Himachal Pradesh
Production of Food Grains (in thousand tonnes) in Himachal Pradesh
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 871.50 1434.20 562.70 1188.5467 175.51549 2.299247
1995-96
to 2012-
13
18 744.00 1612.30 868.30 1376.6333 209.65236 2.003376
6.14.6 Production of Oilseeds in Himachal Pradesh
From Table-6.14.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Himachal Pradesh is 3.10, 8.20 and 5.10 respectively.
Further mean and standard deviation of Production of Oilseeds (in
thousand tonnes) in Himachal Pradesh is 5.6133 and 1.31631
respectively. And mean growth rate of Production of Oilseeds (in
thousand tonnes) in Himachal Pradesh for Pre-WTO 15 years is
14.4667%.
Page | 217
From Table-6.14.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Himachal Pradesh is 4.20, 12.00 and 7.80
respectively. Further mean and standard deviation of Production of
Oilseeds (in thousand tonnes) in Himachal Pradesh is 8.2944 and 2.09691
respectively. And mean growth rate of Production of Oilseeds (in
thousand tonnes) in Himachal Pradesh for Post-WTO 18 years is -
1.64762%.
From Table-6.14.6, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Himachal Pradesh from Pre-WTO to
Post-WTO range has been increased by 2.7, which is desirable; mean has
been increased by 2.6811, which is desirable; standard deviation has been
increased by 0.7806, which is undesirable; and mean growth rate has
been decreased by 16.1143, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.14.6; Production of Oilseeds in Himachal Pradesh
Production of Oilseeds (in thousand tonnes) in Himachal Pradesh
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 3.10 8.20 5.10 5.6133 1.31631 14.4667
1995-96
to 2012-
13
18 4.20 12.00 7.80 8.2944 2.09691 -1.64762
6.14.7 Production of Cotton in Himachal Pradesh
From Table-6.14.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Himachal Pradesh is .10, 1.10 and 1.00 respectively. Further
mean and standard deviation of Production of Cotton (in thousand
tonnes) in Himachal Pradesh is .4667 and .31997 respectively. And mean
growth rate of Production of Cotton (in thousand tonnes) in Himachal
Pradesh for Pre-WTO 15 years is 8.584055%.
Page | 218
From Table-6.14.7, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Himachal Pradesh is .00, .30 and .30 respectively. Further mean
and standard deviation of Production of Cotton (in thousand tonnes) in
Himachal Pradesh is .1333 and .07785 respectively. And mean growth
rate of Production of Cotton (in thousand tonnes) in Himachal Pradesh
for Post-WTO 18 years is -23.3333%.
From Table-6.14.7, it may be observed that for Production of
Cotton (in thousand tonnes) in Himachal Pradesh from Pre-WTO to
Post-WTO range has been decreased by 0.7, which is undesirable; mean
has been decreased by 0.3334, which is undesirable; standard deviation
has been decreased by 0.24212, which is desirable; and mean growth rate
has been decreased by 31.9174, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO decrease in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.14.7; Production of Cotton in Himachal Pradesh
Production of Cotton (in thousand tonnes) in Himachal Pradesh
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 .10 1.10 1.00 .4667 .31997 8.584055
1995-96
to 2012-
13
18 .00 .30 .30 .1333 .07785 -23.3333
6.14.8 Production of Sugarcane in Himachal Pradesh
From Table-6.14.8, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Himachal Pradesh is 20.10, 57.80 and 37.70
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in Himachal Pradesh is 34.5733 and
12.24007 respectively. And mean growth rate of Production of Sugarcane
(in thousand tonnes) in Himachal Pradesh for Pre-WTO 15 years is
7.945977%.
Page | 219
From Table-6.14.8, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Himachal Pradesh is 15.20, 139.10 and 123.90
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in Himachal Pradesh is 60.1611 and
30.77000 respectively. And mean growth rate of Production of Sugarcane
(in thousand tonnes) in Himachal Pradesh for Post-WTO 18 years is
11.47181%.
From Table-6.14.8, it may be observed that for Production of
Sugarcane (in thousand tonnes) in Himachal Pradesh from Pre-WTO to
Post-WTO range has been increased by 86.2, which is desirable; mean
has been increased by 25.5878, which is desirable; standard deviation has
been increased by 18.52993, which is undesirable; and mean growth rate
has been increased by 3.525833, which is desirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and increase in
mean growth rate is a strongly desirable condition for the economy.
Table-6.14.8; Production of Sugarcane in Himachal Pradesh
Production of Sugarcane (in thousand tonnes) in Himachal Pradesh
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 20.10 57.80 37.70 34.5733 12.24007 7.945977
1995-96
to 2012-
13
18 15.20 139.10 123.90 60.1611 30.77000 11.47181
6.15 Production of Food Grain and Major Non-Food Grain Crops in Jammu
& Kashmir
6.15.1 Production of Rice in Jammu & Kashmir
From Table-6.15.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Jammu & Kashmir is 420.80, 593.00 and 172.20 respectively.
Further mean and standard deviation of Production of Rice (in thousand
tonnes) in Jammu & Kashmir is 551.1000 and 44.85548 respectively. And
Page | 220
mean growth rate of Production of Rice (in thousand tonnes) in Jammu
& Kashmir for Pre-WTO 15 years is 1.388117%.
From Table-6.15.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Jammu & Kashmir is 391.10, 589.10 and 198.00 respectively.
Further mean and standard deviation of Production of Rice (in thousand
tonnes) in Jammu & Kashmir is 503.0056 and 61.61832 respectively. And
mean growth rate of Production of Rice (in thousand tonnes) in Jammu
& Kashmir for Post-WTO 18 years is 1.344711%.
From Table-6.15.1, it may be observed that for Production of Rice
(in thousand tonnes) in Jammu & Kashmir from Pre-WTO to Post-
WTO range has been increased by 25.8, which is desirable; mean has
been decreased by 48.0944, which is undesirable; standard deviation has
been increased by 16.76284, which is undesirable; and mean growth rate
has been decreased by 0.04341, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO decrease in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.15.1; Production of Rice in Jammu & Kashmir
Production of Rice (in thousand tonnes) in Jammu & Kashmir
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 420.80 593.00 172.20 551.1000 44.85548 1.388117
1995-96
to 2012-
13
18 391.10 589.10 198.00 503.0056 61.61832 1.344711
6.15.2 Production of Wheat in Jammu & Kashmir
From Table-6.15.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Jammu & Kashmir is 168.40, 352.10 and 183.70 respectively.
Further mean and standard deviation of Production of Wheat (in
thousand tonnes) in Jammu & Kashmir is 258.1667 and 61.52975
Page | 221
respectively. And mean growth rate of Production of Wheat (in thousand
tonnes) in Jammu & Kashmir for Pre-WTO 15 years is 5.454457 %.
From Table-6.15.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Jammu & Kashmir is 148.70, 495.90 and 347.20 respectively.
Further mean and standard deviation of Production of Wheat (in
thousand tonnes) in Jammu & Kashmir is 408.8222 and 85.40942
respectively. And mean growth rate of Production of Wheat (in thousand
tonnes) in Jammu & Kashmir for Post-WTO 18 years is 6.815234%.
From Table-6.15.2, it may be observed that for Production of
Wheat (in thousand tonnes) in Jammu & Kashmir from Pre-WTO to
Post-WTO range has been increased by 163.5, which is desirable; mean
has been increased by 150.6555, which is desirable; standard deviation
has been increased by 23.87967, which is undesirable; and mean growth
rate has been increased by 1.360777, which is desirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and increase in
mean growth rate is a strongly desirable condition for the economy.
Table-6.15.2; Production of Wheat in Jammu & Kashmir
Production of Wheat (in thousand tonnes) in Jammu & Kashmir
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 168.40 352.10 183.70 258.1667 61.52975 5.454457
1995-96
to 2012-
13
18 148.70 495.90 347.20 408.8222 85.40942 6.815234
6.15.3 Production of Coarse Cereals in Jammu & Kashmir
From Table-6.15.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Jammu & Kashmir is 310.50, 576.70 and 266.20
respectively. Further mean and standard deviation of Production of
Coarse Cereals (in thousand tonnes) in Jammu & Kashmir is 472.7400
and 74.40813 respectively. And mean growth rate of Production of
Page | 222
Coarse Cereals (in thousand tonnes) in Jammu & Kashmir for Pre-
WTO 15 years is 2.374336%.
From Table-6.15.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Jammu & Kashmir is 455.80, 660.40 and 204.60
respectively. Further mean and standard deviation of Production of
Coarse Cereals (in thousand tonnes) in Jammu & Kashmir is 523.1056
and 46.38151 respectively. And mean growth rate of Production of
Coarse Cereals (in thousand tonnes) in Jammu & Kashmir for Post-
WTO 18 years is 0.700948%.
From Table-6.15.3, it may be observed that for Production of
Coarse Cereals (in thousand tonnes) in Jammu & Kashmir from Pre-
WTO to Post-WTO range has been decreased by 61.6, which is
undesirable; mean has been increased by 50.3656, which is desirable;
standard deviation has been decreased by 28.0266, which is desirable; and
mean growth rate has been decreased by 1.67339, which is undesirable
for the economy. Further from Pre-WTO to Post-WTO increase in mean
and decrease in mean growth rate is a strongly undesirable condition for
the economy.
Table-6.15.3; Production of Coarse Cereals in Jammu & Kashmir
Production of Coarse Cereals (in thousand tonnes) in Jammu & Kashmir
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 310.50 576.70 266.20 472.7400 74.40813 2.374336
1995-96
to 2012-
13
18 455.80 660.40 204.60 523.1056 46.38151 0.700948
6.15.4 Production of Pulses in Jammu & Kashmir
From Table-6.15.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Jammu & Kashmir is 18.00, 35.00 and 17.00 respectively.
Further mean and standard deviation of Production of Pulses (in
Page | 223
thousand tonnes) in Jammu & Kashmir is 25.9600 and 5.53893
respectively. And mean growth rate of Production of Pulses (in thousand
tonnes) in Jammu & Kashmir for Pre-WTO 15 years is -1.41417%.
From Table-6.15.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Jammu & Kashmir is 12.70, 23.70 and 11.00 respectively.
Further mean and standard deviation of Production of Pulses (in
thousand tonnes) in Jammu & Kashmir is 15.7889 and 3.23399
respectively. And mean growth rate of Production of Pulses (in thousand
tonnes) in Jammu & Kashmir for Post-WTO 18 years is 1.381733%.
From Table-6.15.4, it may be observed that for Production of Pulses
(in thousand tonnes) in Jammu & Kashmir from Pre-WTO to Post-
WTO range has been decreased by 6, which is undesirable; mean has
been decreased by 10.1711, which is undesirable; standard deviation has
been decreased by 2.30494, which is desirable; and mean growth rate has
been increased by 2.795903, which is desirable for the economy. Further
from Pre-WTO to Post-WTO decrease in mean and increase in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.15.4; Production of Pulses in Jammu & Kashmir
Production of Pulses (in thousand tonnes) in Jammu & Kashmir
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 18.00 35.00 17.00 25.9600 5.53893 -1.41417
1995-96
to 2012-
13
18 12.70 23.70 11.00 15.7889 3.23399 1.381733
6.15.5 Production of Food Grains in Jammu & Kashmir
From Table-6.15.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Jammu & Kashmir is 999.20, 1455.00 and 455.80
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in Jammu & Kashmir is 1308.0000 and
Page | 224
122.58977 respectively. And mean growth rate of Production of Food
Grains (in thousand tonnes) in Jammu & Kashmir for Pre-WTO 15
years is 1.495897%.
From Table-6.15.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Jammu & Kashmir is 1114.50, 1721.30 and 606.80
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in Jammu & Kashmir is 1450.7278 and
135.04051 respectively. And mean growth rate of Production of Food
Grains (in thousand tonnes) in Jammu & Kashmir for Post-WTO 18
years is 0.636741%.
From Table-6.15.5, it may be observed that for Production of Food
Grains (in thousand tonnes) in Jammu & Kashmir from Pre-WTO to
Post-WTO range has been increased by 151, which is desirable; mean has
been increased by 142.7278, which is desirable; standard deviation has
been increased by 12.45074, which is undesirable; and mean growth rate
has been decreased by 0.85916, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.15.5; Production of Food Grains in Jammu & Kashmir
Production of Food Grains (in thousand tonnes) in Jammu & Kashmir
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 999.20 1455.00 455.80 1308.0000 122.58977 1.495897
1995-96
to 2012-
13
18 1114.50 1721.30 606.80 1450.7278 135.04051 0.636741
6.15.6 Production of Oilseeds in Jammu & Kashmir
From Table-6.15.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Jammu & Kashmir is 26.50, 70.80 and 44.30
respectively. Further mean and standard deviation of Production of
Page | 225
Oilseeds (in thousand tonnes) in Jammu & Kashmir is 49.3867 and
14.66433 respectively. And mean growth rate of Production of Oilseeds
(in thousand tonnes) in Jammu & Kashmir for Pre-WTO 15 years is -
2.5263%.
From Table-6.15.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Jammu & Kashmir is 2.70, 124.20 and 121.50
respectively. Further mean and standard deviation of Production of
Oilseeds (in thousand tonnes) in Jammu & Kashmir is 47.3111 and
22.92358 respectively. And mean growth rate of Production of Oilseeds
(in thousand tonnes) in Jammu & Kashmir for Post-WTO 18 years is
96.24552%.
From Table-6.15.6, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Jammu & Kashmir from Pre-WTO to
Post-WTO range has been increased by 77.2, which is desirable; mean
has been decreased by 2.0756, which is undesirable; standard deviation
has been increased by 8.25925, which is undesirable; and mean growth
rate has been increased by 98.77182, which is desirable for the economy.
Further from Pre-WTO to Post-WTO decrease in mean and increase in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.15.6; Production of Oilseeds in Jammu & Kashmir
Production of Oilseeds (in thousand tonnes) in Jammu & Kashmir
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 26.50 70.80 44.30 49.3867 14.66433 -2.5263
1995-96
to 2012-
13
18 2.70 124.20 121.50 47.3111 22.92358 96.24552
6.15.7 Production of Cotton in Jammu & Kashmir
From Table-6.15.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Jammu & Kashmir is .10, 1.30 and 1.20 respectively. Further
Page | 226
mean and standard deviation of Production of Cotton (in thousand
tonnes) in Jammu & Kashmir is .6133 and .45335 respectively. And mean
growth rate of Production of Cotton (in thousand tonnes) in Jammu &
Kashmir for Pre-WTO 15 years is 18.31109%.
Table-6.15.7; Production of Cotton in Jammu & Kashmir
Production of Cotton (in thousand tonnes) in Jammu & Kashmir
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 .10 1.30 1.20 .6133 .45335 18.31109
6.15.8 Production of Sugarcane in Jammu & Kashmir
From Table-6.15.8, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Jammu & Kashmir is 7.40, 29.70 and 22.30
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in Jammu & Kashmir is 17.8467 and
6.18164 respectively. And mean growth rate of Production of Sugarcane
(in thousand tonnes) in Jammu & Kashmir for Pre-WTO 15 years is -
5.92814%.
From Table-6.15.8, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Jammu & Kashmir is .00, 7.70 and 7.70 respectively.
Further mean and standard deviation of Production of Sugarcane (in
thousand tonnes) in Jammu & Kashmir is 2.3538 and 3.03057
respectively. And mean growth rate of Production of Sugarcane (in
thousand tonnes) in Jammu & Kashmir for Post-WTO 18 years is -
31.6615%.
From Table-6.15.8, it may be observed that for Production of
Sugarcane (in thousand tonnes) in Jammu & Kashmir from Pre-WTO to
Post-WTO range has been decreased by 14.6, which is undesirable; mean
has been decreased by 15.4929, which is undesirable; standard deviation
has been decreased by 3.15107, which is desirable; and mean growth rate
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has been decreased by 25.7334, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO decrease in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.15.8; Production of Sugarcane in Jammu & Kashmir
Production of Sugarcane (in thousand tonnes) in Jammu & Kashmir
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 7.40 29.70 22.30 17.8467 6.18164 -5.92814
1995-96
to 2012-
13
18 .00 7.70 7.70 2.3538 3.03057 -31.6615
6.16 Production of Food Grain and Major Non-Food Grain Crops in
Karnataka
6.16.1 Production of Rice in Karnataka
From Table-6.16.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Karnataka is 1894.70, 3182.80 and 1288.10 respectively.
Further mean and standard deviation of Production of Rice (in thousand
tonnes) in Karnataka is 2469.2133 and 412.57785 respectively. And mean
growth rate of Production of Rice (in thousand tonnes) in Karnataka for
Pre-WTO 15 years is 3.501906%.
From Table-6.16.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Karnataka is 2390.10, 5744.00 and 3353.90 respectively.
Further mean and standard deviation of Production of Rice (in thousand
tonnes) in Karnataka is 3555.7167 and 709.13544 respectively. And mean
growth rate of Production of Rice (in thousand tonnes) in Karnataka for
Post-WTO 18 years is 2.916563%.
From Table-6.16.1, it may be observed that for Production of Rice
(in thousand tonnes) in Karnataka from Pre-WTO to Post-WTO range
has been increased by 2065.8, which is desirable; mean has been
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increased by 1086.503, which is desirable; standard deviation has been
increased by 296.5576, which is undesirable; and mean growth rate has
been decreased by 0.58534, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.16.1; Production of Rice in Karnataka
Production of Rice (in thousand tonnes) in Karnataka
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 1894.70 3182.80 1288.10 2469.2133 412.57785 3.501906
1995-96
to 2012-
13
18 2390.10 5744.00 3353.90 3555.7167 709.13544 2.916563
6.16.2 Production of Wheat in Karnataka
From Table-6.16.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Karnataka is 89.30, 211.80 and 122.50 respectively. Further
mean and standard deviation of Production of Wheat (in thousand
tonnes) in Karnataka is 159.8800 and 36.03507 respectively. And mean
growth rate of Production of Wheat (in thousand tonnes) in Karnataka
for Pre-WTO 15 years is 3.490129%.
From Table-6.16.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Karnataka is 96.20, 261.00 and 164.80 respectively. Further
mean and standard deviation of Production of Wheat (in thousand
tonnes) in Karnataka is 195.5611 and 45.68970 respectively. And mean
growth rate of Production of Wheat (in thousand tonnes) in Karnataka
for Post-WTO 18 years is 6.00816%.
From Table-6.16.2, it may be observed that for Production of
Wheat (in thousand tonnes) in Karnataka from Pre-WTO to Post-WTO
range has been increased by 42.3, which is desirable; mean has been
increased by 35.6811, which is desirable; standard deviation has been
Page | 229
increased by 9.65463, which is undesirable; and mean growth rate has
been increased by 2.518031, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Table-6.16.2; Production of Wheat in Karnataka
Production of Wheat (in thousand tonnes) in Karnataka
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 89.30 211.80 122.50 159.8800 36.03507 3.490129
1995-96
to 2012-
13
18 96.20 261.00 164.80 195.5611 45.68970 6.00816
6.16.3 Production of Coarse Cereals in Karnataka
From Table-6.16.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Karnataka is 3028.60, 4709.20 and 1680.60
respectively. Further mean and standard deviation of Production of
Coarse Cereals (in thousand tonnes) in Karnataka is 3911.0533 and
540.10819 respectively. And mean growth rate of Production of Coarse
Cereals (in thousand tonnes) in Karnataka for Pre-WTO 15 years is
4.257044%.
From Table-6.16.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Karnataka is 3346.40, 7501.00 and 4154.60
respectively. Further mean and standard deviation of Production of
Coarse Cereals (in thousand tonnes) in Karnataka is 5492.6778 and
1169.79101 respectively. And mean growth rate of Production of Coarse
Cereals (in thousand tonnes) in Karnataka for Post-WTO 18 years is
4.354722%.
From Table-6.16.3, it may be observed that for Production of
Coarse Cereals (in thousand tonnes) in Karnataka from Pre-WTO to
Post-WTO range has been increased by 2474, which is desirable; mean
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has been increased by 1581.625, which is desirable; standard deviation
has been increased by 629.6828, which is undesirable; and mean growth
rate has been increased by 0.097678, which is desirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and increase in
mean growth rate is a strongly desirable condition for the economy.
Table-6.16.3; Production of Coarse Cereals in Karnataka
Production of Coarse Cereals (in thousand tonnes) in Karnataka
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 3028.60 4709.20 1680.60 3911.0533 540.10819 4.257044
1995-96
to 2012-
13
18 3346.40 7501.00 4154.60 5492.6778 1169.79101 4.354722
6.16.4 Production of Pulses in Karnataka
From Table-6.16.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Karnataka is 462.50, 676.40 and 213.90 respectively. Further
mean and standard deviation of Production of Pulses (in thousand
tonnes) in Karnataka is 573.1400 and 68.44123 respectively. And mean
growth rate of Production of Pulses (in thousand tonnes) in Karnataka
for Pre-WTO 15 years is 3.838378%.
From Table-6.16.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Karnataka is 496.50, 1497.00 and 1000.50 respectively. Further
mean and standard deviation of Production of Pulses (in thousand
tonnes) in Karnataka is 908.7500 and 265.94096 respectively. And mean
growth rate of Production of Pulses (in thousand tonnes) in Karnataka
for Post-WTO 18 years is 7.022589 %.
From Table-6.16.4, it may be observed that for Production of Pulses
(in thousand tonnes) in Karnataka from Pre-WTO to Post-WTO range
has been increased by 786.6, which is desirable; mean has been increased
by 335.61, which is desirable; standard deviation has been increased by
Page | 231
197.4997, which is desirable; and mean growth rate has been increased by
3.184211, which is undesirable for the economy. Further from Pre-WTO to
Post-WTO increase in mean and increase in mean growth rate is a
strongly desirable condition for the economy.
Table-6.16.4; Production of Pulses in Karnataka
Table-6.16.4; Production of Pulses in Karnataka
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 462.50 676.40 213.90 573.1400 68.44123 3.838378
1995-96
to 2012-
13
18 496.50 1497.00 1000.50 908.7500 265.94096 7.022589
6.16.5 Production of Food Grains in Karnataka
From Table-6.16.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Karnataka is 5861.80, 8659.30 and 2797.50
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in Karnataka is 7113.2867 and 917.44982
respectively. And mean growth rate of Production of Food Grains (in
thousand tonnes) in Karnataka for Pre-WTO 15 years is 3.484286 %.
From Table-6.16.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Karnataka is 6562.10, 13489.00 and 6926.90
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in Karnataka is 10152.7056 and 1990.71965
respectively. And mean growth rate of Production of Food Grains (in
thousand tonnes) in Karnataka for Post-WTO 18 years is 3.660514 %.
From Table-6.16.5, it may be observed that for Production of Food
Grains (in thousand tonnes) in Karnataka from Pre-WTO to Post-WTO
range has been increased by 4129.4, which is desirable; mean has been
increased by 3039.419, which is desirable; standard deviation has been
Page | 232
increased by 1073.27, which is undesirable; and mean growth rate has
been increased by 0.176228, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Table-6.16.5; Production of Food Grains in Karnataka
Production of Food Grains (in thousand tonnes) in Karnataka
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 5861.80 8659.30 2797.50 7113.2867 917.44982 3.484286
1995-96
to 2012-
13
18 6562.10 13489.00 6926.90 10152.7056 1990.71965 3.660514
6.16.6 Production of Oilseeds in Karnataka
From Table-6.16.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Karnataka is 619.90, 1888.70 and 1268.80
respectively. Further mean and standard deviation of Production of
Oilseeds (in thousand tonnes) in Karnataka is 1306.8800 and 379.28317
respectively. And mean growth rate of Production of Oilseeds (in
thousand tonnes) in Karnataka for Pre-WTO 15 years is 8.821437%.
From Table-6.16.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Karnataka is 934.10, 1756.40 and 822.30
respectively. Further mean and standard deviation of Production of
Oilseeds (in thousand tonnes) in Karnataka is 1300.5333 and 304.15979
respectively. And mean growth rate of Production of Oilseeds (in
thousand tonnes) in Karnataka for Post-WTO 18 years is 0.451321 %.
From Table-6.16.6, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Karnataka from Pre-WTO to Post-
WTO range has been decreased by 446.5, which is undesirable; mean has
been decreased by 6.3467, which is undesirable; standard deviation has
been decreased by 75.1234, which is desirable; and mean growth rate has
Page | 233
been decreased by 8.37012, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO decrease in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.16.6; Production of Oilseeds in Karnataka
Production of Oilseeds (in thousand tonnes) in Karnataka
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 619.90 1888.70 1268.80 1306.8800 379.28317 8.821437
1995-96
to 2012-
13
18 934.10 1756.40 822.30 1300.5333 304.15979 0.451321
6.16.7 Production of Cotton in Karnataka
From Table-6.16.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Karnataka is 448.00 , 923.10 and 475.10 respectively. Further
mean and standard deviation of Production of Cotton (in thousand
tonnes) in Karnataka is 695.1867 and 159.30795 respectively. And mean
growth rate of Production of Cotton (in thousand tonnes) in Karnataka
for Pre-WTO 15 years is 7.072847 %.
From Table-6.16.7, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Karnataka is 264.60, 1250.00 and 985.40 respectively. Further
mean and standard deviation of Production of Cotton (in thousand
tonnes) in Karnataka is 783.9222 and 271.62794 respectively. And mean
growth rate of Production of Cotton (in thousand tonnes) in Karnataka
for Post-WTO 18 years is 9.580999 %.
From Table-6.16.7, it may be observed that for Production of
Cotton (in thousand tonnes) in Karnataka from Pre-WTO to Post-WTO
range has been increased by 510.3, which is desirable; mean has been
increased by 88.7355, which is desirable; standard deviation has been
increased by 112.32, which is undesirable; and mean growth rate has
been increased by 2.508152, which is desirable for the economy. Further
Page | 234
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Table-6.16.7; Production of Cotton in Karnataka
Production of Cotton (in thousand tonnes) in Karnataka
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 448.00 923.10 475.10 695.1867 159.30795 7.072847
1995-96
to 2012-
13
18 264.60 1250.00 985.40 783.9222 271.62794 9.580999
6.16.8 Production of Sugarcane in Karnataka
From Table-6.16.8, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Karnataka is 12421.00, 33092.70 and 20671.70
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in Karnataka is 18752.2133 and
5979.17455 respectively. And mean growth rate of Production of
Sugarcane (in thousand tonnes) in Karnataka for Pre-WTO 15 years is
7.74825 %.
From Table-6.16.8, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Karnataka is 14276.00, 42923.50 and 28647.50
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in Karnataka is 28977.2944 and
8215.36048 respectively. And mean growth rate of Production of
Sugarcane (in thousand tonnes) in Karnataka for Post-WTO 18 years is
5.383452 %.
From Table-6.16.8, it may be observed that for Production of
Sugarcane (in thousand tonnes) in Karnataka from Pre-WTO to Post-
WTO range has been increased by 7975.8, which is desirable; mean has
been increased by 10225.08, which is desirable; standard deviation has
been increased by 2236.186, which is undesirable; and mean growth rate
Page | 235
has been decreased by 2.3648, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.16.8; Production of Sugarcane in Karnataka
Production of Sugarcane (in thousand tonnes) in Karnataka
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 12421.00 33092.70 20671.70 18752.2133 5979.17455 7.74825
1995-96
to 2012-
13
18 14276.00 42923.50 28647.50 28977.2944 8215.36048 5.383452
6.16.9 Production of Raw Jute & Mesta in Karnataka
From Table-6.16.9, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Karnataka is 11.10, 47.70 and 36.60 respectively.
Further mean and standard deviation of Production of Raw Jute &
Mesta (in thousand tonnes) in Karnataka is 35.1400 and 12.19589
respectively. And mean growth rate of Production of Raw Jute & Mesta
(in thousand tonnes) in Karnataka for Pre-WTO 15 years is -8.69178 %.
From Table-6.16.9, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Karnataka is 1.00, 10.10 and 9.10 respectively.
Further mean and standard deviation of Production of Raw Jute &
Mesta (in thousand tonnes) in Karnataka is 4.1056 and 3.16850
respectively. And mean growth rate of Production of Raw Jute & Mesta
(in thousand tonnes) in Karnataka for Post-WTO 18 years is -8.0246%.
From Table-6.16.9, it may be observed that for Production of Raw
Jute & Mesta (in thousand tonnes) in Karnataka from Pre-WTO to
Post-WTO range has been decreased by 27.5, which is undesirable; mean
has been decreased by 31.0344, which is undesirable; standard deviation
has been decreased by 9.02739, which is desirable; and mean growth rate
has been increased by 0.66718, which is desirable for the economy. Further
Page | 236
from Pre-WTO to Post-WTO decrease in mean and increase in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.16.9; Production of Raw Jute & Mesta in Karnataka
Production of Raw Jute & Mesta (in thousand tonnes) in Karnataka
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 11.10 47.70 36.60 35.1400 12.19589 -8.69178
1995-96
to 2012-
13
18 1.00 10.10 9.10 4.1056 3.16850 -8.0246
6.17 Production of Food Grain and Major Non-Food Grain Crops in Kerala
6.17.1 Production of Rice in Kerala
From Table-6.17.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Kerala is 975.10, 1339.70 and 364.60 respectively. Further mean
and standard deviation of Production of Rice (in thousand tonnes) in
Kerala is 1134.4400 and 117.83718 respectively. And mean growth rate of
Production of Rice (in thousand tonnes) in Kerala for Pre-WTO 15
years is -1.7651 %.
From Table-6.17.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Kerala is 528.50, 953.00 and 424.50 respectively. Further mean
and standard deviation of Production of Rice (in thousand tonnes) in
Kerala is 669.4833 and 115.76567 respectively. And mean growth rate of
Production of Rice (in thousand tonnes) in Kerala for Post-WTO 18
years is -2.96914 %.
From Table-6.17.1, it may be observed that for Production of Rice
(in thousand tonnes) in Kerala from Pre-WTO to Post-WTO range has
been increased by 59.9, which is desirable; mean has been decreased by
464.957, which is undesirable; standard deviation has been decreased by
2.07151, which is desirable; and mean growth rate has been decreased by
Page | 237
1.20404, which is undesirable for the economy. Further from Pre-WTO to
Post-WTO decrease in mean and decrease in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.17.1; Production of Rice in Kerala
Production of Rice (in thousand tonnes) in Kerala
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 975.10 1339.70 364.60 1134.4400 117.83718 -1.7651
1995-96
to 2012-
13
18 528.50 953.00 424.50 669.4833 115.76567 -2.96914
6.17.2 Production of Coarse Cereals in Kerala
From Table-6.17.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Kerala is 3.10, 7.10 and 4.00 respectively. Further
mean and standard deviation of Production of Coarse Cereals (in
thousand tonnes) in Kerala is 4.6733 and 1.39154 respectively. And mean
growth rate of Production of Coarse Cereals (in thousand tonnes) in
Kerala for Pre-WTO 15 years is 4.669019 %.
From Table-6.17.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Kerala is .30, 6.00 and 5.70 respectively. Further
mean and standard deviation of Production of Coarse Cereals (in
thousand tonnes) in Kerala is 2.9222 and 2.00016 respectively. And mean
growth rate of Production of Coarse Cereals (in thousand tonnes) in
Kerala for Post-WTO 18 years is -4.47319 %.
From Table-6.17.2, it may be observed that for Production of
Coarse Cereals (in thousand tonnes) in Kerala from Pre-WTO to Post-
WTO range has been increased by 1.7, which is desirable; mean has been
decreased by 1.7511, which is undesirable; standard deviation has been
increased by 0.60862, which is undesirable; and mean growth rate has
been decreased by 9.14221, which is undesirable for the economy. Further
Page | 238
from Pre-WTO to Post-WTO decrease in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.17.2; Production of Coarse Cereals in Kerala
Production of Coarse Cereals (in thousand tonnes) in Kerala
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 3.10 7.10 4.00 4.6733 1.39154 4.669019
1995-96
to 2012-
13
18 .30 6.00 5.70 2.9222 2.00016 -4.47319
6.17.3 Production of Pulses in Kerala
From Table-6.17.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Kerala is 16.70, 33.30 and 16.60 respectively. Further mean and
standard deviation of Production of Pulses (in thousand tonnes) in
Kerala is 21.0067 and 3.96961 respectively. And mean growth rate of
Production of Pulses (in thousand tonnes) in Kerala for Pre-WTO 15
years is 1.485565 %.
From Table-6.17.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Kerala is 1.60, 27.60 and 26.00 respectively. Further mean and
standard deviation of Production of Pulses (in thousand tonnes) in
Kerala is 9.9167 and 7.23417 respectively. And mean growth rate of
Production of Pulses (in thousand tonnes) in Kerala for Post-WTO 18
years is -2.94911 %.
From Table-6.17.3, it may be observed that for Production of Pulses
(in thousand tonnes) in Kerala from Pre-WTO to Post-WTO range has
been increased by 9.4, which is desirable; mean has been decreased by
11.09, which is undesirable; standard deviation has been increased by
3.26456, which is undesirable; and mean growth rate has been decreased
by 4.434668, which is undesirable for the economy. Further from Pre-
Page | 239
WTO to Post-WTO decrease in mean and decrease in mean growth rate
is a strongly undesirable condition for the economy.
Table-6.17.3; Production of Pulses in Kerala
Production of Pulses (in thousand tonnes) in Kerala
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 16.70 33.30 16.60 21.0067 3.96961 1.485565
1995-96
to 2012-
13
18 1.60 27.60 26.00 9.9167 7.23417
-2.94911
6.17.4 Production of Food Grains in Kerala
From Table-6.17.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Kerala is 999.90, 1364.10 and 364.20 respectively.
Further mean and standard deviation of Production of Food Grains (in
thousand tonnes) in Kerala is 1160.1200 and 116.82086 respectively. And
mean growth rate of Production of Food Grains (in thousand tonnes) in
Kerala for Pre-WTO 15 years is -1.73839 %.
From Table-6.17.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Kerala is 532.90, 973.60 and 440.70 respectively.
Further mean and standard deviation of Production of Food Grains (in
thousand tonnes) in Kerala is 682.3111 and 122.27178 respectively. And
mean growth rate of Production of Food Grains (in thousand tonnes) in
Kerala for Post-WTO 18 years is -3.10924 %.
From Table-6.17.4, it may be observed that for Production of Food
Grains (in thousand tonnes) in Kerala from Pre-WTO to Post-WTO
range has been increased by 76.5, which is desirable; mean has been
decreased by 477.809, which is undesirable; standard deviation has been
increased by 5.45092, which is undesirable; and mean growth rate has
been decreased by 1.37085, which is undesirable for the economy. Further
Page | 240
from Pre-WTO to Post-WTO decrease in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.17.4; Production of Food Grains in Kerala
Production of Food Grains (in thousand tonnes) in Kerala
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 999.90 1364.10 364.20 1160.1200 116.82086 -1.73839
1995-96
to 2012-
13
18 532.90 973.60 440.70 682.3111 122.27178 -3.10924
6.17.5 Production of Oilseeds in Kerala
From Table-6.17.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Kerala is 7.70, 18.60 and 10.90 respectively. Further
mean and standard deviation of Production of Oilseeds (in thousand
tonnes) in Kerala is 12.4200 and 2.78804 respectively. And mean growth
rate of Production of Oilseeds (in thousand tonnes) in Kerala for Pre-
WTO 15 years is 5.856611 %.
From Table-6.17.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Kerala is 1.00, 11.80 and 10.80 respectively. Further
mean and standard deviation of Production of Oilseeds (in thousand
tonnes) in Kerala is 4.2000 and 3.60114 respectively. And mean growth
rate of Production of Oilseeds (in thousand tonnes) in Kerala for Post-
WTO 18 years is -8.21999 %.
From Table-6.17.5, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Kerala from Pre-WTO to Post-WTO
range has been decreased by 0.1, which is undesirable; mean has been
decreased by 8.22, which is undesirable; standard deviation has been
increased by 0.8131, which is undesirable; and mean growth rate has
been decreased by 14.0766, which is undesirable for the economy. Further
Page | 241
from Pre-WTO to Post-WTO decrease in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.17.5; Production of Oilseeds in Kerala
Production of Oilseeds (in thousand tonnes) in Kerala
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 7.70 18.60 10.90 12.4200 2.78804 5.856611
1995-96
to 2012-
13
18 1.00 11.80 10.80 4.2000 3.60114 -8.21999
6.17.6 Production of Cotton in Kerala
From Table-6.17.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Kerala is 7.40, 21.80 and 14.40 respectively. Further mean and
standard deviation of Production of Cotton (in thousand tonnes) in
Kerala is 11.9533 and 4.57912 respectively. And mean growth rate of
Production of Cotton (in thousand tonnes) in Kerala for Pre-WTO 15
years is 8.367802 %.
From Table-6.17.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Kerala is .00, 24.20 and 24.20 respectively. Further mean and
standard deviation of Production of Cotton (in thousand tonnes) in
Kerala is 7.4059 and 8.08034 respectively. And mean growth rate of
Production of Cotton (in thousand tonnes) in Kerala for Post-WTO 18
years is -20.2625 %.
From Table-6.17.6, it may be observed that for Production of
Cotton (in thousand tonnes) in Kerala from Pre-WTO to Post-WTO
range has been increased by 9.8, which is desirable; mean has been
decreased by 4.5474, which is undesirable; standard deviation has been
increased by 3.50122, which is undesirable; and mean growth rate has
been decreased by 28.6303, which is undesirable for the economy. Further
Page | 242
from Pre-WTO to Post-WTO decrease in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.17.6; Production of Cotton in Kerala
Production of Cotton (in thousand tonnes) in Kerala
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 7.40 21.80 14.40 11.9533 4.57912 8.367802
1995-96
to 2012-
13
18 .00 24.20 24.20 7.4059 8.08034 -20.2625
6.17.7 Production of Sugarcane in Kerala
From Table-6.17.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Kerala is 411.80 , 870.60 and 458.80 respectively.
Further mean and standard deviation of Production of Sugarcane (in
thousand tonnes) in Kerala is 531.6933 and 137.54788 respectively. And
mean growth rate of Production of Sugarcane (in thousand tonnes) in
Kerala for Pre-WTO 15 years is 3.575729 %.
From Table-6.17.7, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Kerala is 110.30 , 916.50 and 806.20 respectively.
Further mean and standard deviation of Production of Sugarcane (in
thousand tonnes) in Kerala is 358.5278 and 206.02945 respectively. And
mean growth rate of Production of Sugarcane (in thousand tonnes) in
Kerala for Post-WTO 18 years is 6.065631 %.
From Table-6.17.7, it may be observed that for Production of
Sugarcane (in thousand tonnes) in Kerala from Pre-WTO to Post-WTO
range has been increased by 347.4, which is desirable; mean has been
decreased by 173.166, which is undesirable; standard deviation has been
increased by 68.48157, which is undesirable; and mean growth rate has
been increased by 2.489902, which is desirable for the economy. Further
Page | 243
from Pre-WTO to Post-WTO decrease in mean and increase in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.17.7; Production of Sugarcane in Kerala
Production of Sugarcane (in thousand tonnes) in Kerala
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 411.80 870.60 458.80 531.6933 137.54788 3.575729
1995-96
to 2012-
13
18 110.30 916.50 806.20 358.5278 206.02945 6.065631
6.18 Production of Food Grain and Major Non-Food Grain Crops in
Madhya Pradesh (and Chhattisgarh)
6.18.1 Production of Rice in Madhya Pradesh (and Chhattisgarh)
From Table-6.18.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Madhya Pradesh (and Chhattisgarh) is 3451.00, 6463.00 and
3012.00 respectively. Further mean and standard deviation of Production
of Rice (in thousand tonnes) in Madhya Pradesh (and Chhattisgarh) is
4774.0733 and 885.84821 respectively. And mean growth rate of
Production of Rice (in thousand tonnes) in Madhya Pradesh (and
Chhattisgarh) for Pre-WTO 15 years is 5.14788 %.
From Table-6.18.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Madhya Pradesh (and Chhattisgarh) is 3351.40, 9383.80 and
6032.40 respectively. Further mean and standard deviation of Production
of Rice (in thousand tonnes) in Madhya Pradesh (and Chhattisgarh) is
6159.3556 and 1499.25187 respectively. And mean growth rate of
Production of Rice (in thousand tonnes) in Madhya Pradesh (and
Chhattisgarh) for Post-WTO 18 years is 9.781496 %.
From Table-6.18.1, it may be observed that for Production of Rice
(in thousand tonnes) in Madhya Pradesh (and Chhattisgarh) from Pre-
WTO to Post-WTO range has been increased by 3020.4, which is
Page | 244
desirable; mean has been increased by 1385.282, which is desirable;
standard deviation has been increased by 613.4037, which is undesirable;
and mean growth rate has been increased by 4.633616, which is desirable
for the economy. Further from Pre-WTO to Post-WTO increase in mean
and increase in mean growth rate is a strongly desirable condition for the
economy.
Table-6.18.1; Production of Rice in Madhya Pradesh (and
Chhattisgarh)
Production of Rice (in thousand tonnes) in Madhya Pradesh (and Chhattisgarh)
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 3451.00 6463.00 3012.00 4774.0733 885.84821 5.14788
1995-96
to 2012-
13
18 3351.40 9383.80 6032.40 6159.3556 1499.25187 9.781496
6.18.2 Production of Wheat in Madhya Pradesh (and Chhattisgarh)
From Table-6.18.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Madhya Pradesh (and Chhattisgarh) is 3143.50, 7278.60 and
4135.10 respectively. Further mean and standard deviation of Production
of Wheat (in thousand tonnes) in Madhya Pradesh (and Chhattisgarh) is
4717.0133 and 1175.25218 respectively. And mean growth rate of
Production of Wheat (in thousand tonnes) in Madhya Pradesh (and
Chhattisgarh) for Pre-WTO 15 years is 7.126866 %.
From Table-6.18.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Madhya Pradesh (and Chhattisgarh) is 4948.90, 13274.70 and
8325.80 respectively. Further mean and standard deviation of Production
of Wheat (in thousand tonnes) in Madhya Pradesh (and Chhattisgarh) is
7486.8167 and 1972.25502 respectively. And mean growth rate of
Production of Wheat (in thousand tonnes) in Madhya Pradesh (and
Chhattisgarh) for Post-WTO 18 years is 6.640148 %.
Page | 245
From Table-6.18.2, it may be observed that for Production of
Wheat (in thousand tonnes) in Madhya Pradesh (and Chhattisgarh)
from Pre-WTO to Post-WTO range has been increased by 4190.7, which
is desirable; mean has been increased by 2769.803, which is desirable;
standard deviation has been increased by 797.0028, which is undesirable;
and mean growth rate has been decreased by 0.48672, which is
undesirable for the economy. Further from Pre-WTO to Post-WTO
increase in mean and decrease in mean growth rate is a strongly
undesirable condition for the economy.
Table-6.18.2; Production of Wheat in Madhya Pradesh (and
Chhattisgarh)
Production of Wheat (in thousand tonnes) in Madhya Pradesh (and Chhattisgarh)
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 3143.50 7278.60 4135.10 4717.0133 1175.25218 7.126866
1995-96
to 2012-
13
18 4948.90 13274.70 8325.80 7486.8167 1972.25502 6.640148
6.18.3 Production of Coarse Cereals in Madhya Pradesh (and Chhattisgarh)
From Table-6.18.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Madhya Pradesh (and Chhattisgarh) is 2032.90,
3829.00 and 1796.10 respectively. Further mean and standard deviation of
Production of Coarse Cereals (in thousand tonnes) in Madhya Pradesh
(and Chhattisgarh) is 3114.3067 and 496.49200 respectively. And mean
growth rate of Production of Coarse Cereals (in thousand tonnes) in
Madhya Pradesh (and Chhattisgarh) for Pre-WTO 15 years is -0.48526
%.
From Table-6.18.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Madhya Pradesh (and Chhattisgarh) is 2027.90,
3566.70 and 1538.80 respectively. Further mean and standard deviation of
Page | 246
Production of Coarse Cereals (in thousand tonnes) in Madhya Pradesh
(and Chhattisgarh) is 2495.8722 and 335.98606 respectively. And mean
growth rate of Production of Coarse Cereals (in thousand tonnes) in
Madhya Pradesh (and Chhattisgarh) for Post-WTO 18 years is 1.868731
%.
From Table-6.18.3, it may be observed that for Production of
Coarse Cereals (in thousand tonnes) in Madhya Pradesh (and
Chhattisgarh) from Pre-WTO to Post-WTO range has been decreased by
257.3, which is undesirable; mean has been decreased by 618.4345, which
is undesirable; standard deviation has been decreased by 160.5059, which
is desirable; and mean growth rate has been increased by 2.235399, which
is desirable for the economy. Further from Pre-WTO to Post-WTO
decrease in mean and increase in mean growth rate is a strongly
undesirable condition for the economy.
Table-6.18.3; Production of Coarse Cereals in Madhya Pradesh (and
Chhattisgarh)
Production of Coarse Cereals (in thousand tonnes) in Madhya Pradesh (and Chhattisgarh)
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 2032.90 3829.00 1796.10 3114.3067 496.49200 -0.48526
1995-96
to 2012-
13
18 2027.90 3566.70 1538.80 2495.8722 335.98606 1.868731
6.18.4 Production of Pulses in Madhya Pradesh (and Chhattisgarh)
From Table-6.18.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Madhya Pradesh (and Chhattisgarh) is 2010.80, 3653.80 and
1643.00 respectively. Further mean and standard deviation of Production
of Pulses (in thousand tonnes) in Madhya Pradesh (and Chhattisgarh) is
2727.6933 and 392.84982 respectively. And mean growth rate of
Production of Pulses (in thousand tonnes) in Madhya Pradesh (and
Chhattisgarh) for Pre-WTO 15 years is 4.916444 %.
Page | 247
From Table-6.18.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Madhya Pradesh (and Chhattisgarh) is 2542.90, 5618.10 and
3075.20 respectively. Further mean and standard deviation of Production
of Pulses (in thousand tonnes) in Madhya Pradesh (and Chhattisgarh) is
3726.5000 and 710.14442 respectively. And mean growth rate of
Production of Pulses (in thousand tonnes) in Madhya Pradesh (and
Chhattisgarh) for Post-WTO 18 years is 5.944395 %.
From Table-6.18.4, it may be observed that for Production of Pulses
(in thousand tonnes) in Madhya Pradesh (and Chhattisgarh) from Pre-
WTO to Post-WTO range has been increased by 1432, which is desirable;
mean has been increased by 998.8067, which is desirable; standard
deviation has been increased by 317.2946, which is undesirable; and mean
growth rate has been increased by 1.02795, which is desirable for the
economy. Further from Pre-WTO to Post-WTO increase in mean and
increase in mean growth rate is a strongly desirable condition for the
economy.
Table-6.18.4; Production of Pulses in Madhya Pradesh (and
Chhattisgarh)
Production of Pulses (in thousand tonnes) in Madhya Pradesh (and Chhattisgarh)
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 2010.80 3653.80 1643.00 2727.6933 392.84982 4.916444
1995-96
to 2012-
13
18 2542.90 5618.10 3075.20 3726.5000 710.14442 5.944395
6.18.5 Production of Food Grains in Madhya Pradesh (and Chhattisgarh)
From Table-6.18.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Madhya Pradesh (and Chhattisgarh) is 12411.90,
19428.30 and 7016.40 respectively. Further mean and standard deviation
of Production of Food Grains (in thousand tonnes) in Madhya Pradesh
Page | 248
(and Chhattisgarh) is 15326.4600 and 2254.13503 respectively. And mean
growth rate of Production of Food Grains (in thousand tonnes) in
Madhya Pradesh (and Chhattisgarh) for Pre-WTO 15 years is 3.962425
%.
From Table-6.18.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Madhya Pradesh (and Chhattisgarh) is 13086.70 ,
31048.40 and 17961.70 respectively. Further mean and standard deviation
of Production of Food Grains (in thousand tonnes) in Madhya Pradesh
(and Chhattisgarh) is 19868.5444 and 3981.48823 respectively. And mean
growth rate of Production of Food Grains (in thousand tonnes) in
Madhya Pradesh (and Chhattisgarh) for Post-WTO 18 years is 5.796317
%.
From Table-6.18.5, it may be observed that for Production of Food
Grains (in thousand tonnes) in Madhya Pradesh (and Chhattisgarh)
from Pre-WTO to Post-WTO range has been increased by 10945, which
is desirable; mean has been increased by 4542.084, which is desirable;
standard deviation has been increased by 1727.353, which is undesirable;
and mean growth rate has been increased by 1.83389, which is desirable
for the economy. Further from Pre-WTO to Post-WTO increase in mean
and increase in mean growth rate is a strongly desirable condition for the
economy.
Table-6.18.5; Production of Food Grains in Madhya Pradesh (and
Chhattisgarh)
Production of Food Grains (in thousand tonnes) in Madhya Pradesh (and Chhattisgarh)
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 12411.90 19428.30 7016.40 15326.4600 2254.13503 3.962425
1995-96
to 2012-
13
18 13086.70 31048.40 17961.70 19868.5444 3981.48823 5.796317
6.18.6 Production of Oilseeds in Madhya Pradesh (and Chhattisgarh)
Page | 249
From Table-6.18.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Madhya Pradesh (and Chhattisgarh) is 833.30,
4735.10and 3901.80 respectively. Further mean and standard deviation of
Production of Oilseeds (in thousand tonnes) in Madhya Pradesh (and
Chhattisgarh) is 3901.80 and 1244.68141 respectively. And mean growth
rate of Production of Oilseeds (in thousand tonnes) in Madhya Pradesh
(and Chhattisgarh) for Pre-WTO 15 years is 12.99809 %.
From Table-6.18.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Madhya Pradesh (and Chhattisgarh) is 3244.60,
9495.70 and 6251.10 respectively. Further mean and standard deviation of
Production of Oilseeds (in thousand tonnes) in Madhya Pradesh (and
Chhattisgarh) is 6043.5778 and 1555.27029 respectively. And mean
growth rate of Production of Oilseeds (in thousand tonnes) in Madhya
Pradesh (and Chhattisgarh) for Post-WTO 18 years is 6.081188 %.
From Table-6.18.6, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Madhya Pradesh (and Chhattisgarh)
from Pre-WTO to Post-WTO range has been increased by 2349, which is
desirable; mean has been increased by 2141.778, which is desirable;
standard deviation has been increased by 10.5889, which is undesirable;
and mean growth rate has been decreased by 6.9169, which is undesirable
for the economy. Further from Pre-WTO to Post-WTO increase in mean
and decrease in mean growth rate is a strongly undesirable condition for
the economy.
Table-6.18.6; Production of Oilseeds in Madhya Pradesh (and
Chhattisgarh)
Production of Oilseeds (in thousand tonnes) in Madhya Pradesh (and Chhattisgarh)
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 833.30 4735.10 3901.80 3901.80 1244.68141 12.99809
Page | 250
1995-96
to 2012-
13
18 3244.60 9495.70 6251.10 6043.5778 1555.27029 6.081188
6.18.7 Production of Cotton in Madhya Pradesh (and Chhattisgarh)
From Table-6.18.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Madhya Pradesh (and Chhattisgarh) is 210.20, 420.30 and
210.10 respectively. Further mean and standard deviation of Production
of Cotton (in thousand tonnes) in Madhya Pradesh (and Chhattisgarh)
is 315.7267 and 64.80957 respectively. And mean growth rate of
Production of Cotton (in thousand tonnes) in Madhya Pradesh (and
Chhattisgarh) for Pre-WTO 15 years is 4.76035 %.
From Table-6.18.7, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Madhya Pradesh (and Chhattisgarh) is 245.10, 2200.00 and
1954.90 respectively. Further mean and standard deviation of Production
of Cotton (in thousand tonnes) in Madhya Pradesh (and Chhattisgarh)
is 825.1389 and 603.44960 respectively. And mean growth rate of
Production of Cotton (in thousand tonnes) in Madhya Pradesh (and
Chhattisgarh) for Post-WTO 18 years is 15.23718 %.
From Table-6.18.7, it may be observed that for Production of
Cotton (in thousand tonnes) in Madhya Pradesh (and Chhattisgarh)
from Pre-WTO to Post-WTO range has been increased by 1745, which is
desirable; mean has been increased by 509.4122, which is desirable;
standard deviation has been increased by 538.64, which is undesirable;
and mean growth rate has been increased by 10.4768, which is desirable
for the economy. Further from Pre-WTO to Post-WTO increase in mean
and increase in mean growth rate is a strongly desirable condition for the
economy.
Table-6.18.7; Production of Cotton in Madhya Pradesh (and
Chhattisgarh)
Production of Cotton (in thousand tonnes) in Madhya Pradesh (and Chhattisgarh)
Period No. of Minimum Maximum Range Mean Standard Mean
Page | 251
Years Deviation Growth
Rate in
%
1980-81
to 1994-
95
15 210.20 420.30 210.10 315.7267 64.80957 4.76035
1995-96
to 2012-
13
18 245.10 2200.00 1954.90 825.1389 603.44960 15.23718
6.18.8 Production of Sugarcane in Madhya Pradesh (and Chhattisgarh)
From Table-6.18.8, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Madhya Pradesh (and Chhattisgarh) is 1071.20,
1646.30 and 575.10 respectively. Further mean and standard deviation of
Production of Sugarcane (in thousand tonnes) in Madhya Pradesh (and
Chhattisgarh) is 1387.3733 and 191.30674 respectively. And mean growth
rate of Production of Sugarcane (in thousand tonnes) in Madhya
Pradesh (and Chhattisgarh) for Pre-WTO 15 years is 3.092353 %.
From Table-6.18.8, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Madhya Pradesh (and Chhattisgarh) is 1573.00,
3207.50 and 1634.50 respectively. Further mean and standard deviation of
Production of Sugarcane (in thousand tonnes) in Madhya Pradesh (and
Chhattisgarh) is 2242.3333 and 573.53003 respectively. And mean growth
rate of Production of Sugarcane (in thousand tonnes) in Madhya
Pradesh (and Chhattisgarh) for Post-WTO 18 years is 2.362386 %.
From Table-6.18.8, it may be observed that for Production of
Sugarcane (in thousand tonnes) in Madhya Pradesh (and Chhattisgarh)
from Pre-WTO to Post-WTO range has been increased by 1059, which is
desirable; mean has been increased by 854.96, which is desirable;
standard deviation has been increased by 382.2233, which is undesirable;
and mean growth rate has been decreased by 0.72997, which is
undesirable for the economy. Further from Pre-WTO to Post-WTO
increase in mean and decrease in mean growth rate is a strongly
undesirable condition for the economy.
Page | 252
Table-6.18.8; Production of Sugarcane in Madhya Pradesh (and
Chhattisgarh)
Production of Sugarcane (in thousand tonnes) in Madhya Pradesh (and Chhattisgarh)
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 1071.20 1646.30 575.10 1387.3733 191.30674 3.092353
1995-96
to 2012-
13
18 1573.00 3207.50 1634.50 2242.3333 573.53003 2.362386
6.18.9 Production of Raw Jute & Mesta in Madhya Pradesh (and
Chhattisgarh)
From Table-6.18.9, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Madhya Pradesh (and Chhattisgarh) is 5.10,
20.50 and 15.40 respectively. Further mean and standard deviation of
Production of Raw Jute & Mesta (in thousand tonnes) in Madhya
Pradesh (and Chhattisgarh) is 9.7000 and 4.21189 respectively. And
mean growth rate of Production of Raw Jute & Mesta (in thousand
tonnes) in Madhya Pradesh (and Chhattisgarh) for Pre-WTO 15 years is
-4.53253 %.
From Table-6.18.9, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Madhya Pradesh (and Chhattisgarh) is 3.10 ,
10.50 and 7.40 respectively. Further mean and standard deviation of
Production of Raw Jute & Mesta (in thousand tonnes) in Madhya
Pradesh (and Chhattisgarh) is 5.1500 and 1.65893 respectively. And
mean growth rate of Production of Raw Jute & Mesta (in thousand
tonnes) in Madhya Pradesh (and Chhattisgarh) for Post-WTO 18 years
is 2.861143 %.
From Table-6.18.9, it may be observed that for Production of Raw
Jute & Mesta (in thousand tonnes) in Madhya Pradesh (and
Chhattisgarh) from Pre-WTO to Post-WTO range has been decreased by
Page | 253
8, which is undesirable; mean has been decreased by 4.55, which is
undesirable; standard deviation has been decreased by 2.55296, which is
desirable; and mean growth rate has been increased by 7.39367, which is
desirable for the economy. Further from Pre-WTO to Post-WTO decrease
in mean and increase in mean growth rate is a strongly undesirable
condition for the economy.
Table-6.18.9; Production of Raw Jute & Mesta in Madhya Pradesh (and
Chhattisgarh)
Production of Raw Jute & Mesta (in thousand tonnes) in Madhya Pradesh (and
Chhattisgarh)
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 5.10 20.50 15.40 9.7000 4.21189 -4.53253
1995-96
to 2012-
13
18 3.10 10.50 7.40 5.1500 1.65893 2.861143
6.19 Production of Food Grain and Major Non-Food Grain Crops in
Maharashtra
6.19.1 Production of Rice in Maharashtra
From Table-6.19.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Maharashtra is 1712.80, 2652.10 and 939.30 respectively.
Further mean and standard deviation of Production of Rice (in thousand
tonnes) in Maharashtra is 2227.8733 and 279.93079 respectively. And
mean growth rate of Production of Rice (in thousand tonnes) in
Maharashtra for Pre-WTO 15 years is 1.845917 %.
From Table-6.19.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Maharashtra is 1854.00, 3042.00 and 1188.00 respectively.
Further mean and standard deviation of Production of Rice (in thousand
tonnes) in Maharashtra is 2518.6722 and 328.53690 respectively. And
mean growth rate of Production of Rice (in thousand tonnes) in
Maharashtra for Post-WTO 18 years is 3.282879 %.
Page | 254
From Table-6.19.1, it may be observed that for Production of Rice
(in thousand tonnes) in Maharashtra from Pre-WTO to Post-WTO
range has been increased by 248.7, which is desirable; mean has been
increased by 290.7989, which is desirable; standard deviation has been
increased by 48.60611, which is undesirable; and mean growth rate has
been increased by 1.43696, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Table-6.19.1; Production of Rice in Maharashtra
Production of Rice (in thousand tonnes) in Maharashtra
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 1712.80 2652.10 939.30 2227.8733 279.93079 1.845917
1995-96
to 2012-
13
18 1854.00 3042.00 1188.00 2518.6722 328.53690 3.282879
6.19.2 Production of Wheat in Maharashtra
From Table-6.19.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Maharashtra is 536.40, 1142.10 and 605.70 respectively.
Further mean and standard deviation of Production of Wheat (in
thousand tonnes) in Maharashtra is 866.3533 and 190.08283 respectively.
And mean growth rate of Production of Wheat (in thousand tonnes) in
Maharashtra for Pre-WTO 15 years is 4.804944 %.
From Table-6.19.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Maharashtra is 671.00, 2292.00 and 1621.00 respectively.
Further mean and standard deviation of Production of Wheat (in
thousand tonnes) in Maharashtra is 1285.2833 and 449.97596
respectively. And mean growth rate of Production of Wheat (in thousand
tonnes) in Maharashtra for Post-WTO 18 years is 5.679186 %.
Page | 255
From Table-6.19.2, it may be observed that for Production of
Wheat (in thousand tonnes) in Maharashtra from Pre-WTO to Post-
WTO range has been increased by 1015, which is desirable; mean has
been increased by 418.93, which is desirable; standard deviation has been
increased by 259.8931, which is undesirable; and mean growth rate has
been increased by 0.87424, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Table-6.19.2; Production of Wheat in Maharashtra
Production of Wheat (in thousand tonnes) in Maharashtra
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 536.40 1142.10 605.70 866.3533 190.08283 4.804944
1995-96
to 2012-
13
18 671.00 2292.00 1621.00 1285.2833 449.97596 5.679186
6.19.3 Production of Coarse Cereals in Maharashtra
From Table-6.19.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Maharashtra is 3881.20, 9054.30 and 5173.10
respectively. Further mean and standard deviation of Production of
Coarse Cereals (in thousand tonnes) in Maharashtra is 6299.7933 and
1434.67321 respectively. And mean growth rate of Production of Coarse
Cereals (in thousand tonnes) in Maharashtra for Pre-WTO 15 years is
6.647552 %.
From Table-6.19.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Maharashtra is 4359.00, 8784.20 and 4425.20
respectively. Further mean and standard deviation of Production of
Coarse Cereals (in thousand tonnes) in Maharashtra is 6132.9111 and
961.30318 respectively. And mean growth rate of Production of Coarse
Page | 256
Cereals (in thousand tonnes) in Maharashtra for Post-WTO 18 years is -
0.47714 %.
From Table-6.19.3, it may be observed that for Production of
Coarse Cereals (in thousand tonnes) in Maharashtra from Pre-WTO to
Post-WTO range has been decreased by 747.9, which is undesirable;
mean has been decreased by 166.8822, which is undesirable; standard
deviation has been decreased by 473.37, which is desirable; and mean
growth rate has been decreased by 7.12469, which is undesirable for the
economy. Further from Pre-WTO to Post-WTO decrease in mean and
decrease in mean growth rate is a strongly undesirable condition for the
economy.
Table-6.19.3; Production of Coarse Cereals in Maharashtra
Production of Coarse Cereals (in thousand tonnes) in Maharashtra
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 3881.20 9054.30 5173.10 6299.7933 1434.67321 6.647552
1995-96
to 2012-
13
18 4359.00 8784.20 4425.20 6132.9111 961.30318 -0.47714
6.19.4 Production of Pulses in Maharashtra
From Table-6.19.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Maharashtra is 831.20, 2205.30 and 1374.10 respectively.
Further mean and standard deviation of Production of Pulses (in
thousand tonnes) in Maharashtra is 1355.4200 and 406.70569
respectively. And mean growth rate of Production of Pulses (in thousand
tonnes) in Maharashtra for Pre-WTO 15 years is 9.590773 %.
From Table-6.19.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Maharashtra is 1187.80, 3146.00 and 1958.20 respectively.
Further mean and standard deviation of Production of Pulses (in
thousand tonnes) in Maharashtra is 2100.5611 and 487.60368
Page | 257
respectively. And mean growth rate of Production of Pulses (in thousand
tonnes) in Maharashtra for Post-WTO 18 years is 7.452373 %.
From Table-6.19.4, it may be observed that for Production of Pulses
(in thousand tonnes) in Maharashtra from Pre-WTO to Post-WTO
range has been increased by 584.1 , which is desirable; mean has been
increased by 745.1411, which is desirable; standard deviation has been
increased by 80.89799, which is undesirable; and mean growth rate has
been decreased by 2.1384, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.19.4; Production of Pulses in Maharashtra
Production of Pulses (in thousand tonnes) in Maharashtra
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 831.20 2205.30 1374.10 1355.4200 406.70569 9.590773
1995-96
to 2012-
13
18 1187.80 3146.00 1958.20 2100.5611 487.60368 7.452373
6.19.5 Production of Food Grains in Maharashtra
From Table-6.19.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Maharashtra is 7144.10, 14044.80 and 6900.70
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in Maharashtra is 10749.4400 and
1981.38549 respectively. And mean growth rate of Production of Food
Grains (in thousand tonnes) in Maharashtra for Pre-WTO 15 years is
4.246036 %.
From Table-6.19.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Maharashtra is 9664.00, 15191.70 and 5527.70
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in Maharashtra is 12037.4278 and
Page | 258
1659.84856 respectively. And mean growth rate of Production of Food
Grains (in thousand tonnes) in Maharashtra for Post-WTO 18 years is
1.226254 %.
From Table-6.19.5, it may be observed that for Production of Food
Grains (in thousand tonnes) in Maharashtra from Pre-WTO to Post-
WTO range has been decreased by 1373, which is undesirable; mean has
been increased by 1287.988, which is desirable; standard deviation has
been decreased by 321.5369, which is desirable; and mean growth rate
has been decreased by 3.01978, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.19.5; Production of Food Grains in Maharashtra
Production of Food Grains (in thousand tonnes) in Maharashtra
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 7144.10 14044.80 6900.70 10749.4400 1981.38549 4.246036
1995-96
to 2012-
13
18 9664.00 15191.70 5527.70 12037.4278 1659.84856 1.226254
6.19.6 Production of Oilseeds in Maharashtra
From Table-6.19.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Maharashtra is 839.80, 2346.20 and 1506.40
respectively. Further mean and standard deviation of Production of
Oilseeds (in thousand tonnes) in Maharashtra is 1448.0600 and
429.76098 respectively. And mean growth rate of Production of Oilseeds
(in thousand tonnes) in Maharashtra for Pre-WTO 15 years is 8.815717
%.
From Table-6.19.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Maharashtra is 1682.40, 5017.00 and 3334.60
respectively. Further mean and standard deviation of Production of
Page | 259
Oilseeds (in thousand tonnes) in Maharashtra is 3167.2889 and
1078.89910 respectively. And mean growth rate of Production of
Oilseeds (in thousand tonnes) in Maharashtra for Post-WTO 18 years is
8.125542 %.
From Table-6.19.6, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Maharashtra from Pre-WTO to Post-
WTO range has been increased by 1828, which is desirable; mean has
been increased by 1719.229, which is desirable; standard deviation has
been increased by 649.1381, which is undesirable; and mean growth rate
has been decreased by 0.69018, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.19.6; Production of Oilseeds in Maharashtra
Production of Oilseeds (in thousand tonnes) in Maharashtra
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 839.80 2346.20 1506.40 1448.0600 429.76098 8.815717
1995-96
to 2012-
13
18 1682.40 5017.00 3334.60 3167.2889 1078.89910 8.125542
6.19.7 Production of Cotton in Maharashtra
From Table-6.19.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Maharashtra is 814.00, 2625.40 and 1811.40 respectively.
Further mean and standard deviation of Production of Cotton (in
thousand tonnes) in Maharashtra is 1634.7667 and 536.33080
respectively. And mean growth rate of Production of Cotton (in
thousand tonnes) in Maharashtra for Pre-WTO 15 years is 14.252 %.
From Table-6.19.7, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Maharashtra is 1753.10, 8800.00 and 7046.90 respectively.
Further mean and standard deviation of Production of Cotton (in
Page | 260
thousand tonnes) in Maharashtra is 4198.3500 and 2176.48705
respectively. And mean growth rate of Production of Cotton (in
thousand tonnes) in Maharashtra for Post-WTO 18 years is 11.10296 %.
From Table-6.19.7, it may be observed that for Production of
Cotton (in thousand tonnes) in Maharashtra from Pre-WTO to Post-
WTO range has been increased by 5236, which is desirable; mean has
been increased by 2563.583, which is desirable; standard deviation has
been increased by 1640.156, which is undesirable; and mean growth rate
has been decreased by 3.14904, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.19.7; Production of Cotton in Maharashtra
Production of Cotton (in thousand tonnes) in Maharashtra
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 814.00 2625.40 1811.40 1634.7667 536.33080 14.252
1995-96
to 2012-
13
18 1753.10 8800.00 7046.90 4198.3500 2176.48705 11.10296
6.19.8 Production of Sugarcane in Maharashtra
From Table-6.19.8, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Maharashtra is 23590.60, 44260.30 and 20669.70
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in Maharashtra is 29769.5667 and
6108.43433 respectively. And mean growth rate of Production of
Sugarcane (in thousand tonnes) in Maharashtra for Pre-WTO 15 years
is 6.222365 %.
From Table-6.19.8, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Maharashtra is 20475.00, 88437.00 and 67962.00
Page | 261
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in Maharashtra is 52991.2167 and
19034.95552 respectively. And mean growth rate of Production of
Sugarcane (in thousand tonnes) in Maharashtra for Post-WTO 18 years
is 7.281021 %.
From Table-6.19.8, it may be observed that for Production of
Sugarcane (in thousand tonnes) in Maharashtra from Pre-WTO to Post-
WTO range has been increased by 47292, which is desirable; mean has
been increased by 23221.65, which is desirable; standard deviation has
been increased by 12926.52, which is undesirable; and mean growth rate
has been increased by 1.05866, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Table-6.19.8; Production of Sugarcane in Maharashtra
Production of Sugarcane (in thousand tonnes) in Maharashtra
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-
81 to
1994-
95
15 23590.60 44260.30 20669.70 29769.5667 6108.43433 6.222365
1995-
96 to
2012-
13
18 20475.00 88437.00 67962.00 52991.2167 19034.95552 7.281021
6.19.9 Production of Raw Jute & Mesta in Maharashtra
From Table-6.19.9, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Maharashtra is 46.40, 119.40 and 73.00
respectively. Further mean and standard deviation of Production of Raw
Jute & Mesta (in thousand tonnes) in Maharashtra is 80.3533 and
23.94216 respectively. And mean growth rate of Production of Raw Jute
Page | 262
& Mesta (in thousand tonnes) in Maharashtra for Pre-WTO 15 years is -
5.28492 %.
From Table-6.19.9, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Maharashtra is 26.00, 46.00 and 20.00
respectively. Further mean and standard deviation of Production of Raw
Jute & Mesta (in thousand tonnes) in Maharashtra is 35.2389 and
6.74547 respectively. And mean growth rate of Production of Raw Jute
& Mesta (in thousand tonnes) in Maharashtra for Post-WTO 18 years is
-1.46112 %.
From Table-6.19.9, it may be observed that for Production of Raw
Jute & Mesta (in thousand tonnes) in Maharashtra from Pre-WTO to
Post-WTO range has been decreased by 53, which is undesirable; mean
has been decreased by 45.1144, which is undesirable; standard deviation
has been decreased by 17.19669, which is desirable; and mean growth
rate has been increased by 3.8238, which is desirable for the economy.
Further from Pre-WTO to Post-WTO decrease in mean and increase in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.19.9; Production of Raw Jute & Mesta in Maharashtra
Production of Raw Jute & Mesta (in thousand tonnes) in Maharashtra
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 46.40 119.40 73.00 80.3533 23.94216 -5.28492
1995-96
to 2012-
13
18 26.00 46.00 20.00 35.2389 6.74547 -1.46112
6.20 Production of Food Grain and Major Non-Food Grain Crops in
Manipur
6.20.1 Production of Rice in Manipur
From Table-6.20.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
Page | 263
tonnes) in Manipur is 219.50, 478.30 and 258.80 respectively. Further
mean and standard deviation of Production of Rice (in thousand tonnes)
in Manipur is 294.1733 and 64.46240 respectively. And mean growth rate
of Production of Rice (in thousand tonnes) in Manipur for Pre-WTO 15
years is 5.94206%.
From Table-6.20.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Manipur is 331.80, 435.90 and 104.10 respectively. Further
mean and standard deviation of Production of Rice (in thousand tonnes)
in Manipur is 378.1500 and 27.70003 respectively. And mean growth rate
of Production of Rice (in thousand tonnes) in Manipur for Post-WTO 18
years is -5.50254%.
From Table-6.20.1, it may be observed that for Production of Rice
(in thousand tonnes) in Manipur from Pre-WTO to Post-WTO range has
been decreased by 154.7, which is desirable; mean has been increased by
83.9767, which is desirable; standard deviation has been decreased by
36.76237, which is desirable; and mean growth rate has been decreased
by 11.4446, which is undesirable for the economy. Further from Pre-WTO
to Post-WTO increase in mean and decrease in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.20.1; Production of Rice in Manipur
Production of Rice (in thousand tonnes) in Manipur
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 219.50 478.30 258.80 294.1733 64.46240 5.94206
1995-96
to 2012-
13
18 331.80 435.90 104.10 378.1500 27.70003 -5.50254
6.20.2 Production of Coarse Cereals in Manipur
From Table-6.20.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Manipur is 7.80, 17.80 and 10.00 respectively. Further
Page | 264
mean and standard deviation of Production of Coarse Cereals (in
thousand tonnes) in Manipur is 12.0467 and 3.07057 respectively. And
mean growth rate of Production of Coarse Cereals (in thousand tonnes)
in Manipur for Pre-WTO 15 years is -0.7743%.
From Table-6.20.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Manipur is 7.10, 23.40 and 16.30 respectively. Further
mean and standard deviation of Production of Coarse Cereals (in
thousand tonnes) in Manipur is 10.4286 and 4.11067 respectively. And
mean growth rate of Production of Coarse Cereals (in thousand tonnes)
in Manipur for Post-WTO 18 years is 6.156301%.
From Table-6.20.2, it may be observed that for Production of
Coarse Cereals (in thousand tonnes) in Manipur from Pre-WTO to Post-
WTO range has been increased by 6.3, which is desirable; mean has been
decreased by 1.6181, which is undesirable; standard deviation has been
increased by 1.0401, which is undesirable; and mean growth rate has
been increased by 6.9306, which is desirable for the economy. Further from
Pre-WTO to Post-WTO decrease in mean and increase in mean growth
rate is a strongly undesirable condition for the economy.
Table-6.20.2; Production of Coarse Cereals in Manipur
Production of Coarse Cereals (in thousand tonnes) in Manipur
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 7.80 17.80 10.00 12.0467 3.07057 -0.7743
1995-96
to 2012-
13
18 7.10 23.40 16.30 10.4286 4.11067 6.156301
6.20.3 Production of Pulses in Manipur
From Table-6.20.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Manipur is 1.10, 1.60 and .50 respectively. Further mean and
standard deviation of Production of Pulses (in thousand tonnes) in
Page | 265
Manipur is 1.4333 and .28868 respectively. And mean growth rate of
Production of Pulses (in thousand tonnes) in Manipur for Pre-WTO 15
years is -18.1818%.
From Table-6.20.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Manipur is 2.60, 7.20 and 4.60 respectively. Further mean and
standard deviation of Production of Pulses (in thousand tonnes) in
Manipur is 4.2000 and 1.64621 respectively. And mean growth rate of
Production of Pulses (in thousand tonnes) in Manipur for Post-WTO 18
years is -0.23881%.
From Table-6.20.3, it may be observed that for Production of Pulses
(in thousand tonnes) in Manipur from Pre-WTO to Post-WTO range has
been increased by 4.1, which is desirable; mean has been increased by
2.7667, which is desirable; standard deviation has been increased by
1.35753, which is undesirable; and mean growth rate has been increased
by 17.943, which is desirable for the economy. Further from Pre-WTO to
Post-WTO increase in mean and increase in mean growth rate is a
strongly desirable condition for the economy.
Table-6.20.3; Production of Pulses in Manipur
Production of Pulses (in thousand tonnes) in Manipur
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 1.10 1.60 .50 1.4333 .28868 -18.1818
1995-96
to 2012-
13
18 2.60 7.20 4.60 4.2000 1.64621 -0.23881
6.20.4 Production of Food Grains in Manipur
From Table-6.20.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Manipur is 230.10, 488.70 and 258.60 respectively.
Further mean and standard deviation of Production of Food Grains (in
thousand tonnes) in Manipur is 306.5067 and 63.56476 respectively. And
Page | 266
mean growth rate of Production of Food Grains (in thousand tonnes) in
Manipur for Pre-WTO 15 years is 5.479724%.
From Table-6.20.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Manipur is 338.90, 447.80 and 108.90 respectively.
Further mean and standard deviation of Production of Food Grains (in
thousand tonnes) in Manipur is 391.1357 and 28.89135 respectively. And
mean growth rate of Production of Food Grains (in thousand tonnes) in
Manipur for Post-WTO 18 years is -5.2978%.
From Table-6.20.4, it may be observed that for Production of Food
Grains (in thousand tonnes) in Manipur from Pre-WTO to Post-WTO
range has been decreased by 149.7, which is undesirable; mean has been
increased by 84.629, which is desirable; standard deviation has been
decreased by 34.67341, which is desirable; and mean growth rate has
been decreased by 10.7775, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.20.4; Production of Food Grains in Manipur
Production of Food Grains (in thousand tonnes) in Manipur
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 230.10 488.70 258.60 306.5067 63.56476 5.479724
1995-96
to 2012-
13
18 338.90 447.80 108.90 391.1357 28.89135 -5.2978
6.20.5 Production of Oilseeds in Manipur
From Table-6.20.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Manipur is 1.00, 2.90 and 1.90 respectively. Further
mean and standard deviation of Production of Oilseeds (in thousand
tonnes) in Manipur is 1.9000 and .56188 respectively. And mean growth
Page | 267
rate of Production of Oilseeds (in thousand tonnes) in Manipur for Pre-
WTO 15 years is 5.06881%.
From Table-6.20.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Manipur is .40, 1.50 and 1.10 respectively. Further
mean and standard deviation of Production of Oilseeds (in thousand
tonnes) in Manipur is .8857 and .36765 respectively. And mean growth
rate of Production of Oilseeds (in thousand tonnes) in Manipur for Post-
WTO 18 years is -5.23134%.
From Table-6.20.5, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Manipur from Pre-WTO to Post-WTO
range has been decreased by 0.8, which is undesirable; mean has been
decreased by 1.0143, which is undesirable; standard deviation has been
decreased by 0.19423, which is desirable; and mean growth rate has been
decreased by 10.3002, which is undesirable for the economy. Further from
Pre-WTO to Post-WTO decrease in mean and decrease in mean growth
rate is a strongly undesirable condition for the economy.
Table-6.20.5; Production of Oilseeds in Manipur
Production of Oilseeds (in thousand tonnes) in Manipur
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 1.00 2.90 1.90 1.9000 .56188 5.06881
1995-96
to 2012-
13
18 .40 1.50 1.10 .8857 .36765 -5.23134
6.20.6 Production of Cotton in Manipur
From Table-6.20.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Manipur is .10, 1.70 and 1.60 respectively. Further mean and
standard deviation of Production of Cotton (in thousand tonnes) in
Manipur is .6800 and .74948 respectively. And mean growth rate of
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Production of Cotton (in thousand tonnes) in Manipur for Pre-WTO 15
years is 23.45938%.
From Table-6.20.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Manipur is .10, .30 and .20 respectively. Further mean and
standard deviation of Production of Cotton (in thousand tonnes) in
Manipur is .1750 and .09574 respectively. And mean growth rate of
Production of Cotton (in thousand tonnes) in Manipur for Post-WTO 18
years is -38.8889%.
From Table-6.20.6, it may be observed that for Production of
Cotton (in thousand tonnes) in Manipur from Pre-WTO to Post-WTO
range has been decreased by 1.4, which is undesirable; mean has been
decreased by 0.505, which is undesirable; standard deviation has been
decreased by 0.65374, which is desirable; and mean growth rate has been
decreased by 62.3483, which is undesirable for the economy. Further from
Pre-WTO to Post-WTO decrease in mean and decrease in mean growth
rate is a strongly undesirable condition for the economy.
Table-6.20.6; Production of Cotton in Manipur
Production of Cotton (in thousand tonnes) in Manipur
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 .10 1.70 1.60 .6800 .74948 23.45938
1995-96
to 2012-
13
18 .10 .30 .20 .1750 .09574 -38.8889
6.20.7 Production of Sugarcane in Manipur
From Table-6.20.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Manipur is 19.30, 77.90 and 58.60 respectively.
Further mean and standard deviation of Production of Sugarcane (in
thousand tonnes) in Manipur is 59.9467 and 15.32686 respectively. And
Page | 269
mean growth rate of Production of Sugarcane (in thousand tonnes) in
Manipur for Pre-WTO 15 years is 10.03735%.
From Table-6.20.7, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Manipur is 15.40, 42.30 and 26.90 respectively.
Further mean and standard deviation of Production of Sugarcane (in
thousand tonnes) in Manipur is 23.8786 and 7.44345 respectively. And
mean growth rate of Production of Sugarcane (in thousand tonnes) in
Manipur for Post-WTO 18 years is -7.32752%.
From Table-6.20.7, it may be observed that for Production of
Sugarcane (in thousand tonnes) in Manipur from Pre-WTO to Post-
WTO range has been decreased by 31.7, which is undesirable; mean has
been decreased by 36.0681, which is undesirable; standard deviation has
been decreased by 7.88341, which is desirable; and mean growth rate has
been decreased by 17.3649, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO decrease in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.20.7; Production of Sugarcane in Manipur
Production of Sugarcane (in thousand tonnes) in Manipur
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 19.30 77.90 58.60 59.9467 15.32686 10.03735
1995-96
to 2012-
13
18 15.40 42.30 26.90 23.8786 7.44345 -7.32752
6.21 Production of Food Grain and Major Non-Food Grain Crops in
Meghalaya
6.21.1 Production of Rice in Meghalaya
From Table-6.21.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Meghalaya is 98.70, 132.60 and 33.90 respectively. Further
mean and standard deviation of Production of Rice (in thousand tonnes)
Page | 270
in Meghalaya is 119.0133 and 9.86313 respectively. And mean growth
rate of Production of Rice (in thousand tonnes) in Meghalaya for Pre-
WTO 15 years is -0.7891%.
From Table-6.21.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Meghalaya is 111.80, 203.90 and 92.10 respectively. Further
mean and standard deviation of Production of Rice (in thousand tonnes)
in Meghalaya is 173.7643 and 28.42603 respectively. And mean growth
rate of Production of Rice (in thousand tonnes) in Meghalaya for Post-
WTO 18 years is -2.03464%.
From Table-6.21.1, it may be observed that for Production of Rice
(in thousand tonnes) in Meghalaya from Pre-WTO to Post-WTO range
has been increased by 58.2, which is desirable; mean has been increased
by 54.751, which is desirable; standard deviation has been increased by
18.5629, which is undesirable; and mean growth rate has been decreased
by 1.24554, which is undesirable for the economy. Further from Pre-WTO
to Post-WTO increase in mean and decrease in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.21.1; Production of Rice in Meghalaya
Production of Rice (in thousand tonnes) in Meghalaya
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 98.70 132.60 33.90 119.0133 9.86313 -0.7891
1995-96
to 2012-
13
18 111.80 203.90 92.10 173.7643 28.42603 -2.03464
6.21.2 Production of Wheat in Meghalaya
From Table-6.21.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Meghalaya is 4.10, 6.70 and 2.60 respectively. Further mean and
standard deviation of Production of Wheat (in thousand tonnes) in
Meghalaya is 5.6867 and .81404 respectively. And mean growth rate of
Page | 271
Production of Wheat (in thousand tonnes) in Meghalaya for Pre-WTO
15 years is 3.825012%.
From Table-6.21.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Meghalaya is .70, 7.00 and 6.30 respectively. Further mean and
standard deviation of Production of Wheat (in thousand tonnes) in
Meghalaya is 4.0143 and 2.65789 respectively. And mean growth rate of
Production of Wheat (in thousand tonnes) in Meghalaya for Post-WTO
18 years is -15.486%.
From Table-6.21.2, it may be observed that for Production of
Wheat (in thousand tonnes) in Meghalaya from Pre-WTO to Post-WTO
range has been increased by 3.7, which is desirable; mean has been
decreased by 1.6724, which is undesirable; standard deviation has been
increased by 1.84385, which is undesirable; and mean growth rate has
been decreased by 19.311, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO decrease in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.21.2; Production of Wheat in Meghalaya
Production of Wheat (in thousand tonnes) in Meghalaya
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 4.10 6.70 2.60 5.6867 .81404 3.825012
1995-96
to 2012-
13
18 .70 7.00 6.30 4.0143 2.65789 -15.486
6.21.3 Production of Coarse Cereals in Meghalaya
From Table-6.21.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Meghalaya is 16.70, 26.70 and 10.00 respectively.
Further mean and standard deviation of Production of Coarse Cereals (in
thousand tonnes) in Meghalaya is 23.7333 and 2.48845 respectively. And
Page | 272
mean growth rate of Production of Coarse Cereals (in thousand tonnes)
in Meghalaya for Pre-WTO 15 years is 2.889786%.
From Table-6.21.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Meghalaya is 23.90, 28.20 and 4.30 respectively.
Further mean and standard deviation of Production of Coarse Cereals (in
thousand tonnes) in Meghalaya is 27.0143 and 1.09675 respectively. And
mean growth rate of Production of Coarse Cereals (in thousand tonnes)
in Meghalaya for Post-WTO 18 years is -5.9409%.
From Table-6.21.3, it may be observed that for Production of
Coarse Cereals (in thousand tonnes) in Meghalaya from Pre-WTO to
Post-WTO range has been decreased by 5.7, which is undesirable; mean
has been increased by 3.281, which is desirable; standard deviation has
been decreased by 1.3917, which is desirable; and mean growth rate has
been decreased by 8.83069, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.21.3; Production of Coarse Cereals in Meghalaya
Production of Coarse Cereals (in thousand tonnes) in Meghalaya
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 16.70 26.70 10.00 23.7333 2.48845 2.889786
1995-96
to 2012-
13
18 23.90 28.20 4.30 27.0143 1.09675 -5.9409
6.21.4 Production of Pulses in Meghalaya
From Table-6.21.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Meghalaya is 1.50, 2.80 and 1.30 respectively. Further mean and
standard deviation of Production of Pulses (in thousand tonnes) in
Meghalaya is 2.2800 and .35496 respectively. And mean growth rate of
Page | 273
Production of Pulses (in thousand tonnes) in Meghalaya for Pre-WTO
15 years is 4.19792%.
From Table-6.21.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Meghalaya is 2.50, 4.60 and 2.10 respectively. Further mean and
standard deviation of Production of Pulses (in thousand tonnes) in
Meghalaya is 3.3357 and .58521 respectively. And mean growth rate of
Production of Pulses (in thousand tonnes) in Meghalaya for Post-WTO
18 years is -2.62504%.
From Table-6.21.4, it may be observed that for Production of Pulses
(in thousand tonnes) in Meghalaya from Pre-WTO to Post-WTO range
has been increased by 0.8, which is desirable; mean has been increased by
1.0557, which is desirable; standard deviation has been increased by
0.23025, which is undesirable; and mean growth rate has been decreased
by 6.82296, which is undesirable for the economy. Further from Pre-WTO
to Post-WTO increase in mean and decrease in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.21.4; Production of Pulses in Meghalaya
Production of Pulses (in thousand tonnes) in Meghalaya
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 1.50 2.80 1.30 2.2800 .35496 4.19792
1995-96
to 2012-
13
18 2.50 4.60 2.10 3.3357 .58521 -2.62504
6.21.5 Production of Food Grains in Meghalaya
From Table-6.21.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Meghalaya is 131.30, 166.70 and 35.40 respectively.
Further mean and standard deviation of Production of Food Grains (in
thousand tonnes) in Meghalaya is 150.7133 and 9.29492 respectively. And
Page | 274
mean growth rate of Production of Food Grains (in thousand tonnes) in
Meghalaya for Pre-WTO 15 years is -0.28637%.
From Table-6.21.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Meghalaya is 142.90, 236.30 and 93.40 respectively.
Further mean and standard deviation of Production of Food Grains (in
thousand tonnes) in Meghalaya is 208.1286 and 28.00430 respectively.
And mean growth rate of Production of Food Grains (in thousand
tonnes) in Meghalaya for Post-WTO 18 years is -2.93748%.
From Table-6.21.5, it may be observed that for Production of Food
Grains (in thousand tonnes) in Meghalaya from Pre-WTO to Post-WTO
range has been increased by 58, which is desirable; mean has been
increased by 57.4153, which is desirable; standard deviation has been
increased by 18.70938, which is undesirable; and mean growth rate has
been decreased by 2.65111, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.21.5; Production of Food Grains in Meghalaya
Production of Food Grains (in thousand tonnes) in Meghalaya
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 131.30 166.70 35.40 150.7133 9.29492 -0.28637
1995-96
to 2012-
13
18 142.90 236.30 93.40 208.1286 28.00430 -2.93748
6.21.6 Production of Oilseeds in Meghalaya
From Table-6.21.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Meghalaya is 3.40, 5.90 and 2.50 respectively. Further
mean and standard deviation of Production of Oilseeds (in thousand
tonnes) in Meghalaya is 5.0333 and .79612 respectively. And mean
Page | 275
growth rate of Production of Oilseeds (in thousand tonnes) in
Meghalaya for Pre-WTO 15 years is 3.352629%.
From Table-6.21.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Meghalaya is 5.90, 7.10 and 1.20 respectively. Further
mean and standard deviation of Production of Oilseeds (in thousand
tonnes) in Meghalaya is 6.4071 and .32455 respectively. And mean
growth rate of Production of Oilseeds (in thousand tonnes) in
Meghalaya for Post-WTO 18 years is -6.35192%.
From Table-6.21.6, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Meghalaya from Pre-WTO to Post-
WTO range has been decreased by 1.3, which is undesirable; mean has
been increased by 1.3738, which is desirable; standard deviation has been
decreased by 0.47157, which is desirable; and mean growth rate has been
decreased by 9.70455, which is undesirable for the economy. Further from
Pre-WTO to Post-WTO increase in mean and decrease in mean growth
rate is a strongly undesirable condition for the economy.
Table-6.21.6; Production of Oilseeds in Meghalaya
Production of Oilseeds (in thousand tonnes) in Meghalaya
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 3.40 5.90 2.50 5.0333 .79612 3.352629
1995-96
to 2012-
13
18 5.90 7.10 1.20 6.4071 .32455 -6.35192
6.21.7 Production of Cotton in Meghalaya
From Table-6.21.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Meghalaya is 4.20, 5.40 and 1.20 respectively. Further mean and
standard deviation of Production of Cotton (in thousand tonnes) in
Meghalaya is 4.9067 and .48028 respectively. And mean growth rate of
Page | 276
Production of Cotton (in thousand tonnes) in Meghalaya for Pre-WTO
15 years is 1.498087%.
From Table-6.21.7, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Meghalaya is 5.30, 7.90 and 2.60 respectively. Further mean and
standard deviation of Production of Cotton (in thousand tonnes) in
Meghalaya is 6.7214 and 1.13624 respectively. And mean growth rate of
Production of Cotton (in thousand tonnes) in Meghalaya for Post-WTO
18 years is -6.1125%.
From Table-6.21.7, it may be observed that for Production of
Cotton (in thousand tonnes) in Meghalaya from Pre-WTO to Post-WTO
range has been increased by 2.5, which is desirable; mean has been
increased by 1.4, which is desirable; standard deviation has been
increased by 1.8147, which is undesirable; and mean growth rate has
been increased by 0.65596, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Table-6.21.7; Production of Cotton in Meghalaya
Production of Cotton (in thousand tonnes) in Meghalaya
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 15 4.20 5.40 1.20 4.9067 .48028
1995-96
to 2012-
13
18 18 5.30 7.90 2.60 6.7214 1.13624
6.21.8 Production of Sugarcane in Meghalaya
From Table-6.21.8, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Meghalaya is 2.00, 9.30 and 7.30 respectively. Further
mean and standard deviation of Production of Sugarcane (in thousand
tonnes) in Meghalaya is 4.6867 and 2.76893 respectively. And mean
Page | 277
growth rate of Production of Sugarcane (in thousand tonnes) in
Meghalaya for Pre-WTO 15 years is -8.67895%.
From Table-6.21.8, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Meghalaya is .20, 2.50 and 2.30 respectively. Further
mean and standard deviation of Production of Sugarcane (in thousand
tonnes) in Meghalaya is .6786 and .89973 respectively. And mean growth
rate of Production of Sugarcane (in thousand tonnes) in Meghalaya for
Post-WTO 18 years is -11.5746%.
From Table-6.21.8, it may be observed that for Production of
Sugarcane (in thousand tonnes) in Meghalaya from Pre-WTO to Post-
WTO range has been decreased by 5, which is undesirable; mean has
been decreased by 4.0081, which is undesirable; standard deviation has
been decreased by 1.8692, which is desirable; and mean growth rate has
been decreased by 2.89565, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO decrease in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.21.8; Production of Sugarcane in Meghalaya
Production of Sugarcane (in thousand tonnes) in Meghalaya
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 2.00 9.30 7.30 4.6867 2.76893 -8.67895
1995-96
to 2012-
13
18 .20 2.50 2.30 .6786 .89973 -11.5746
6.21.9 Production of Raw Jute & Mesta in Meghalaya
From Table-6.21.9, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Meghalaya is 47.10, 72.50 and 25.40 respectively.
Further mean and standard deviation of Production of Raw Jute &
Mesta (in thousand tonnes) in Meghalaya is 61.5067 and 6.53293
Page | 278
respectively. And mean growth rate of Production of Raw Jute & Mesta
(in thousand tonnes) in Meghalaya for Pre-WTO 15 years is -0.53346%.
From Table-6.21.9, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Meghalaya is 39.20, 57.20 and 18.00 respectively.
Further mean and standard deviation of Production of Raw Jute &
Mesta (in thousand tonnes) in Meghalaya is 52.7286 and 4.86691
respectively. And mean growth rate of Production of Raw Jute & Mesta
(in thousand tonnes) in Meghalaya for Post-WTO 18 years is -5.14643%.
From Table-6.21.9, it may be observed that for Production of Raw
Jute & Mesta (in thousand tonnes) in Meghalaya from Pre-WTO to
Post-WTO range has been decreased by 7.4, which is undesirable; mean
has been decreased by 8.7781, which is undesirable; standard deviation
has been decreased by 1.66602, which is desirable; and mean growth rate
has been decreased by 4.61297, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO decrease in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.21.9; Production of Raw Jute & Mesta in Meghalaya
Production of Raw Jute & Mesta (in thousand tonnes) in Meghalaya
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 47.10 72.50 25.40 61.5067 6.53293 -0.53346
1995-96
to 2012-
13
18 39.20 57.20 18.00 52.7286 4.86691 -5.14643
6.22 Production of Food Grain and Major Non-Food Grain Crops in
Mizoram
6.22.1 Production of Rice in Mizoram
From Table-6.22.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Mizoram is 24.50, 100.20 and 75.70 respectively. Further mean
Page | 279
and standard deviation of Production of Rice (in thousand tonnes) in
Mizoram is 55.7200 and 23.69401 respectively. And mean growth rate of
Production of Rice (in thousand tonnes) in Mizoram for Pre-WTO 15
years is 12.66563 %.
From Table-6.22.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Mizoram is 15.70, 114.60 and 98.90 respectively. Further mean
and standard deviation of Production of Rice (in thousand tonnes) in
Mizoram is 89.1643 and 33.00743 respectively. And mean growth rate of
Production of Rice (in thousand tonnes) in Mizoram for Post-WTO 18
years is -1.5516 %.
From Table-6.22.1, it may be observed that for Production of Rice
(in thousand tonnes) in Mizoram from Pre-WTO to Post-WTO range has
been increased by 23.2, which is desirable; mean has been increased by
33.4443, which is desirable; standard deviation has been increased by
9.31342, which is undesirable; and mean growth rate has been decreased
by 14.2172, which is undesirable for the economy. Further from Pre-WTO
to Post-WTO increase in mean and decrease in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.22.1; Production of Rice in Mizoram
Production of Raw Jute & Mesta (in thousand tonnes) in Meghalaya
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 24.50 100.20 75.70 55.7200 23.69401 12.66563
1995-96
to 2012-
13
18 15.70 114.60 98.90 89.1643 33.00743 -1.5516
6.22.2 Production of Coarse Cereals in Mizoram
From Table-6.22.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Mizoram is 3.90, 14.70 and 10.80 respectively.
Further mean and standard deviation of Production of Coarse Cereals (in
Page | 280
thousand tonnes) in Mizoram is 8.6333 and 3.58482 respectively. And
mean growth rate of Production of Coarse Cereals (in thousand tonnes)
in Mizoram for Pre-WTO 15 years is 11.26049 %.
From Table-6.22.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Mizoram is .70, 22.70 and 22.00 respectively. Further
mean and standard deviation of Production of Coarse Cereals (in
thousand tonnes) in Mizoram is 15.1143 and 5.52419 respectively. And
mean growth rate of Production of Coarse Cereals (in thousand tonnes)
in Mizoram for Post-WTO 18 years is 79.11917 %.
From Table-6.22.2, it may be observed that for Production of
Coarse Cereals (in thousand tonnes) in Mizoram from Pre-WTO to Post-
WTO range has been increased by 11.2, which is desirable; mean has
been increased by 6.481, which is desirable; standard deviation has been
increased by 1.93937, which is undesirable; and mean growth rate has
been increased by 67.8587, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Table-6.22.2; Production of Coarse Cereals in Mizoram
Production of Coarse Cereals (in thousand tonnes) in Mizoram
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 3.90 14.70 10.80 8.6333 3.58482 11.26049
1995-96
to 2012-
13
18 .70 22.70 22.00 15.1143 5.52419 79.11917
6.22.3 Production of Pulses in Mizoram
From Table-6.22.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Mizoram is .10, 9.90 and 9.80 respectively. Further mean and
standard deviation of Production of Pulses (in thousand tonnes) in
Page | 281
Mizoram is 3.1000 and 3.84968 respectively. And mean growth rate of
Production of Pulses (in thousand tonnes) in Mizoram for Pre-WTO 15
years is 106.1995 %.
From Table-6.22.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Mizoram is 2.70, 9.30 and 6.60 respectively. Further mean and
standard deviation of Production of Pulses (in thousand tonnes) in
Mizoram is 5.6571 and 1.89887 respectively. And mean growth rate of
Production of Pulses (in thousand tonnes) in Mizoram for Post-WTO 18
years is -6.4889 %.
From Table-6.22.3, it may be observed that for Production of Pulses
(in thousand tonnes) in Mizoram from Pre-WTO to Post-WTO range has
been decreased by 3.2, which is undesirable; mean has been increased by
2.5571, which is desirable; standard deviation has been decreased by
1.95081, which is desirable; and mean growth rate has been decreased by
112.688, which is undesirable for the economy. Further from Pre-WTO to
Post-WTO increase in mean and decrease in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.22.3; Production of Pulses in Mizoram
Production of Pulses (in thousand tonnes) in Mizoram
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 .10 9.90 9.80 3.1000 3.84968 106.1995
1995-96
to 2012-
13
18 2.70 9.30 6.60 5.6571 1.89887 -6.4889
6.22.4 Production of Food Grains in Mizoram
From Table-6.22.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Mizoram is 30.70, 124.80 and 94.10 respectively.
Further mean and standard deviation of Production of Food Grains (in
Page | 282
thousand tonnes) in Mizoram is 67.4533 and 30.60623 respectively. And
mean growth rate of Production of Food Grains (in thousand tonnes) in
Mizoram for Pre-WTO 15 years is 11.88786 %.
From Table-6.22.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Mizoram is 19.10, 139.40 and 120.30 respectively.
Further mean and standard deviation of Production of Food Grains (in
thousand tonnes) in Mizoram is 109.9357 and 37.21502 respectively. And
mean growth rate of Production of Food Grains (in thousand tonnes) in
Mizoram for Post-WTO 18 years is -0.28614 %.
From Table-6.22.4, it may be observed that for Production of Food
Grains (in thousand tonnes) in Mizoram from Pre-WTO to Post-WTO
range has been increased by 26.2, which is desirable; mean has been
increased by 42.4824, which is desirable; standard deviation has been
increased by 6.60879, which is undesirable; and mean growth rate has
been decreased by 12.174, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.22.4; Production of Food Grains in Mizoram
Production of Food Grains (in thousand tonnes) in Mizoram
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 30.70 124.80 94.10 67.4533 30.60623 11.88786
1995-96
to 2012-
13
18 19.10 139.40 120.30 109.9357 37.21502 -0.28614
6.22.5 Production of Oilseeds in Mizoram
From Table-6.22.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Mizoram is .60, 7.60 and 7.00 respectively. Further
mean and standard deviation of Production of Oilseeds (in thousand
Page | 283
tonnes) in Mizoram is 3.1533 and 2.86528 respectively. And mean growth
rate of Production of Oilseeds (in thousand tonnes) in Mizoram for Pre-
WTO 15 years is 24.86686 %.
From Table-6.22.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Mizoram is .80, 12.30 and 11.50 respectively. Further
mean and standard deviation of Production of Oilseeds (in thousand
tonnes) in Mizoram is 6.0214 and 3.00747 respectively. And mean growth
rate of Production of Oilseeds (in thousand tonnes) in Mizoram for Post-
WTO 18 years is 0.250466 %.
From Table-6.22.5, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Mizoram from Pre-WTO to Post-WTO
range has been increased by 4.5, which is desirable; mean has been
increased by 2.8681, which is desirable; standard deviation has been
increased by 0.14219, which is undesirable; and mean growth rate has
been decreased by 24.6164, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.22.5; Production of Oilseeds in Mizoram
Production of Oilseeds (in thousand tonnes) in Mizoram
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 .60 7.60 7.00 3.1533 2.86528 24.86686
1995-96
to 2012-
13
18 .80 12.30 11.50 6.0214 3.00747 0.250466
6.22.6 Production of Cotton in Mizoram
From Table-6.22.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Mizoram is 1.20, 3.80 and 2.60 respectively. Further mean and
standard deviation of Production of Cotton (in thousand tonnes) in
Mizoram is 2.2533 and .63456 respectively. And mean growth rate of
Page | 284
Production of Cotton (in thousand tonnes) in Mizoram for Pre-WTO 15
years is 7.396725 %.
From Table-6.22.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Mizoram is .10, 6.40 and 6.30 respectively. Further mean and
standard deviation of Production of Cotton (in thousand tonnes) in
Mizoram is 2.0571 and 1.81520 respectively. And mean growth rate of
Production of Cotton (in thousand tonnes) in Mizoram for Post-WTO 18
years is 169.7481 %.
From Table-6.22.6, it may be observed that for Production of
Cotton (in thousand tonnes) in Mizoram from Pre-WTO to Post-WTO
range has been increased by 3.7, which is desirable; mean has been
decreased by 0.1962, which is undesirable; standard deviation has been
increased by 1.18064, which is undesirable; and mean growth rate has
been increased by 162.351, which is desirable for the economy. Further
from Pre-WTO to Post-WTO decrease in mean and increase in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.22.6; Production of Cotton in Mizoram
Production of Cotton (in thousand tonnes) in Mizoram
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 1.20 3.80 2.60 2.2533 .63456 7.396725
1995-96
to 2012-
13
18 .10 6.40 6.30 2.0571 1.81520 169.7481
6.22.7 Production of Sugarcane in Mizoram
From Table-6.22.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Mizoram is 1.80, 7.90 and 6.10 respectively. Further
mean and standard deviation of Production of Sugarcane (in thousand
tonnes) in Mizoram is 4.9533 and 1.75657 respectively. And mean growth
Page | 285
rate of Production of Sugarcane (in thousand tonnes) in Mizoram for
Pre-WTO 15 years is 22.23929 %.
From Table-6.22.7, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Mizoram is .80, 13.70 and 12.90 respectively. Further
mean and standard deviation of Production of Sugarcane (in thousand
tonnes) in Mizoram is 6.0714 and 3.26082 respectively. And mean growth
rate of Production of Sugarcane (in thousand tonnes) in Mizoram for
Post-WTO 18 years is 119.1409 %.
From Table-6.22.7, it may be observed that for Production of
Sugarcane (in thousand tonnes) in Mizoram from Pre-WTO to Post-
WTO range has been increased by 6.8, which is desirable; mean has been
increased by 1.1181, which is desirable; standard deviation has been
increased by 1.50425, which is undesirable; and mean growth rate has
been increased by 96.9016, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Table-6.22.7; Production of Sugarcane in Mizoram
Production of Sugarcane (in thousand tonnes) in Mizoram
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 1.80 7.90 6.10 4.9533 1.75657 22.23929
1995-96
to 2012-
13
18 .80 13.70 12.90 6.0714 3.26082 119.1409
6.23 Production of Food Grain and Major Non-Food Grain Crops in
Nagaland
6.23.1 Production of Rice in Nagaland
From Table-6.23.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Nagaland is 83.90, 180.00 and 96.10 respectively. Further mean
and standard deviation of Production of Rice (in thousand tonnes) in
Page | 286
Nagaland is 124.9533 and 35.90722 respectively. And mean growth rate
of Production of Rice (in thousand tonnes) in Nagaland for Pre-WTO 15
years is 5.731484 %.
From Table-6.23.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Nagaland is 132.40, 345.10 and 212.70 respectively. Further
mean and standard deviation of Production of Rice (in thousand tonnes)
in Nagaland is 230.6929 and 55.56773 respectively. And mean growth
rate of Production of Rice (in thousand tonnes) in Nagaland for Post-
WTO 18 years is -0.18978 %.
From Table-6.23.1, it may be observed that for Production of Rice
(in thousand tonnes) in Nagaland from Pre-WTO to Post-WTO range
has been increased by 116.6, which is desirable; mean has been increased
by 105.7396, which is desirable; standard deviation has been increased by
19.66051, which is undesirable; and mean growth rate has been decreased
by 5.92126, which is undesirable for the economy. Further from Pre-WTO
to Post-WTO increase in mean and decrease in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.23.1; Production of Rice in Nagaland
Production of Rice (in thousand tonnes) in Nagaland
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 83.90 180.00 96.10 124.9533 35.90722 5.731484
1995-96
to 2012-
13
18 132.40 345.10 212.70 230.6929 55.56773 -0.18978
6.23.2 Production of Wheat in Nagaland
From Table-6.23.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Nagaland is .30, 1.60 and 1.30 respectively. Further mean and
standard deviation of Production of Wheat (in thousand tonnes) in
Nagaland is .9600 and .52249 respectively. And mean growth rate of
Page | 287
Production of Wheat (in thousand tonnes) in Nagaland for Pre-WTO 15
years is 33.79006 %.
From Table-6.23.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Nagaland is 1.30, 20.00 and 18.70 respectively. Further mean
and standard deviation of Production of Wheat (in thousand tonnes) in
Nagaland is 7.9143 and 6.68222 respectively. And mean growth rate of
Production of Wheat (in thousand tonnes) in Nagaland for Post-WTO 18
years is 14.02303 %.
From Table-6.23.2, it may be observed that for Production of
Wheat (in thousand tonnes) in Nagaland from Pre-WTO to Post-WTO
range has been increased by 17.4, which is desirable; mean has been
increased by 6.9543, which is desirable; standard deviation has been
increased by 6.15973, which is undesirable; and mean growth rate has
been decreased by 19.767, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.23.2; Production of Wheat in Nagaland
Production of Wheat (in thousand tonnes) in Nagaland
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 .30 1.60 1.30 .9600 .52249 33.79006
1995-96
to 2012-
13
18 1.30 20.00 18.70 7.9143 6.68222 14.02303
6.23.3 Production of Coarse Cereals in Nagaland
From Table-6.23.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Nagaland is 7.20, 44.90 and 37.70 respectively.
Further mean and standard deviation of Production of Coarse Cereals (in
thousand tonnes) in Nagaland is 21.1200 and 11.81689 respectively. And
Page | 288
mean growth rate of Production of Coarse Cereals (in thousand tonnes)
in Nagaland for Pre-WTO 15 years is 13.33571 %.
From Table-6.23.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Nagaland is 34.10, 139.40 and 105.30 respectively.
Further mean and standard deviation of Production of Coarse Cereals (in
thousand tonnes) in Nagaland is 85.7429 and 38.24226 respectively. And
mean growth rate of Production of Coarse Cereals (in thousand tonnes)
in Nagaland for Post-WTO 18 years is 3.207175 %.
From Table-6.23.3, it may be observed that for Production of
Coarse Cereals (in thousand tonnes) in Nagaland from Pre-WTO to
Post-WTO range has been increased by 67.6, which is desirable; mean
has been increased by 64.6229, which is desirable; standard deviation has
been increased by 26.42537, which is undesirable; and mean growth rate
has been decreased by 10.1285, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.23.3; Production of Coarse Cereals in Nagaland
Production of Coarse Cereals (in thousand tonnes) in Nagaland
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 7.20 44.90 37.70 21.1200 11.81689 13.33571
1995-96
to 2012-
13
18 34.10 139.40 105.30 85.7429 38.24226 3.207175
6.23.4 Production of Pulses in Nagaland
From Table-6.23.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Nagaland is 1.20, 15.00 and 13.80 respectively. Further mean
and standard deviation of Production of Pulses (in thousand tonnes) in
Nagaland is 6.4333 and 4.11577 respectively. And mean growth rate of
Page | 289
Production of Pulses (in thousand tonnes) in Nagaland for Pre-WTO 15
years is 26.99951 %.
From Table-6.23.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Nagaland is 11.80, 45.00 and 33.20 respectively. Further mean
and standard deviation of Production of Pulses (in thousand tonnes) in
Nagaland is 26.2429 and 12.25892 respectively. And mean growth rate of
Production of Pulses (in thousand tonnes) in Nagaland for Post-WTO 18
years is 4.295026 %.
From Table-6.23.4, it may be observed that for Production of Pulses
(in thousand tonnes) in Nagaland from Pre-WTO to Post-WTO range
has been increased by 19.4, which is desirable; mean has been increased
by 19.8096, which is desirable; standard deviation has been increased by
8.14315, which is undesirable; and mean growth rate has been decreased
by 22.7045, which is undesirable for the economy. Further from Pre-WTO
to Post-WTO increase in mean and decrease in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.23.4; Production of Pulses in Nagaland
Production of Pulses (in thousand tonnes) in Nagaland
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 1.20 15.00 13.80 6.4333 4.11577 26.99951
1995-96
to 2012-
13
18 11.80 45.00 33.20 26.2429 12.25892 4.295026
6.23.5 Production of Food Grains in Nagaland
From Table-6.23.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Nagaland is 93.30, 228.70 and 135.40 respectively.
Further mean and standard deviation of Production of Food Grains (in
thousand tonnes) in Nagaland is 152.8267 and 50.63393 respectively. And
Page | 290
mean growth rate of Production of Food Grains (in thousand tonnes) in
Nagaland for Pre-WTO 15 years is 6.581755 %.
From Table-6.23.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Nagaland is 210.50, 514.20 and 303.70 respectively.
Further mean and standard deviation of Production of Food Grains (in
thousand tonnes) in Nagaland is 350.5929 and 100.77384 respectively.
And mean growth rate of Production of Food Grains (in thousand
tonnes) in Nagaland for Post-WTO 18 years is -0.28777 %.
From Table-6.23.5, it may be observed that for Production of Food
Grains (in thousand tonnes) in Nagaland from Pre-WTO to Post-WTO
range has been increased by 168.3, which is desirable; mean has been
increased by 197.7662, which is desirable; standard deviation has been
increased by 50.13991, which is undesirable; and mean growth rate has
been decreased by 6.86953, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.23.5; Production of Food Grains in Nagaland
Production of Food Grains (in thousand tonnes) in Nagaland
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 93.30 228.70 135.40 152.8267 50.63393 6.581755
1995-96
to 2012-
13
18 210.50 514.20 303.70 350.5929 100.77384 -0.28777
6.23.6 Production of Oilseeds in Nagaland
From Table-6.23.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Nagaland is 1.10, 19.70 and 18.60 respectively.
Further mean and standard deviation of Production of Oilseeds (in
thousand tonnes) in Nagaland is 8.6400 and 8.6400 respectively. And
Page | 291
mean growth rate of Production of Oilseeds (in thousand tonnes) in
Nagaland for Pre-WTO 15 years is 28.77765 %.
From Table-6.23.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Nagaland is 15.50, 81.90 and 66.40 respectively.
Further mean and standard deviation of Production of Oilseeds (in
thousand tonnes) in Nagaland is 51.9643 and 21.22287 respectively. And
mean growth rate of Production of Oilseeds (in thousand tonnes) in
Nagaland for Post-WTO 18 years is 5.935461 %.
From Table-6.23.6, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Nagaland from Pre-WTO to Post-WTO
range has been increased by 47.8, which is desirable; mean has been
increased by 43.3243, which is desirable; standard deviation has been
increased by 12.58287, which is undesirable; and mean growth rate has
been decreased by 2.8422, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.23.6; Production of Oilseeds in Nagaland
Production of Oilseeds (in thousand tonnes) in Nagaland
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 1.10 19.70 18.60 8.6400 8.6400 28.77765
1995-96
to 2012-
13
18 15.50 81.90 66.40 51.9643 21.22287 5.935461
6.23.7 Production of Cotton in Nagaland
From Table-6.23.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Nagaland is .10, .30 and .20 respectively. Further mean and
standard deviation of Production of Cotton (in thousand tonnes) in
Nagaland is .1667 and .10328 respectively. And mean growth rate of
Page | 292
Production of Cotton (in thousand tonnes) in Nagaland for Pre-WTO 15
years is 40 %.
From Table-6.23.7, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Nagaland is .10, 5.00 and 4.90 respectively. Further mean and
standard deviation of Production of Cotton (in thousand tonnes) in
Nagaland is 1.40120 and .9214 respectively. And mean growth rate of
Production of Cotton (in thousand tonnes) in Nagaland for Post-WTO
18 years is 82.48894 %.
From Table-6.23.7, it may be observed that for Production of
Cotton (in thousand tonnes) in Nagaland from Pre-WTO to Post-WTO
range has been increased by 4.7, which is desirable; mean has been
increased by 1.2345, which is desirable; standard deviation has been
increased by 0.81812, which is undesirable; and mean growth rate has
been increased by 42.4889, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Table-6.23.7; Production of Cotton in Nagaland
Production of Cotton (in thousand tonnes) in Nagaland
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 .10 .30 .20 .1667 .10328 40
1995-96
to 2012-
13
18 .10 5.00 4.90 1.40120 .9214 82.48894
6.23.8 Production of Sugarcane in Nagaland
From Table-6.23.8, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Nagaland is 81.00, 200.00 and 119.00 respectively.
Further mean and standard deviation of Production of Sugarcane (in
thousand tonnes) in Nagaland is 128.4067 and 33.30672 respectively. And
Page | 293
mean growth rate of Production of Sugarcane (in thousand tonnes) in
Nagaland for Pre-WTO 15 years is 2.272654 %.
From Table-6.23.8, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Nagaland is 30.00, 247.30 and 217.30 respectively.
Further mean and standard deviation of Production of Sugarcane (in
thousand tonnes) in Nagaland is 122.0000 and 74.29534 respectively. And
mean growth rate of Production of Sugarcane (in thousand tonnes) in
Nagaland for Post-WTO 18 years is 3.985602 %.
From Table-6.23.8, it may be observed that for Production of
Sugarcane (in thousand tonnes) in Nagaland from Pre-WTO to Post-
WTO range has been increased by 98.3, which is desirable; mean has
been decreased by 6.4067, which is undesirable; standard deviation has
been increased by 40.98862, which is undesirable; and mean growth rate
has been increased by 1.71295, which is desirable for the economy. Further
from Pre-WTO to Post-WTO decrease in mean and increase in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.23.8; Production of Sugarcane in Nagaland
Production of Sugarcane (in thousand tonnes) in Nagaland
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 81.00 200.00 119.00 128.4067 33.30672 2.272654
1995-96
to 2012-
13
18 30.00 247.30 217.30 122.0000 74.29534 3.985602
6.23.9 Production of Raw Jute & Mesta in Nagaland
From Table-6.23.9, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Nagaland is .50, 2.50 and 2.00 respectively.
Further mean and standard deviation of Production of Raw Jute &
Mesta (in thousand tonnes) in Nagaland is 1.0400 and .74046
Page | 294
respectively. And mean growth rate of Production of Raw Jute & Mesta
(in thousand tonnes) in Nagaland for Pre-WTO 15 years is 18.15244 %.
From Table-6.23.9, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Nagaland is .20, 10.50 and 10.30 respectively.
Further mean and standard deviation of Production of Raw Jute &
Mesta (in thousand tonnes) in Nagaland is 3.9000 and 3.25218
respectively. And mean growth rate of Production of Raw Jute & Mesta
(in thousand tonnes) in Nagaland for Post-WTO 18 years is -12.3105 %.
From Table-6.23.9, it may be observed that for Production of Raw
Jute & Mesta (in thousand tonnes) in Nagaland from Pre-WTO to Post-
WTO range has been increased by 8.3, which is desirable; mean has been
increased by 2.86, which is desirable; standard deviation has been
increased by 2.51172, which is undesirable; and mean growth rate has
been decreased by 30.4629, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.23.9; Production of Raw Jute & Mesta in Nagaland
Production of Raw Jute & Mesta (in thousand tonnes) in Nagaland
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 .50 2.50 2.00 1.0400 .74046 18.15244
1995-96
to 2012-
13
18 .20 10.50 10.30 3.9000 3.25218 -12.3105
6.24 Production of Food Grain and Major Non-Food Grain Crops in Odisha
6.24.1 Production of Rice in Odisha
From Table-6.24.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Odisha is 2991.50, 6659.70 and 3668.20 respectively. Further
mean and standard deviation of Production of Rice (in thousand tonnes)
in Odisha is 5056.1933 and 1136.00479 respectively. And mean growth
Page | 295
rate of Production of Rice (in thousand tonnes) in Odisha for Pre-WTO
15 years is 6.470701 %.
From Table-6.24.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Odisha is 3276.70, 7639.50 and 4362.80 respectively. Further
mean and standard deviation of Production of Rice (in thousand tonnes)
in Odisha is 6149.8167 and 1162.61083 respectively. And mean growth
rate of Production of Rice (in thousand tonnes) in Odisha for Post-WTO
18 years is 6.368767 %.
From Table-6.24.1, it may be observed that for Production of Rice
(in thousand tonnes) in Odisha from Pre-WTO to Post-WTO range has
been increased by 694.6, which is desirable; mean has been increased by
1093.623, which is desirable; standard deviation has been increased by
26.60604, which is undesirable; and mean growth rate has been decreased
by 0.10193, which is undesirable for the economy. Further from Pre-WTO
to Post-WTO increase in mean and decrease in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.24.1; Production of Rice in Odisha
Production of Rice (in thousand tonnes) in Odisha
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 2991.50 6659.70 3668.20 5056.1933 1136.00479 6.470701
1995-96
to 2012-
13
18 3276.70 7639.50 4362.80 6149.8167 1162.61083 6.368767
6.24.2 Production of Wheat in Odisha
From Table-6.24.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Odisha is 5.00, 150.10 and 145.10 respectively. Further mean
and standard deviation of Production of Wheat (in thousand tonnes) in
Odisha is 75.6200 and 45.49603 respectively. And mean growth rate of
Page | 296
Production of Wheat (in thousand tonnes) in Odisha for Pre-WTO 15
years is -10.3426 %.
From Table-6.24.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Odisha is 2.10, 12.90 and 10.80 respectively. Further mean and
standard deviation of Production of Wheat (in thousand tonnes) in
Odisha is 6.4222 and 2.59650 respectively. And mean growth rate of
Production of Wheat (in thousand tonnes) in Odisha for Post-WTO 18
years is -0.02489 %.
From Table-6.24.2, it may be observed that for Production of
Wheat (in thousand tonnes) in Odisha from Pre-WTO to Post-WTO
range has been decreased by 134.3, which is undesirable; mean has been
decreased by 69.1978, which is undesirable; standard deviation has been
decreased by 42.89953, which is desirable; and mean growth rate has
been increased by 10.3177, which is desirable for the economy. Further
from Pre-WTO to Post-WTO decrease in mean and increase in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.24.2; Production of Wheat in Odisha
Production of Wheat (in thousand tonnes) in Odisha
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 5.00 150.10 145.10 75.6200 45.49603 -10.3426
1995-96
to 2012-
13
18 2.10 12.90 10.80 6.4222 2.59650 -0.02489
6.24.3 Production of Coarse Cereals in Odisha
From Table-6.24.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Odisha is 128.90, 691.00 and 562.10 respectively.
Further mean and standard deviation of Production of Coarse Cereals (in
thousand tonnes) in Odisha is 445.5400 and 170.70836 respectively. And
Page | 297
mean growth rate of Production of Coarse Cereals (in thousand tonnes)
in Odisha for Pre-WTO 15 years is -7.04326 %.
From Table-6.24.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Odisha is 96.80, 364.00 and 267.20 respectively.
Further mean and standard deviation of Production of Coarse Cereals (in
thousand tonnes) in Odisha is 267.20 and 65.77746 respectively. And
mean growth rate of Production of Coarse Cereals (in thousand tonnes)
in Odisha for Post-WTO 18 years is 6.750224 %.
From Table-6.24.3, it may be observed that for Production of
Coarse Cereals (in thousand tonnes) in Odisha from Pre-WTO to Post-
WTO range has been decreased by 294.9, which is undesirable; mean has
been decreased by 178.34, which is undesirable; standard deviation has
been decreased by 104.9309, which is desirable; and mean growth rate
has been increased by 13.7935, which is desirable for the economy. Further
from Pre-WTO to Post-WTO decrease in mean and increase in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.24.3; Production of Coarse Cereals in Odisha
Production of Coarse Cereals (in thousand tonnes) in Odisha
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 128.90 691.00 562.10 445.5400 170.70836 -7.04326
1995-96
to 2012-
13
18 96.80 364.00 267.20 267.20 65.77746 6.750224
6.24.4 Production of Pulses in Odisha
From Table-6.24.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Odisha is 362.40, 1132.90 and 770.50 respectively. Further
mean and standard deviation of Production of Pulses (in thousand
tonnes) in Odisha is 899.3533 and 258.39378 respectively. And mean
Page | 298
growth rate of Production of Pulses (in thousand tonnes) in Odisha for
Pre-WTO 15 years is -1.43507 %.
From Table-6.24.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Odisha is 194.40, 431.10 and 236.70 respectively. Further mean
and standard deviation of Production of Pulses (in thousand tonnes) in
Odisha is 317.3556 and 77.22049 respectively. And mean growth rate of
Production of Pulses (in thousand tonnes) in Odisha for Post-WTO 18
years is 2.810691 %.
From Table-6.24.4, it may be observed that for Production of Pulses
(in thousand tonnes) in Odisha from Pre-WTO to Post-WTO range has
been decreased by 533.8, which is undesirable; mean has been decreased
by 581.9977, which is undesirable; standard deviation has been decreased
by 181.1733, which is desirable; and mean growth rate has been increased
by 4.24576, which is desirable for the economy. Further from Pre-WTO to
Post-WTO decrease in mean and increase in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.24.4; Production of Pulses in Odisha
Production of Pulses (in thousand tonnes) in Odisha
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 362.40 1132.90 770.50 899.3533 258.39378 -1.43507
1995-96
to 2012-
13
18 194.40 431.10 236.70 317.3556 77.22049 2.810691
6.24.5 Production of Food Grains in Odisha
From Table-6.24.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Odisha is 4562.90, 8273.00 and 3710.10 respectively.
Further mean and standard deviation of Production of Food Grains (in
thousand tonnes) in Odisha is 6476.7067 and 1048.48822 respectively.
Page | 299
And mean growth rate of Production of Food Grains (in thousand
tonnes) in Odisha for Pre-WTO 15 years is 3.677957 %.
From Table-6.24.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Odisha is 3573.70, 8352.70 and 4779.00 respectively.
Further mean and standard deviation of Production of Food Grains (in
thousand tonnes) in Odisha is 1261.99728 and 6672.8722 respectively.
And mean growth rate of Production of Food Grains (in thousand
tonnes) in Odisha for Post-WTO 18 years is 6.033331 %.
From Table-6.24.5, it may be observed that for Production of Food
Grains (in thousand tonnes) in Odisha from Pre-WTO to Post-WTO
range has been increased by 1069, which is desirable; mean has been
decreased by 5214.709, which is undesirable; standard deviation has been
increased by 5624.384, which is undesirable; and mean growth rate has
been increased by 2.355377, which is desirable for the economy. Further
from Pre-WTO to Post-WTO decrease in mean and increase in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.24.5; Production of Food Grains in Odisha
Production of Food Grains (in thousand tonnes) in Odisha
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 4562.90 8273.00 3710.10 6476.7067 1048.48822 3.677957
1995-96
to 2012-
13
18 3573.70 8352.70 4779.00 1261.99728 6672.8722 6.033331
6.24.6 Production of Oilseeds in Odisha
From Table-6.24.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Odisha is 240.80, 940.90 and 700.10 respectively.
Further mean and standard deviation of Production of Oilseeds (in
thousand tonnes) in Odisha is 660.5800 and 241.29658 respectively. And
Page | 300
mean growth rate of Production of Oilseeds (in thousand tonnes) in
Odisha for Pre-WTO 15 years is -0.24101 %.
From Table-6.24.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Odisha is 93.70, 243.20 and 149.50 respectively.
Further mean and standard deviation of Production of Oilseeds (in
thousand tonnes) in Odisha is 169.0667 and 32.03538 respectively. And
mean growth rate of Production of Oilseeds (in thousand tonnes) in
Odisha for Post-WTO 18 years is 0.205044 %.
From Table-6.24.6, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Odisha from Pre-WTO to Post-WTO
range has been decreased by 550.6, which is undesirable; mean has been
decreased by 491.5133, which is undesirable; standard deviation has been
decreased by 209.2612, which is desirable; and mean growth rate has
been increased by 0.44605, which is desirable for the economy. Further
from Pre-WTO to Post-WTO decrease in mean and increase in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.24.6; Production of Oilseeds in Odisha
Production of Oilseeds (in thousand tonnes) in Odisha
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 240.80 940.90 700.10 660.5800 241.29658 -0.24101
1995-96
to 2012-
13
18 93.70 243.20 149.50 169.0667 32.03538 0.205044
6.24.7 Production of Cotton in Odisha
From Table-6.24.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Odisha is 1.90, 10.90 and 9.00 respectively. Further mean and
standard deviation of Production of Cotton (in thousand tonnes) in
Odisha is 5.5200 and 2.95881 respectively. And mean growth rate of
Page | 301
Production of Cotton (in thousand tonnes) in Odisha for Pre-WTO 15
years is 17.65211 %.
From Table-6.24.7, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Odisha is 21.80, 400.00 and 378.20 respectively. Further mean
and standard deviation of Production of Cotton (in thousand tonnes) in
Odisha is 123.1889 and 104.41986 respectively. And mean growth rate of
Production of Cotton (in thousand tonnes) in Odisha for Post-WTO 18
years is 21.53887 %.
From Table-6.24.7, it may be observed that for Production of
Cotton (in thousand tonnes) in Odisha from Pre-WTO to Post-WTO
range has been increased by 369.2, which is desirable; mean has been
increased by 117.6689, which is desirable; standard deviation has been
increased by 101.4611, which is undesirable; and mean growth rate has
been increased by 3.88676, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Table-6.24.7; Production of Cotton in Odisha
Production of Cotton (in thousand tonnes) in Odisha
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 1.90 10.90 9.00 5.5200 2.95881 17.65211
1995-96
to 2012-
13
18 21.80 400.00 378.20 123.1889 104.41986 21.53887
6.24.8 Production of Sugarcane in Odisha
From Table-6.24.8, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Odisha is 754.20, 3700.00 and 2945.80 respectively.
Further mean and standard deviation of Production of Sugarcane (in
thousand tonnes) in Odisha is 2722.3467 and 990.67960 respectively. And
Page | 302
mean growth rate of Production of Sugarcane (in thousand tonnes) in
Odisha for Pre-WTO 15 years is -1.00833 %.
From Table-6.24.8, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Odisha is 472.70, 1594.20 and 1121.50 respectively.
Further mean and standard deviation of Production of Sugarcane (in
thousand tonnes) in Odisha is 1000.0889 and 292.84717 respectively. And
mean growth rate of Production of Sugarcane (in thousand tonnes) in
Odisha for Post-WTO 18 years is 0.990247 %.
From Table-6.24.8, it may be observed that for Production of
Sugarcane (in thousand tonnes) in Odisha from Pre-WTO to Post-WTO
range has been decreased by 1824, which is undesirable; mean has been
decreased by 1722.258, which is undesirable; standard deviation has been
decreased by 697.8324, which is desirable; and mean growth rate has
been increased by 1.99858, which is desirable for the economy. Further
from Pre-WTO to Post-WTO decrease in mean and increase in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.24.8; Production of Sugarcane in Odisha
Production of Sugarcane (in thousand tonnes) in Odisha
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 754.20 3700.00 2945.80 2722.3467 990.67960 -1.00833
1995-96
to 2012-
13
18 472.70 1594.20 1121.50 1000.0889 292.84717 0.990247
6.24.9 Production of Raw Jute & Mesta in Odisha
From Table-6.24.9, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Odisha is 206.90, 724.00 and 517.10 respectively.
Further mean and standard deviation of Production of Raw Jute &
Mesta (in thousand tonnes) in Odisha is 527.4067 and 125.94197
Page | 303
respectively. And mean growth rate of Production of Raw Jute & Mesta
(in thousand tonnes) in Odisha for Pre-WTO 15 years is -3.14785 %.
From Table-6.24.9, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Odisha is 83.80 , 261.80 and 178.00 respectively.
Further mean and standard deviation of Production of Raw Jute &
Mesta (in thousand tonnes) in Odisha is 150.0556 and 51.69428
respectively. And mean growth rate of Production of Raw Jute & Mesta
(in thousand tonnes) in Odisha for Post-WTO 18 years is -4.62998 %.
From Table-6.24.9, it may be observed that for Production of Raw
Jute & Mesta (in thousand tonnes) in Odisha from Pre-WTO to Post-
WTO range has been decreased by 339.1, which is undesirable; mean has
been decreased by 377.3511, which is undesirable; standard deviation has
been decreased by 74.24769, which is desirable; and mean growth rate
has been decreased by 1.48213, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO decrease in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.24.9; Production of Raw Jute & Mesta in Odisha
Production of Raw Jute & Mesta (in thousand tonnes) in Odisha
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 206.90 724.00 517.10 527.4067 125.94197 -3.14785
1995-96
to 2012-
13
18 83.80 261.80 178.00 150.0556 51.69428 -4.62998
6.25 Production of Food Grain and Major Non-Food Grain Crops in Punjab
6.25.1 Production of Rice in Punjab
From Table-6.25.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Punjab is 3223.00, 7703.00 and 4480.00 respectively. Further
mean and standard deviation of Production of Rice (in thousand tonnes)
Page | 304
in Punjab is 5658.9933 and 1393.77955 respectively. And mean growth
rate of Production of Rice (in thousand tonnes) in Punjab for Pre-WTO
15 years is 6.961885 %.
From Table-6.25.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Punjab is 6768.00, 11374.00 and 4606.00 respectively. Further
mean and standard deviation of Production of Rice (in thousand tonnes)
in Punjab is 9523.0000 and 1396.00114 respectively. And mean growth
rate of Production of Rice (in thousand tonnes) in Punjab for Post-WTO
18 years is 3.204146 %.
From Table-6.25.1, it may be observed that for Production of Rice
(in thousand tonnes) in Punjab from Pre-WTO to Post-WTO range has
been increased by 126, which is desirable; mean has been increased by
3864.007, which is desirable; standard deviation has been increased by
2.22159, which is undesirable; and mean growth rate has been decreased
by 3.75774, which is undesirable for the economy. Further from Pre-WTO
to Post-WTO increase in mean and decrease in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.25.1; Production of Rice in Punjab
Production of Rice (in thousand tonnes) in Punjab
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 3223.00 7703.00 4480.00 5658.9933 1393.77955 6.961885
1995-96
to 2012-
13
18 6768.00 11374.00 4606.00 9523.0000 1396.00114 3.204146
6.25.2 Production of Wheat in Punjab
From Table-6.25.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Punjab is 7677.00, 13542.00 and 5865.00 respectively. Further
mean and standard deviation of Production of Wheat (in thousand
tonnes) in Punjab is 10900.9333 and 1765.35838 respectively. And mean
Page | 305
growth rate of Production of Wheat (in thousand tonnes) in Punjab for
Pre-WTO 15 years is 4.368404 %.
From Table-6.25.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Punjab is 12518.00, 17206.70 and 4688.70 respectively. Further
mean and standard deviation of Production of Wheat (in thousand
tonnes) in Punjab is 14939.4667 and 1196.35579 respectively. And mean
growth rate of Production of Wheat (in thousand tonnes) in Punjab for
Post-WTO 18 years is 1.678518 %.
From Table-6.25.2, it may be observed that for Production of
Wheat (in thousand tonnes) in Punjab from Pre-WTO to Post-WTO
range has been decreased by 1176, which is undesirable; mean has been
increased by 4038.533, which is desirable; standard deviation has been
decreased by 569.0026, which is desirable; and mean growth rate has
been decreased by 2.68989, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.25.2; Production of Wheat in Punjab
Production of Wheat (in thousand tonnes) in Punjab
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 7677.00 13542.00 5865.00 10900.9333 1765.35838 4.368404
1995-96
to 2012-
13
18 12518.00 17206.70 4688.70 14939.4667 1196.35579 1.678518
6.25.3 Production of Coarse Cereals in Punjab
From Table-6.25.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Punjab is 432.10, 858.90 and 426.80 respectively.
Further mean and standard deviation of Production of Coarse Cereals (in
thousand tonnes) in Punjab is 590.2200 and 137.03530 respectively. And
Page | 306
mean growth rate of Production of Coarse Cereals (in thousand tonnes)
in Punjab for Pre-WTO 15 years is -2.54991 %.
From Table-6.25.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Punjab is 402.30, 583.10 and 180.80 respectively.
Further mean and standard deviation of Production of Coarse Cereals (in
thousand tonnes) in Punjab is 513.2444 and 52.01494 respectively. And
mean growth rate of Production of Coarse Cereals (in thousand tonnes)
in Punjab for Post-WTO 18 years is 1.890925 %.
From Table-6.25.3, it may be observed that for Production of
Coarse Cereals (in thousand tonnes) in Punjab from Pre-WTO to Post-
WTO range has been decreased by 246, which is undesirable; mean has
been decreased by 76.9756, which is undesirable; standard deviation has
been decreased by 85.02036, which is desirable; and mean growth rate
has been increased by 4.44084, which is desirable for the economy. Further
from Pre-WTO to Post-WTO decrease in mean and increase in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.25.3; Production of Coarse Cereals in Punjab
Production of Coarse Cereals (in thousand tonnes) in Punjab
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 432.10 858.90 426.80 590.2200 137.03530 -2.54991
1995-96
to 2012-
13
18 402.30 583.10 180.80 513.2444 52.01494 1.890925
6.25.4 Production of Pulses in Punjab
From Table-6.25.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Punjab is 74.60, 203.70 and 129.10 respectively. Further mean
and standard deviation of Production of Pulses (in thousand tonnes) in
Punjab is 127.4400 and 43.12124 respectively. And mean growth rate of
Page | 307
Production of Pulses (in thousand tonnes) in Punjab for Pre-WTO 15
years is -2.71394 %.
From Table-6.25.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Punjab is 18.40, 84.00 and 65.60 respectively. Further mean and
standard deviation of Production of Pulses (in thousand tonnes) in
Punjab is 42.2667 and 19.97693 respectively. And mean growth rate of
Production of Pulses (in thousand tonnes) in Punjab for Post-WTO 18
years is 4.44287 %.
From Table-6.25.4, it may be observed that for Production of Pulses
(in thousand tonnes) in Punjab from Pre-WTO to Post-WTO range has
been decreased by 63.5, which is undesirable; mean has been decreased
by 85.1733, which is undesirable; standard deviation has been decreased
by 23.14431, which is desirable; and mean growth rate has been increased
by 7.15681, which is desirable for the economy. Further from Pre-WTO to
Post-WTO decrease in mean and increase in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.25.4; Production of Pulses in Punjab
Production of Pulses (in thousand tonnes) in Punjab
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 74.60 203.70 129.10 127.4400 43.12124 -2.71394
1995-96
to 2012-
13
18 18.40 84.00 65.60 42.2667 19.97693 4.44287
6.25.5 Production of Food Grains in Punjab
From Table-6.25.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Punjab is 11902.70, 21816.80 and 9914.10
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in Punjab is 17277.5867 and 2950.71024
Page | 308
respectively. And mean growth rate of Production of Food Grains (in
thousand tonnes) in Punjab for Pre-WTO 15 years is 4.522876 %.
From Table-6.25.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Punjab is 19806.20, 28352.00 and 8545.80
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in Punjab is 25017.9889 and 2436.46448
respectively. And mean growth rate of Production of Food Grains (in
thousand tonnes) in Punjab for Post-WTO 18 years is 2.161302 %.
From Table-6.25.5, it may be observed that for Production of Food
Grains (in thousand tonnes) in Punjab from Pre-WTO to Post-WTO
range has been decreased by 1368, which is undesirable; mean has been
increased by 7740.402, which is desirable; standard deviation has been
decreased by 514.2458, which is desirable; and mean growth rate has
been decreased by 2.36157, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.25.5; Production of Food Grains in Punjab
Production of Food Grains (in thousand tonnes) in Punjab
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 11902.70 21816.80 9914.10 17277.5867 2950.71024 4.522876
1995-96
to 2012-
13
18 19806.20 28352.00 8545.80 25017.9889 2436.46448 2.161302
6.25.6 Production of Oilseeds in Punjab
From Table-6.25.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Punjab is 110.80, 263.60 and 152.80 respectively.
Further mean and standard deviation of Production of Oilseeds (in
thousand tonnes) in Punjab is 185.6200 and 51.13204 respectively. And
Page | 309
mean growth rate of Production of Oilseeds (in thousand tonnes) in
Punjab for Pre-WTO 15 years is 8.794237 %.
From Table-6.25.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Punjab is 67.50, 306.10 and 238.60 respectively.
Further mean and standard deviation of Production of Oilseeds (in
thousand tonnes) in Punjab is 120.0556 and 74.31610 respectively. And
mean growth rate of Production of Oilseeds (in thousand tonnes) in
Punjab for Post-WTO 18 years is -7.3958 %.
From Table-6.25.6, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Punjab from Pre-WTO to Post-WTO
range has been increased by 85.8, which is desirable; mean has been
decreased by 65.564, which is undesirable; standard deviation has been
increased by 23.18406, which is undesirable; and mean growth rate has
been decreased by 16.19, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO decrease in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.25.6; Production of Oilseeds in Punjab
Production of Oilseeds (in thousand tonnes) in Punjab
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 110.80 263.60 152.80 185.6200 51.13204 8.794237
1995-96
to 2012-
13
18 67.50 306.10 238.60 120.0556 74.31610 -7.3958
6.25.7 Production of Cotton in Punjab
From Table-6.25.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Punjab is 707.00, 2454.00 and 1747.00 respectively. Further
mean and standard deviation of Production of Cotton (in thousand
tonnes) in Punjab is 1667.4667 and 508.53682 respectively. And mean
Page | 310
growth rate of Production of Cotton (in thousand tonnes) in Punjab for
Pre-WTO 15 years is 6.640735 %.
From Table-6.25.7, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Punjab is 595.00, 2878.00 and 2283.00 respectively. Further
mean and standard deviation of Production of Cotton (in thousand
tonnes) in Punjab is 1768.4444 and 628.83115 respectively. And mean
growth rate of Production of Cotton (in thousand tonnes) in Punjab for
Post-WTO 18 years is 4.065989 %.
From Table-6.25.7, it may be observed that for Production of
Cotton (in thousand tonnes) in Punjab from Pre-WTO to Post-WTO
range has been increased by 536, which is desirable; mean has been
increased by 100.9777, which is desirable; standard deviation has been
increased by 120.2943, which is undesirable; and mean growth rate has
been decreased by 2.57475, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.25.7; Production of Cotton in Punjab
Production of Cotton (in thousand tonnes) in Punjab
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 707.00 2454.00 1747.00 1667.4667 508.53682 6.640735
1995-96
to 2012-
13
18 595.00 2878.00 2283.00 1768.4444 628.83115 4.065989
6.25.8 Production of Sugarcane in Punjab
From Table-6.25.8, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Punjab is 3920.00, 6920.00 and 3000.00 respectively.
Further mean and standard deviation of Production of Sugarcane (in
thousand tonnes) in Punjab is 5697.9333 and 802.86527 respectively. And
Page | 311
mean growth rate of Production of Sugarcane (in thousand tonnes) in
Punjab for Pre-WTO 15 years is 3.529094 %.
From Table-6.25.8, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Punjab is 3720.00, 11040.00 and 7320.00
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in Punjab is 6527.7778 and 2027.32091
respectively. And mean growth rate of Production of Sugarcane (in
thousand tonnes) in Punjab for Post-WTO 18 years is -1.18332 %.
From Table-6.25.8, it may be observed that for Production of
Sugarcane (in thousand tonnes) in Punjab from Pre-WTO to Post-WTO
range has been increased by 4320, which is desirable; mean has been
increased by 829.8445, which is desirable; standard deviation has been
increased by 1224.456, which is undesirable; and mean growth rate has
been decreased by 4.71241, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.25.8; Production of Sugarcane in Punjab
Production of Sugarcane (in thousand tonnes) in Punjab
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 3920.00 6920.00 3000.00 5697.9333 802.86527 3.529094
1995-96
to 2012-
13
18 3720.00 11040.00 7320.00 6527.7778 2027.32091 -1.18332
6.26 Production of Food Grain and Major Non-Food Grain Crops in
Rajasthan
6.26.1 Production of Rice in Rajasthan
From Table-6.26.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Rajasthan is 47.30, 217.50 and 170.20 respectively. Further
Page | 312
mean and standard deviation of Production of Rice (in thousand tonnes)
in Rajasthan is 146.1333 and 44.47800 respectively. And mean growth
rate of Production of Rice (in thousand tonnes) in Rajasthan for Pre-
WTO 15 years is 21.75289 %.
From Table-6.26.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Rajasthan is .35270, 265.60 and 197.70 respectively. Further
mean and standard deviation of Production of Rice (in thousand tonnes)
in Rajasthan is 53.94502 and 191.7944 respectively. And mean growth
rate of Production of Rice (in thousand tonnes) in Rajasthan for Post-
WTO 18 years is 11.17229 %.
From Table-6.26.1, it may be observed that for Production of Rice
(in thousand tonnes) in Rajasthan from Pre-WTO to Post-WTO range
has been increased by 27.5, which is desirable; mean has been decreased
by 92.18828, which is undesirable; standard deviation has been increased
by 147.3164, which is undesirable; and mean growth rate has been
decreased by 10.5806, which is undesirable for the economy. Further from
Pre-WTO to Post-WTO decrease in mean and decrease in mean growth
rate is a strongly undesirable condition for the economy.
Table-6.26.1; Production of Rice in Rajasthan
Production of Rice (in thousand tonnes) in Rajasthan
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 47.30 217.50 170.20 146.1333 44.47800 21.75289
1995-96
to 2012-
13
18 .35270 265.60 197.70 53.94502 191.7944 11.17229
6.26.2 Production of Wheat in Rajasthan
From Table-6.26.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Rajasthan is 2393.90, 5612.70 and 3218.80 respectively. Further
mean and standard deviation of Production of Wheat (in thousand
Page | 313
tonnes) in Rajasthan is 3716.7867 and 880.37835 respectively. And mean
growth rate of Production of Wheat (in thousand tonnes) in Rajasthan
for Pre-WTO 15 years is 9.352801 %.
From Table-6.26.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Rajasthan is 4878.00, 9319.70 and 4441.70 respectively. Further
mean and standard deviation of Production of Wheat (in thousand
tonnes) in Rajasthan is 6673.9833 and 1126.92904 respectively. And mean
growth rate of Production of Wheat (in thousand tonnes) in Rajasthan
for Post-WTO 18 years is 3.925024 %.
From Table-6.26.2, it may be observed that for Production of
Wheat (in thousand tonnes) in Rajasthan from Pre-WTO to Post-WTO
range has been increased by 1223, which is desirable; mean has been
increased by 2957.197, which is desirable; standard deviation has been
increased by 246.5507, which is undesirable; and mean growth rate has
been decreased by 5.42778, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.26.2; Production of Wheat in Rajasthan
Production of Wheat (in thousand tonnes) in Rajasthan
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 2393.90 5612.70 3218.80 3716.7867 880.37835 9.352801
1995-96
to 2012-
13
18 4878.00 9319.70 4441.70 6673.9833 1126.92904 3.925024
6.26.3 Production of Coarse Cereals in Rajasthan
From Table-6.26.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Rajasthan is 1351.00, 4884.40 and 3533.40
respectively. Further mean and standard deviation of Production of
Coarse Cereals (in thousand tonnes) in Rajasthan is 3297.0067 and
Page | 314
1124.22957 respectively. And mean growth rate of Production of Coarse
Cereals (in thousand tonnes) in Rajasthan for Pre-WTO 15 years is
20.77769 %.
From Table-6.26.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Rajasthan is 2105.60, 9674.80 and 7569.20
respectively. Further mean and standard deviation of Production of
Coarse Cereals (in thousand tonnes) in Rajasthan is 5214.6278 and
2109.15335 respectively. And mean growth rate of Production of Coarse
Cereals (in thousand tonnes) in Rajasthan for Post-WTO 18 years is
27.31466 %.
From Table-6.26.3, it may be observed that for Production of
Coarse Cereals (in thousand tonnes) in Rajasthan from Pre-WTO to
Post-WTO range has been increased by 4036, which is desirable; mean
has been increased by 1917.621, which is desirable; standard deviation
has been increased by 984.9238, which is undesirable; and mean growth
rate has been increased by 6.53697, which is desirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and increase in
mean growth rate is a strongly desirable condition for the economy.
Table-6.26.3; Production of Coarse Cereals in Rajasthan
Production of Coarse Cereals (in thousand tonnes) in Rajasthan
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 1351.00 4884.40 3533.40 3297.0067 1124.22957 20.77769
1995-96
to 2012-
13
18 2105.60 9674.80 7569.20 5214.6278 2109.15335 27.31466
6.26.4 Production of Pulses in Rajasthan
From Table-6.26.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Rajasthan is 1965.50, 474.40 and 1491.10 respectively. Further
mean and standard deviation of Production of Pulses (in thousand
Page | 315
tonnes) in Rajasthan is 1362.0067 and 399.02656 respectively. And mean
growth rate of Production of Pulses (in thousand tonnes) in Rajasthan
for Pre-WTO 15 years is 20.3961 %.
From Table-6.26.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Rajasthan is 484.50, 3216.40 and 2731.90 respectively. Further
mean and standard deviation of Production of Pulses (in thousand
tonnes) in Rajasthan is 1650.5000 and 737.18630 respectively. And mean
growth rate of Production of Pulses (in thousand tonnes) in Rajasthan
for Post-WTO 18 years is 32.68069 %.
From Table-6.26.4, it may be observed that for Production of Pulses
(in thousand tonnes) in Rajasthan from Pre-WTO to Post-WTO range
has been increased by 1241, which is desirable; mean has been increased
by 288.4933, which is desirable; standard deviation has been increased by
338.1597, which is undesirable; and mean growth rate has been increased
by 12.2846, which is desirable for the economy. Further from Pre-WTO to
Post-WTO increase in mean and increase in mean growth rate is a
strongly desirable condition for the economy.
Table-6.26.4; Production of Pulses in Rajasthan
Production of Pulses (in thousand tonnes) in Rajasthan
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 1965.50 474.40 1491.10 1362.0067 399.02656 20.3961
1995-96
to 2012-
13
18 484.50 3216.40 2731.90 1650.5000 737.18630 32.68069
6.26.5 Production of Food Grains in Rajasthan
From Table-6.26.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Rajasthan is 4781.80, 11710.40 and 6928.60
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in Rajasthan is 8521.9333 and 2032.52151
Page | 316
respectively. And mean growth rate of Production of Food Grains (in
thousand tonnes) in Rajasthan for Pre-WTO 15 years is 11.26128 %.
From Table-6.26.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Rajasthan is 7536.00, 18963.30 and 11427.30
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in Rajasthan is 13730.9000 and 3403.92301
respectively. And mean growth rate of Production of Food Grains (in
thousand tonnes) in Rajasthan for Post-WTO 18 years is 10.4066 %.
From Table-6.26.5, it may be observed that for Production of Food
Grains (in thousand tonnes) in Rajasthan from Pre-WTO to Post-WTO
range has been increased by 4499, which is desirable; mean has been
increased by 5208.967, which is desirable; standard deviation has been
increased by 1371.402, which is undesirable; and mean growth rate has
been decreased by 0.85468, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.26.5; Production of Food Grains in Rajasthan
Production of Food Grains (in thousand tonnes) in Rajasthan
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 4781.80 11710.40 6928.60 8521.9333 2032.52151 11.26128
1995-96
to 2012-
13
18 7536.00 18963.30 11427.30 13730.9000 3403.92301 10.4066
6.26.6 Production of Oilseeds in Rajasthan
From Table-6.26.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Rajasthan is 384.70, 2834.10 and 2449.40
respectively. Further mean and standard deviation of Production of
Oilseeds (in thousand tonnes) in Rajasthan is 1564.4200 and 846.10169
Page | 317
respectively. And mean growth rate of Production of Oilseeds (in
thousand tonnes) in Rajasthan for Pre-WTO 15 years is 18.29488 %.
From Table-6.26.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Rajasthan is 1754.60, 6200.00 and 4445.40
respectively. Further mean and standard deviation of Production of
Oilseeds (in thousand tonnes) in Rajasthan is 4254.2056 and 1370.51994
respectively. And mean growth rate of Production of Oilseeds (in
thousand tonnes) in Rajasthan for Post-WTO 18 years is 10.18809 %.
From Table-6.26.6, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Rajasthan from Pre-WTO to Post-WTO
range has been increased by 1996, which is desirable; mean has been
increased by 2689.786, which is desirable; standard deviation has been
increased by 524.4183, which is undesirable; and mean growth rate has
been decreased by 8.10679, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.26.6; Production of Oilseeds in Rajasthan
Production of Oilseeds (in thousand tonnes) in Rajasthan
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 384.70 2834.10 2449.40 1564.4200 846.10169 18.29488
1995-96
to 2012-
13
18 1754.60 6200.00 4445.40 4254.2056 1370.51994 10.18809
6.26.7 Production of Cotton in Rajasthan
From Table-6.26.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Rajasthan is 218.00, 1016.20 and 798.20 respectively. Further
mean and standard deviation of Production of Cotton (in thousand
tonnes) in Rajasthan is 7643.9833 and 245.23005 respectively. And mean
Page | 318
growth rate of Production of Cotton (in thousand tonnes) in Rajasthan
for Pre-WTO 15 years is 17.03613 %.
From Table-6.26.7, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Rajasthan is 252.40, 1363.30 and 1110.90 respectively. Further
mean and standard deviation of Production of Cotton (in thousand
tonnes) in Rajasthan is 848.4500 and 848.4500 respectively. And mean
growth rate of Production of Cotton (in thousand tonnes) in Rajasthan
for Post-WTO 18 years is 16.18629 %.
From Table-6.26.7, it may be observed that for Production of
Cotton (in thousand tonnes) in Rajasthan from Pre-WTO to Post-WTO
range has been increased by 312.7, which is desirable; mean has been
increased by 191.13, which is desirable; standard deviation has been
increased by 603.22, which is undesirable; and mean growth rate has been
decreased by 0.84984, which is undesirable for the economy. Further from
Pre-WTO to Post-WTO increase in mean and decrease in mean growth
rate is a strongly undesirable condition for the economy.
Table-6.26.7; Production of Cotton in Rajasthan
Production of Cotton (in thousand tonnes) in Rajasthan
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 218.00 1016.20 798.20 657.3200 245.23005 17.03613
1995-96
to 2012-
13
18 252.40 1363.30 1110.90 848.4500 848.4500 16.18629
6.26.8 Production of Sugarcane in Rajasthan
From Table-6.26.8, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Rajasthan is 686.30, 1485.40 and 799.10 respectively.
Further mean and standard deviation of Production of Sugarcane (in
thousand tonnes) in Rajasthan is 1149.0667 and 252.94183 respectively.
Page | 319
And mean growth rate of Production of Sugarcane (in thousand tonnes)
in Rajasthan for Pre-WTO 15 years is 1.568218 %.
From Table-6.26.8, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Rajasthan is 135.40, 1410.80 and 1275.40
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in Rajasthan is 619.3333 and 372.18670
respectively. And mean growth rate of Production of Sugarcane (in
thousand tonnes) in Rajasthan for Post-WTO 18 years is 2.033157 %.
From Table-6.26.8, it may be observed that for Production of
Sugarcane (in thousand tonnes) in Rajasthan from Pre-WTO to Post-
WTO range has been increased by 476.3, which is desirable; mean has
been decreased by 529.7334, which is undesirable; standard deviation has
been increased by 119.2449, which is undesirable; and mean growth rate
has been increased by 0.46494, which is desirable for the economy. Further
from Pre-WTO to Post-WTO decrease in mean and increase in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.26.8; Production of Sugarcane in Rajasthan
Production of Sugarcane (in thousand tonnes) in Rajasthan
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 686.30 1485.40 799.10 1149.0667 252.94183 1.568218
1995-96
to 2012-
13
18 135.40 1410.80 1275.40 619.3333 372.18670 2.033157
6.26.9 Production of Raw Jute & Mesta in Rajasthan
From Table-6.26.9, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Rajasthan is .10, 1.30 and 1.20 respectively.
Further mean and standard deviation of Production of Raw Jute &
Mesta (in thousand tonnes) in Rajasthan is .4857 and .35270 respectively.
Page | 320
And mean growth rate of Production of Raw Jute & Mesta (in thousand
tonnes) in Rajasthan for Pre-WTO 15 years is 77.74725 %.
From Table-6.26.9, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Rajasthan is .00, .20 and .20 respectively. Further
mean and standard deviation of Production of Raw Jute & Mesta (in
thousand tonnes) in Rajasthan is .0667 and .11547 respectively. And
mean growth rate of Production of Raw Jute & Mesta (in thousand
tonnes) in Rajasthan for Post-WTO 18 years is %.
From Table-6.26.9, it may be observed that for Production of Raw
Jute & Mesta (in thousand tonnes) in Rajasthan from Pre-WTO to Post-
WTO range has been decreased by 1, which is undesirable; mean has been
decreased by 0.419, which is undesirable; standard deviation has been
decreased by 0.23723, which is desirable; and mean growth rate has been
increased / decreased by 1881.60, which is desirable / undesirable for the
economy. Further from Pre-WTO to Post-WTO decrease in mean and
increase / decrease in mean growth rate is a strongly desirable /
undesirable condition for the economy.
Table-6.26.9; Production of Raw Jute & Mesta in Rajasthan
Production of Raw Jute & Mesta (in thousand tonnes) in Rajasthan
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 .10 1.30 1.20 .4857 .35270 77.74725
1995-96
to 2012-
13
18 .00 .20 .20 .0667 .11547
6.27 Production of Food Grain and Major Non-Food Grain Crops in Sikkim
6.27.1 Production of Rice in Sikkim
From Table-6.27.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Sikkim is 11.60, 25.30 and 13.70 respectively. Further mean and
standard deviation of Production of Rice (in thousand tonnes) in Sikkim
Page | 321
is 18.3500 and 4.14279 respectively. And mean growth rate of Production
of Rice (in thousand tonnes) in Sikkim for Pre-WTO 15 years is
4.736638 %.
From Table-6.27.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Sikkim is 21.20, 23.40 and 2.20 respectively. Further mean and
standard deviation of Production of Rice (in thousand tonnes) in Sikkim
is 21.8643 and .64284 respectively. And mean growth rate of Production
of Rice (in thousand tonnes) in Sikkim for Post-WTO 18 years is -
7.11898 %.
From Table-6.27.1, it may be observed that for Production of Rice
(in thousand tonnes) in Sikkim from Pre-WTO to Post-WTO range has
been decreased by 11.5, which is undesirable; mean has been increased by
3.5143, which is desirable; standard deviation has been decreased by
3.49995, which is desirable; and mean growth rate has been decreased by
11.8556, which is undesirable for the economy. Further from Pre-WTO to
Post-WTO increase in mean and decrease in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.27.1; Production of Rice in Sikkim
Production of Rice (in thousand tonnes) in Sikkim
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 11.60 25.30 13.70 18.3500 4.14279 4.736638
1995-96
to 2012-
13
18 21.20 23.40 2.20 21.8643 .64284 -7.11898
6.27.2 Production of Wheat in Sikkim
From Table-6.27.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Sikkim is 11.80, 20.30 and 8.50 respectively. Further mean and
standard deviation of Production of Wheat (in thousand tonnes) in
Sikkim is 15.5571 and 2.59429 respectively. And mean growth rate of
Page | 322
Production of Wheat (in thousand tonnes) in Sikkim for Pre-WTO 15
years is 1.810138 %.
From Table-6.27.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Sikkim is 4.50, 15.30 and 10.80 respectively. Further mean and
standard deviation of Production of Wheat (in thousand tonnes) in
Sikkim is 9.9143 and 3.19467 respectively. And mean growth rate of
Production of Wheat (in thousand tonnes) in Sikkim for Post-WTO 18
years is -5.06853 %.
From Table-6.27.2, it may be observed that for Production of
Wheat (in thousand tonnes) in Sikkim from Pre-WTO to Post-WTO
range has been increased by 2.3, which is desirable; mean has been
decreased by 5.6428, which is undesirable; standard deviation has been
increased by 0.60038, which is undesirable; and mean growth rate has
been decreased by 6.87867, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO decrease in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.27.2; Production of Wheat in Sikkim
Production of Wheat (in thousand tonnes) in Sikkim
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 11.80 20.30 8.50 15.5571 2.59429 1.810138
1995-96
to 2012-
13
18 4.50 15.30 10.80 9.9143 3.19467 -5.06853
6.27.3 Production of Coarse Cereals in Sikkim
From Table-6.27.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Sikkim is 34.50, 69.00 and 34.50 respectively. Further
mean and standard deviation of Production of Coarse Cereals (in
thousand tonnes) in Sikkim is 55.1000 and 10.91449 respectively. And
Page | 323
mean growth rate of Production of Coarse Cereals (in thousand tonnes)
in Sikkim for Pre-WTO 15 years is 4.717906 %.
From Table-6.27.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Sikkim is 56.70, 72.60 and 15.90 respectively. Further
mean and standard deviation of Production of Coarse Cereals (in
thousand tonnes) in Sikkim is 63.5714 and 3.82953 respectively. And
mean growth rate of Production of Coarse Cereals (in thousand tonnes)
in Sikkim for Post-WTO 18 years is -6.55769 %.
From Table-6.27.3, it may be observed that for Production of
Coarse Cereals (in thousand tonnes) in Sikkim from Pre-WTO to Post-
WTO range has been decreased by 18.6, which is undesirable; mean has
been increased by 8.4714, which is desirable; standard deviation has been
decreased by 7.08496, which is desirable; and mean growth rate has been
decreased by 11.2756, which is undesirable for the economy. Further from
Pre-WTO to Post-WTO increase in mean and decrease in mean growth
rate is a strongly undesirable condition for the economy.
Table-6.27.3; Production of Coarse Cereals in Sikkim
Production of Coarse Cereals (in thousand tonnes) in Sikkim
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 34.50 69.00 34.50 55.1000 10.91449 4.717906
1995-96
to 2012-
13
18 56.70 72.60 15.90 63.5714 3.82953 -6.55769
6.27.4 Production of Pulses in Sikkim
From Table-6.27.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Sikkim is 3.90, 18.70 and 14.80 respectively. Further mean and
standard deviation of Production of Pulses (in thousand tonnes) in
Sikkim is 9.3643 and 4.71701 respectively. And mean growth rate of
Page | 324
Production of Pulses (in thousand tonnes) in Sikkim for Pre-WTO 15
years is 25.82961 %.
From Table-6.27.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Sikkim is 5.20, 11.80 and 6.60 respectively. Further mean and
standard deviation of Production of Pulses (in thousand tonnes) in
Sikkim is 6.8500 and 2.09863 respectively. And mean growth rate of
Production of Pulses (in thousand tonnes) in Sikkim for Post-WTO 18
years is -0.06651 %.
From Table-6.27.4, it may be observed that for Production of Pulses
(in thousand tonnes) in Sikkim from Pre-WTO to Post-WTO range has
been decreased by 8.2, which is undesirable; mean has been decreased by
2.5143, which is undesirable; standard deviation has been decreased by
2.61838, which is undesirable; and mean growth rate has been decreased
by 25.8961, which is undesirable for the economy. Further from Pre-WTO
to Post-WTO decrease in mean and decrease in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.27.4; Production of Pulses in Sikkim
Production of Pulses (in thousand tonnes) in Sikkim
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 3.90 18.70 14.80 9.3643 4.71701 25.82961
1995-96
to 2012-
13
18 5.20 11.80 6.60 6.8500 2.09863 -0.06651
6.27.5 Production of Food Grains in Sikkim
From Table-6.27.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Sikkim is 63.40, 130.30 and 66.90 respectively.
Further mean and standard deviation of Production of Food Grains (in
thousand tonnes) in Sikkim is 98.3714 and 19.96838 respectively. And
Page | 325
mean growth rate of Production of Food Grains (in thousand tonnes) in
Sikkim for Pre-WTO 15 years is 4.522044 %.
From Table-6.27.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Sikkim is 90.70, 111.60 and 20.90 respectively.
Further mean and standard deviation of Production of Food Grains (in
thousand tonnes) in Sikkim is 102.2000 and 5.10279 respectively. And
mean growth rate of Production of Food Grains (in thousand tonnes) in
Sikkim for Post-WTO 18 years is -6.85957 %.
From Table-6.27.5, it may be observed that for Production of Food
Grains (in thousand tonnes) in Sikkim from Pre-WTO to Post-WTO
range has been decreased by 46, which is undesirable; mean has been
increased by 3.8286, which is desirable; standard deviation has been
decreased by 14.86559, which is desirable; and mean growth rate has
been decreased by 11.3816, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.27.5; Production of Food Grains in Sikkim
Production of Food Grains (in thousand tonnes) in Sikkim
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 63.40 130.30 66.90 98.3714 19.96838 4.522044
1995-96
to 2012-
13
18 90.70 111.60 20.90 102.2000 5.10279 -6.85957
6.27.6 Production of Oilseeds in Sikkim
From Table-6.27.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Sikkim is 4.30, 15.10 and 10.80 respectively. Further
mean and standard deviation of Production of Oilseeds (in thousand
tonnes) in Sikkim is 9.4357 and 3.46113 respectively. And mean growth
Page | 326
rate of Production of Oilseeds (in thousand tonnes) in Sikkim for Pre-
WTO 15 years is 6.333278 %.
From Table-6.27.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Sikkim is 5.10, 7.60 and 2.50 respectively. Further
mean and standard deviation of Production of Oilseeds (in thousand
tonnes) in Sikkim is 7.1929 and .65453 respectively. And mean growth
rate of Production of Oilseeds (in thousand tonnes) in Sikkim for Post-
WTO 18 years is -6.12063 %.
From Table-6.27.6, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Sikkim from Pre-WTO to Post-WTO
range has been decreased by 8.3, which is undesirable; mean has been
decreased by 2.2428, which is undesirable; standard deviation has been
decreased by 2.8066, which is desirable; and mean growth rate has been
decreased by 12.4539, which is undesirable for the economy. Further from
Pre-WTO to Post-WTO decrease in mean and decrease in mean growth
rate is a strongly undesirable condition for the economy.
Table-6.27.6; Production of Oilseeds in Sikkim
Production of Oilseeds (in thousand tonnes) in Sikkim
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 4.30 15.10 10.80 9.4357 3.46113 6.333278
1995-96
to 2012-
13
18 5.10 7.60 2.50 7.1929 .65453
-6.12063
6.28 Production of Food Grain and Major Non-Food Grain Crops in Tamil
Nadu
6.28.1 Production of Rice in Tamil Nadu
From Table-6.28.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Tamil Nadu is 3504.00, 7562.80 and 4058.80 respectively.
Further mean and standard deviation of Production of Rice (in thousand
Page | 327
tonnes) in Tamil Nadu is 5637.0333 and 1061.85879 respectively. And
mean growth rate of Production of Rice (in thousand tonnes) in Tamil
Nadu for Pre-WTO 15 years is 5.816082 %.
From Table-6.28.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Tamil Nadu is .69741, .69741 and 1881.60 respectively. Further
mean and standard deviation of Production of Rice (in thousand tonnes)
in Tamil Nadu is 5826.5611 and 1336.37308 respectively. And mean
growth rate of Production of Rice (in thousand tonnes) in Tamil Nadu
for Post-WTO 18 years is 1.802679 %.
From Table-6.28.1, it may be observed that for Production of Rice
(in thousand tonnes) in Tamil Nadu from Pre-WTO to Post-WTO range
has been increased by 859.8, which is desirable; mean has been increased
by 189.5278, which is desirable; standard deviation has been increased by
274.5143, which is undesirable; and mean growth rate has been decreased
by 14.0134, which is undesirable for the economy. Further from Pre-WTO
to Post-WTO increase in mean and decrease in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.28.1; Production of Rice in Tamil Nadu
Production of Rice (in thousand tonnes) in Tamil Nadu
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 3504.00 7562.80 4058.80 5637.0333 1061.85879 5.816082
1995-96
to 2012-
13
18 .69741 8141.40 4918.60 5826.5611 1336.37308 1.802679
6.28.2 Production of Wheat in Tamil Nadu
From Table-6.28.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Tamil Nadu is .10, .50 and .40 respectively. Further mean and
standard deviation of Production of Wheat (in thousand tonnes) in
Tamil Nadu is .2400 and .13522 respectively. And mean growth rate of
Page | 328
Production of Wheat (in thousand tonnes) in Tamil Nadu for Pre-WTO
15 years is -2.61905 %.
From Table-6.28.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Tamil Nadu is .10, .10 and .00 respectively. Further mean and
standard deviation of Production of Wheat (in thousand tonnes) in
Tamil Nadu is .1000 and .00000 respectively. And mean growth rate of
Production of Wheat (in thousand tonnes) in Tamil Nadu for Post-WTO
18 years is 3.171556 %.
From Table-6.28.2, it may be observed that for Production of
Wheat (in thousand tonnes) in Tamil Nadu from Pre-WTO to Post-WTO
range has been decreased by 0.4, which is undesirable; mean has been
decreased by 0.14, which is undesirable; standard deviation has been
decreased by 0.13522, which is desirable; and mean growth rate has been
increased / decreased by 1881.60, which is desirable / undesirable for the
economy. Further from Pre-WTO to Post-WTO increase / decrease in
mean and increase / decrease in mean growth rate is a strongly desirable
/ undesirable condition for the economy.
Table-6.28.2; Production of Wheat in Tamil Nadu
Production of Wheat (in thousand tonnes) in Tamil Nadu
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 .10 .50 .40 .2400 .13522 -2.61905
1995-96
to 2012-
13
18 .10 .10 .00 .1000 .00000
6.28.3 Production of Coarse Cereals in Tamil Nadu
From Table-6.28.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Tamil Nadu is 1118.60, 1662.20 and 543.60
respectively. Further mean and standard deviation of Production of
Coarse Cereals (in thousand tonnes) in Tamil Nadu is 1361.6667 and
Page | 329
165.04634 respectively. And mean growth rate of Production of Coarse
Cereals (in thousand tonnes) in Tamil Nadu for Pre-WTO 15 years is
1.415745 %.
From Table-6.28.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Tamil Nadu is 682.80, 2347.30 and 1664.50
respectively. Further mean and standard deviation of Production of
Coarse Cereals (in thousand tonnes) in Tamil Nadu is 1222.7778 and
479.94195 respectively. And mean growth rate of Production of Coarse
Cereals (in thousand tonnes) in Tamil Nadu for Post-WTO 18 years is
6.608547 %.
From Table-6.28.3, it may be observed that for Production of
Coarse Cereals (in thousand tonnes) in Tamil Nadu from Pre-WTO to
Post-WTO range has been increased by 1121, which is desirable; mean
has been decreased by 138.8889, which is undesirable; standard deviation
has been increased by 314.8956, which is undesirable; and mean growth
rate has been increased by 5.1928, which is desirable for the economy.
Further from Pre-WTO to Post-WTO decrease in mean and increase in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.28.3; Production of Coarse Cereals in Tamil Nadu
Production of Wheat (in thousand tonnes) in Tamil Nadu
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 1118.60 1662.20 543.60 1361.6667 165.04634 1.415745
1995-96
to 2012-
13
18 682.80 2347.30 1664.50 1222.7778 479.94195 6.608547
6.28.4 Production of Pulses in Tamil Nadu
From Table-6.28.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Tamil Nadu is 146.70, 411.80 and 265.10 respectively. Further
mean and standard deviation of Production of Pulses (in thousand
Page | 330
tonnes) in Tamil Nadu is 292.1867 and 77.76876 respectively. And mean
growth rate of Production of Pulses (in thousand tonnes) in Tamil Nadu
for Pre-WTO 15 years is 7.868617 %.
From Table-6.28.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Tamil Nadu is 479.94195, 399.50 and 235.00 respectively.
Further mean and standard deviation of Production of Pulses (in
thousand tonnes) in Tamil Nadu is 259.4167 and 66.37206 respectively.
And mean growth rate of Production of Pulses (in thousand tonnes) in
Tamil Nadu for Post-WTO 18 years is 5.052535 %.
From Table-6.28.4, it may be observed that for Production of Pulses
(in thousand tonnes) in Tamil Nadu from Pre-WTO to Post-WTO range
has been decreased by 30.1, which is undesirable; mean has been
decreased by 32.77, which is undesirable; standard deviation has been
decreased by 11.3967, which is desirable; and mean growth rate has been
decreased by 2.81608, which is undesirable for the economy. Further from
Pre-WTO to Post-WTO decrease in mean and decrease in mean growth
rate is a strongly undesirable condition for the economy.
Table-6.28.4; Production of Pulses in Tamil Nadu
Production of Pulses (in thousand tonnes) in Tamil Nadu
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 146.70 411.80 265.10 292.1867 77.76876 7.868617
1995-96
to 2012-
13
18 479.94195 399.50 235.00 259.4167 66.37206 5.052535
6.28.5 Production of Food Grains in Tamil Nadu
From Table-6.28.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Tamil Nadu is 4832.80, 9088.00 and 4255.20
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in Tamil Nadu is 7291.1267 and 1115.55244
Page | 331
respectively. And mean growth rate of Production of Food Grains (in
thousand tonnes) in Tamil Nadu for Pre-WTO 15 years is 4.932601%.
From Table-6.28.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Tamil Nadu is 4406.60, 9640.60 and 5234.00
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in Tamil Nadu is 7643.9833 and 679.26260
respectively. And mean growth rate of Production of Food Grains (in
thousand tonnes) in Tamil Nadu for Post-WTO 18 years is 2.274421%.
From Table-6.28.5, it may be observed that for Production of Food
Grains (in thousand tonnes) in Tamil Nadu from Pre-WTO to Post-
WTO range has been increased by 978.8, which is desirable; mean has
been increased by 17.64, which is desirable; standard deviation has been
increased by 408.6522, which is undesirable; and mean growth rate has
been decreased by 2.65818, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.28.5; Production of Food Grains in Tamil Nadu
Production of Food Grains (in thousand tonnes) in Tamil Nadu
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 4832.80 9088.00 4255.20 7291.1267 1115.55244 4.932601
1995-96
to 2012-
13
18 4406.60 9640.60 5234.00 7308.7667 1524.20459 2.274421
6.28.6 Production of Oilseeds in Tamil Nadu
From Table-6.28.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Tamil Nadu is 718.50, 1968.30 and 1249.80
respectively. Further mean and standard deviation of Production of
Oilseeds (in thousand tonnes) in Tamil Nadu is 1325.2933 and 361.87464
Page | 332
respectively. And mean growth rate of Production of Oilseeds (in
thousand tonnes) in Tamil Nadu for Pre-WTO 15 years is 9.411185%.
From Table-6.28.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Tamil Nadu is 6909.10, 1644.00 and 884.00
respectively. Further mean and standard deviation of Production of
Oilseeds (in thousand tonnes) in Tamil Nadu is 1206.0500 and 265.76999
respectively. And mean growth rate of Production of Oilseeds (in
thousand tonnes) in Tamil Nadu for Post-WTO 18 years is -1.73824%.
From Table-6.28.6, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Tamil Nadu from Pre-WTO to Post-
WTO range has been decreased by 365.8, which is undesirable; mean has
been decreased by 119.2433, which is undesirable; standard deviation has
been decreased by 96.10465, which is desirable; and mean growth rate
has been decreased by 11.1494, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO decrease in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.28.6; Production of Oilseeds in Tamil Nadu
Production of Oilseeds (in thousand tonnes) in Tamil Nadu
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 718.50 1968.30 1249.80 1325.2933 361.87464 9.411185
1995-96
to 2012-
13
18 760.00 1644.00 884.00 1206.0500 265.76999 -1.73824
6.28.7 Production of Cotton in Tamil Nadu
From Table-6.28.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Tamil Nadu is 248.10, 511.70 and 263.60 respectively. Further
mean and standard deviation of Production of Cotton (in thousand
tonnes) in Tamil Nadu is 293.8167 and 123.00154 respectively. And mean
Page | 333
growth rate of Production of Cotton (in thousand tonnes) in Tamil Nadu
for Pre-WTO 15 years is 10.93795%.
From Table-6.28.7, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Tamil Nadu is 83.50, 500.00 and 416.50 respectively. Further
mean and standard deviation of Production of Cotton (in thousand
tonnes) in Tamil Nadu is 293.8167 and 123.00154 respectively. And mean
growth rate of Production of Cotton (in thousand tonnes) in Tamil Nadu
for Post-WTO 18 years is 10.93795%.
From Table-6.28.7, it may be observed that for Production of
Cotton (in thousand tonnes) in Tamil Nadu from Pre-WTO to Post-
WTO range has been increased by 152.9, which is desirable; mean has
been decreased by 85.5566, which is desirable; standard deviation has
been increased by 26.41016, which is undesirable; and mean growth rate
has been increased by 3.97287, which is desirable for the economy. Further
from Pre-WTO to Post-WTO decrease in mean and increase in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.28.7; Production of Cotton in Tamil Nadu
Production of Cotton (in thousand tonnes) in Tamil Nadu
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 248.10 511.70 263.60 379.3733 96.59138 6.965076
1995-96
to 2012-
13
18 83.50 500.00 416.50 293.8167 123.00154 10.93795
6.28.8 Production of Sugarcane in Tamil Nadu
From Table-6.28.8, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Tamil Nadu is 13258.00, 36456.10 and 23198.10
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in Tamil Nadu is 21887.1267 and
5372.97429 respectively. And mean growth rate of Production of
Page | 334
Sugarcane (in thousand tonnes) in Tamil Nadu for Pre-WTO 15 years is
6.188928%.
From Table-6.28.8, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Tamil Nadu is 17656.00, 41124.00 and
23468.00respectively. Further mean and standard deviation of Production
of Sugarcane (in thousand tonnes) in Tamil Nadu is 32080.4611 and
5907.81347 respectively. And mean growth rate of Production of
Sugarcane (in thousand tonnes) in Tamil Nadu for Post-WTO 18 years
is 2.225259%.
From Table-6.28.8, it may be observed that for Production of
Sugarcane (in thousand tonnes) in Tamil Nadu from Pre-WTO to Post-
WTO range has been increased by 269.9, which is desirable; mean has
been increased by 10193.33, which is desirable; standard deviation has
been increased by 534.8392, which is undesirable; and mean growth rate
has been decreased by 3.96367, which is desirable / undesirable for the
economy. Further from Pre-WTO to Post-WTO increase in mean and
decrease in mean growth rate is a strongly undesirable condition for the
economy.
Table-6.28.8; Production of Sugarcane in Tamil Nadu
Production of Sugarcane (in thousand tonnes) in Tamil Nadu
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 13258.00 36456.10 23198.10 21887.1267 5372.97429 6.188928
1995-96
to 2012-
13
18 17656.00 41124.00 23468.00 32080.4611 5907.81347 2.225259
6.28.9 Production of Raw Jute & Mesta in Tamil Nadu
From Table-6.28.9, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Tamil Nadu is .20, 2.10 and 1.90 respectively.
Further mean and standard deviation of Production of Raw Jute &
Page | 335
Mesta (in thousand tonnes) in Tamil Nadu is 1.1067 and .69741
respectively. And mean growth rate of Production of Raw Jute & Mesta
(in thousand tonnes) in Tamil Nadu for Pre-WTO 15 years is
22.27212%.
From Table-6.28.9, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Tamil Nadu is .00, 11.60 and 11.60 respectively.
Further mean and standard deviation of Production of Raw Jute &
Mesta (in thousand tonnes) in Tamil Nadu is 2.4643 and 2.89737
respectively. And mean growth rate of Production of Raw Jute & Mesta
(in thousand tonnes) in Tamil Nadu for Post-WTO 18 years is
107.3898%.
From Table-6.28.9, it may be observed that for Production of Raw
Jute & Mesta (in thousand tonnes) in Tamil Nadu from Pre-WTO to
Post-WTO range has been increased by 9.7, which is desirable; mean has
been increased by 1.3576, which is desirable; standard deviation has been
increased by 2.19996, which is undesirable; and mean growth rate has
been increased by 85.1177, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Table-6.28.9; Production of Raw Jute & Mesta in Tamil Nadu
Production of Raw Jute & Mesta (in thousand tonnes) in Tamil Nadu
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 .20 2.10 1.90 1.1067 .69741 22.27212
1995-96
to 2012-
13
18 .00 11.60 11.60 2.4643 2.89737 107.3898
6.29 Production of Food Grain and Major Non-Food Grain Crops in Tripura
6.29.1 Production of Rice in Tripura
From Table-6.29.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
Page | 336
tonnes) in Tripura is 350.00, 501.30 and 151.30 respectively. Further mean
and standard deviation of Production of Rice (in thousand tonnes) in
Tripura is 422.1867 and 47.93904 respectively. And mean growth rate of
Production of Rice (in thousand tonnes) in Tripura for Pre-WTO 15
years is 0.918836%.
From Table-6.29.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Tripura is 465.50, 627.10 and 161.60 respectively. Further mean
and standard deviation of Production of Rice (in thousand tonnes) in
Tripura is 552.3714 and 52.45976 respectively. And mean growth rate of
Production of Rice (in thousand tonnes) in Tripura for Post-WTO 18
years is -4.67972%.
From Table-6.29.1, it may be observed that for Production of Rice
(in thousand tonnes) in Tripura from Pre-WTO to Post-WTO range has
been increased by 10.3, which is desirable; mean has been increased by
130.1847, which is desirable; standard deviation has been increased by
4.52072, which is undesirable; and mean growth rate has been decreased
by 5.59856, which is undesirable for the economy. Further from Pre-WTO
to Post-WTO increase in mean and decrease in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.29.1; Production of Rice in Tripura
Production of Rice (in thousand tonnes) in Tripura
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 350.00 501.30 151.30 422.1867 47.93904 0.918836
1995-96
to 2012-
13
18 465.50 627.10 161.60 552.3714 52.45976 -4.67972
6.29.2 Production of Wheat in Tripura
From Table-6.29.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Tripura is 3.30, 10.30 and 7.00 respectively. Further mean and
Page | 337
standard deviation of Production of Wheat (in thousand tonnes) in
Tripura is 6.1733 and 1.98871 respectively. And mean growth rate of
Production of Wheat (in thousand tonnes) in Tripura for Pre-WTO 15
years is -0.39224 %.
From Table-6.29.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Tripura is 1.20, 5.20 and 4.00 respectively. Further mean and
standard deviation of Production of Wheat (in thousand tonnes) in
Tripura is 2.9462 and 1.29783 respectively. And mean growth rate of
Production of Wheat (in thousand tonnes) in Tripura for Post-WTO 18
years is -5.74898 %.
From Table-6.29.2, it may be observed that for Production of
Wheat (in thousand tonnes) in Tripura from Pre-WTO to Post-WTO
range has been decreased by 3, which is undesirable; mean has been
decreased by 3.2271, which is undesirable; standard deviation has been
decreased by 0.69088, which is desirable; and mean growth rate has been
decreased by 5.35674, which is undesirable for the economy. Further from
Pre-WTO to Post-WTO decrease in mean and decrease in mean growth
rate is a strongly undesirable condition for the economy.
Table-6.29.2; Production of Wheat in Tripura
Production of Wheat (in thousand tonnes) in Tripura
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 3.30 10.30 7.00 6.1733 1.98871 -0.39224
1995-96
to 2012-
13
18 1.20 5.20 4.00 2.9462 1.29783 -5.74898
6.29.3 Production of Coarse Cereals in Tripura
From Table-6.29.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Tripura is 1.40, 1.80 and .40 respectively. Further
mean and standard deviation of Production of Coarse Cereals (in
Page | 338
thousand tonnes) in Tripura is 1.6200 and .14832 respectively. And mean
growth rate of Production of Coarse Cereals (in thousand tonnes) in
Tripura for Pre-WTO 15 years is 3.886555 %.
From Table-6.29.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Tripura is 1.00, 3.00 and 2.00 respectively. Further
mean and standard deviation of Production of Coarse Cereals (in
thousand tonnes) in Tripura is 1.9929 and .45313 respectively. And mean
growth rate of Production of Coarse Cereals (in thousand tonnes) in
Tripura for Post-WTO 18 years is -3.51387 %.
From Table-6.29.3, it may be observed that for Production of
Coarse Cereals (in thousand tonnes) in Tripura from Pre-WTO to Post-
WTO range has been increased by 1.60, which is desirable; mean has
been increased by 0.3729, which is desirable; standard deviation has been
increased by 0.30481, which is undesirable; and mean growth rate has
been decreased by 7.40043, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.29.3; Production of Coarse Cereals in Tripura
for Production of Coarse Cereals (in thousand tonnes) in Tripura
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 1.40 1.80 .40 1.6200 .14832 3.886555
1995-96
to 2012-
13
18 1.00 3.00 2.00 1.9929 .45313 -3.51387
6.29.4 Production of Pulses in Tripura
From Table-6.29.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Tripura is 1.90, 6.50 and 4.60 respectively. Further mean and
standard deviation of Production of Pulses (in thousand tonnes) in
Tripura is 4.1400 and 1.86387 respectively. And mean growth rate of
Page | 339
Production of Pulses (in thousand tonnes) in Tripura for Pre-WTO 15
years is 8.190502 %.
From Table-6.29.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Tripura is 4.10, 5.90 and 1.80 respectively. Further mean and
standard deviation of Production of Pulses (in thousand tonnes) in
Tripura is 5.1214 and .56457 respectively. And mean growth rate of
Production of Pulses (in thousand tonnes) in Tripura for Post-WTO 18
years is -6.58615 %.
From Table-6.29.4, it may be observed that for Production of Pulses
(in thousand tonnes) in Tripura from Pre-WTO to Post-WTO range has
been decreased by 2.8, which is undesirable; mean has been increased by
0.9814, which is desirable; standard deviation has been decreased by
1.29993, which is desirable; and mean growth rate has been decreased by
14.7767, which is undesirable for the economy. Further from Pre-WTO to
Post-WTO increase in mean and decrease in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.29.4; Production of Pulses in Tripura
Production of Pulses (in thousand tonnes) in Tripura
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 1.90 6.50 4.60 4.1400 1.86387 8.190502
1995-96
to 2012-
13
18 4.10 5.90 1.80 5.1214 .56457 -6.58615
6.29.5 Production of Food Grains in Tripura
From Table-6.29.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Tripura is 360.00, 516.00 and 156.00 respectively.
Further mean and standard deviation of Production of Food Grains (in
thousand tonnes) in Tripura is 433.0600 and 50.46533 respectively. And
Page | 340
mean growth rate of Production of Food Grains (in thousand tonnes) in
Tripura for Pre-WTO 15 years is 0.890766 %.
From Table-6.29.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Tripura is 477.10, 634.70 and 157.60 respectively.
Further mean and standard deviation of Production of Food Grains (in
thousand tonnes) in Tripura is 562.3571 and 51.95265 respectively. And
mean growth rate of Production of Food Grains (in thousand tonnes) in
Tripura for Post-WTO 18 years is -4.78594 %.
From Table-6.29.5, it may be observed that for Production of Food
Grains (in thousand tonnes) in Tripura from Pre-WTO to Post-WTO
range has been increased by 1.6, which is desirable; mean has been
increased by 129.2971, which is desirable; standard deviation has been
increased by 1.48732, which is undesirable; and mean growth rate has
been decreased by 5.67671, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.29.5; Production of Food Grains in Tripura
Production of Food Grains (in thousand tonnes) in Tripura
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 360.00 516.00 156.00 433.0600 50.46533 0.890766
1995-96
to 2012-
13
18 477.10 634.70 157.60 562.3571 51.95265 -4.78594
6.29.6 Production of Oilseeds in Tripura
From Table-6.29.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Tripura is 3.50, 11.10 and 7.60 respectively. Further
mean and standard deviation of Production of Oilseeds (in thousand
tonnes) in Tripura is 6.8667 and 3.14930 respectively. And mean growth
Page | 341
rate of Production of Oilseeds (in thousand tonnes) in Tripura for Pre-
WTO 15 years is 7.009886 %.
From Table-6.29.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Tripura is 2.50, 8.50 and 6.00 respectively. Further
mean and standard deviation of Production of Oilseeds (in thousand
tonnes) in Tripura is 4.7000 and 1.99538 respectively. And mean growth
rate of Production of Oilseeds (in thousand tonnes) in Tripura for Post-
WTO 18 years is -14.8072 %.
From Table-6.29.6, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Tripura from Pre-WTO to Post-WTO
range has been decreased by 1.6, which is undesirable; mean has been
decreased by 2.1667, which is undesirable; standard deviation has been
decreased by 1.15392, which is desirable; and mean growth rate has been
decreased by 21.8171, which is undesirable for the economy. Further from
Pre-WTO to Post-WTO decrease in mean and decrease in mean growth
rate is a strongly undesirable condition for the economy.
Table-6.29.6; Production of Oilseeds in Tripura
Production of Oilseeds (in thousand tonnes) in Tripura
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 3.50 11.10 7.60 6.8667 3.14930 7.009886
1995-96
to 2012-
13
18 2.50 8.50 6.00 4.7000 1.99538 -14.8072
6.29.7 Production of Cotton in Tripura
From Table-6.29.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Tripura is .80, 2.40 and 1.60 respectively. Further mean and
standard deviation of Production of Cotton (in thousand tonnes) in
Tripura is 1.4400 and .40848 respectively. And mean growth rate of
Page | 342
Production of Cotton (in thousand tonnes) in Tripura for Pre-WTO 15
years is 6.156955 %.
From Table-6.29.7, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Tripura is .90, 1.90 and 1.00 respectively. Further mean and
standard deviation of Production of Cotton (in thousand tonnes) in
Tripura is 1.4643 and .27903 respectively. And mean growth rate of
Production of Cotton (in thousand tonnes) in Tripura for Post-WTO 18
years is -6.8694 %.
From Table-6.29.7, it may be observed that for Production of
Cotton (in thousand tonnes) in Tripura from Pre-WTO to Post-WTO
range has been decreased by 0.6, which is undesirable; mean has been
increased by 0.0243, which is desirable; standard deviation has been
decreased by 0.1294, which is desirable; and mean growth rate has been
decreased by 3.0264, which is undesirable for the economy. Further from
Pre-WTO to Post-WTO increase in mean and decrease in mean growth
rate is a strongly undesirable condition for the economy.
Table-6.29.7; Production of Cotton in Tripura
Production of Cotton (in thousand tonnes) in Tripura
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 .80 2.40 1.60 1.4400 .40848 6.156955
1995-96
to 2012-
13
18 .90 1.90 1.00 1.4643 .27903 -6.8694
6.29.8 Production of Sugarcane in Tripura
From Table-6.29.8, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Tripura is 64.90, 91.00 and 26.10 respectively.
Further mean and standard deviation of Production of Sugarcane (in
thousand tonnes) in Tripura is 74.9000 and 7.48351 respectively. And
Page | 343
mean growth rate of Production of Sugarcane (in thousand tonnes) in
Tripura for Pre-WTO 15 years is 1.340949 %.
From Table-6.29.8, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Tripura is 42.40, 75.00 and 32.60 respectively.
Further mean and standard deviation of Production of Sugarcane (in
thousand tonnes) in Tripura is 53.3500 and 7.40642 respectively. And
mean growth rate of Production of Sugarcane (in thousand tonnes) in
Tripura for Post-WTO 18 years is -9.04133 %.
From Table-6.29.8, it may be observed that for Production of
Sugarcane (in thousand tonnes) in Tripura from Pre-WTO to Post-WTO
range has been increased by 6.50, which is desirable; mean has been
decreased by 21.55, which is undesirable; standard deviation has been
decreased by 0.07709, which is desirable; and mean growth rate has been
decreased by 10.3823, which is undesirable for the economy. Further from
Pre-WTO to Post-WTO decrease in mean and decrease in mean growth
rate is a strongly undesirable condition for the economy.
Table-6.29.8; Production of Sugarcane in Tripura
Production of Sugarcane (in thousand tonnes) in Tripura
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 64.90 91.00 26.10 74.9000 7.48351 1.340949
1995-96
to 2012-
13
18 42.40 75.00 32.60 53.3500 7.40642 -9.04133
6.29.9 Production of Raw Jute & Mesta in Tripura
From Table-6.29.9, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Tripura is 38.80, 102.10 and 63.30 respectively.
Further mean and standard deviation of Production of Raw Jute &
Mesta (in thousand tonnes) in Tripura is 71.7733 and 22.07696
Page | 344
respectively. And mean growth rate of Production of Raw Jute & Mesta
(in thousand tonnes) in Tripura for Pre-WTO 15 years is -2.52398%.
From Table-6.29.9, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Tripura is 8.70, 37.00 and 28.30 respectively.
Further mean and standard deviation of Production of Raw Jute &
Mesta (in thousand tonnes) in Tripura is 22.7286 and 8.53539
respectively. And mean growth rate of Production of Raw Jute & Mesta
(in thousand tonnes) in Tripura for Post-WTO 18 years is -13.376 %.
From Table-6.29.9, it may be observed that for Production of Raw
Jute & Mesta (in thousand tonnes) in Tripura from Pre-WTO to Post-
WTO range has been decreased by 35, which is undesirable; mean has
been decreased by 49.0447, which is undesirable; standard deviation has
been decreased by 13.54157, which is desirable; and mean growth rate
has been decreased by 10.852, which is desirable for the economy. Further
from Pre-WTO to Post-WTO decrease in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.29.9; Production of Raw Jute & Mesta in Tripura
Production of Raw Jute & Mesta (in thousand tonnes) in Tripura
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 38.80 102.10 63.30 71.7733 22.07696 -2.52398
1995-96
to 2012-
13
18 8.70 37.00 28.30 22.7286 8.53539 -13.376
6.30 Production of Food Grain and Major Non-Food Grain Crops in Uttar
Pradesh (and Uttarakhand)
6.30.1 Production of Rice in Uttar Pradesh (and Uttarakhand)
From Table-6.30.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Uttar Pradesh (and Uttarakhand) is 5569.70, 10365.00 and
4795.30 respectively. Further mean and standard deviation of Production
Page | 345
of Rice (in thousand tonnes) in Uttar Pradesh (and Uttarakhand) is
8137.6867 and 1788.83550 respectively. And mean growth rate of
Production of Rice (in thousand tonnes) in Uttar Pradesh (and
Uttarakhand) for Pre-WTO 15 years is 5.377788 %.
From Table-6.30.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Uttar Pradesh (and Uttarakhand) is 10077.90, 14994.00 and
4916.10 respectively. Further mean and standard deviation of Production
of Rice (in thousand tonnes) in Uttar Pradesh (and Uttarakhand) is
12305.9833 and 1426.79078 respectively. And mean growth rate of
Production of Rice (in thousand tonnes) in Uttar Pradesh (and
Uttarakhand) for Post-WTO 18 years is 3.397752 %.
From Table-6.30.1, it may be observed that for Production of Rice
(in thousand tonnes) in Uttar Pradesh (and Uttarakhand) from Pre-
WTO to Post-WTO range has been increased by 120.8, which is
desirable; mean has been increased by 4168.297, which is desirable;
standard deviation has been decreased by 362.0447, which is desirable;
and mean growth rate has been decreased by 1.98004, which is
undesirable for the economy. Further from Pre-WTO to Post-WTO
increase in mean and decrease in mean growth rate is a strongly
undesirable condition for the economy.
Table-6.30.1; Production of Rice in Uttar Pradesh (and Uttarakhand)
Production of Rice (in thousand tonnes) in Uttar Pradesh (and Uttarakhand)
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 5569.70 10365.00 4795.30 8137.6867 1788.83550 5.377788
1995-96
to 2012-
13
18 10077.90 14994.00 4916.10 12305.9833 1426.79078 3.397752
6. 30.2 Production of Wheat in Uttar Pradesh (and Uttarakhand)
From Table-6.30.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Wheat (in thousand
Page | 346
tonnes) in Uttar Pradesh (and Uttarakhand) is 12749.00, 22560.20 and
9811.20 respectively. Further mean and standard deviation of Production
of Wheat (in thousand tonnes) in Uttar Pradesh (and Uttarakhand) is
17474.2800 and 2777.27860 respectively. And mean growth rate of
Production of Wheat (in thousand tonnes) in Uttar Pradesh (and
Uttarakhand) for Pre-WTO 15 years is 4.086466 %.
From Table-6.30.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Uttar Pradesh (and Uttarakhand) is 21815.60, 31167.00 and
9351.40 respectively. Further mean and standard deviation of Production
of Wheat (in thousand tonnes) in Uttar Pradesh (and Uttarakhand) is
26274.8389 and 2933.30212 respectively. And mean growth rate of
Production of Wheat (in thousand tonnes) in Uttar Pradesh (and
Uttarakhand) for Post-WTO 18 years is 2.29992 %.
From Table-6.30.2, it may be observed that for Production of
Wheat (in thousand tonnes) in Uttar Pradesh (and Uttarakhand) from
Pre-WTO to Post-WTO range has been decreased by 459.8, which is
undesirable; mean has been increased by 8800.559, which is desirable;
standard deviation has been increased by 156.0235, which is undesirable;
and mean growth rate has been decreased by 1.78655, which is
undesirable for the economy. Further from Pre-WTO to Post-WTO
increase in mean and decrease in mean growth rate is a strongly
undesirable condition for the economy.
Table-6.30.2; Production of Wheat in Uttar Pradesh (and Uttarakhand)
Production of Wheat (in thousand tonnes) in Uttar Pradesh (and Uttarakhand)
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 12749.00 22560.20 9811.20 17474.2800 2777.27860 4.086466
1995-96
to 2012-
13
18 21815.60 31167.00 9351.40 26274.8389 2933.30212 2.29992
Page | 347
6.30.3 Production of Coarse Cereals in Uttar Pradesh (and Uttarakhand)
From Table-6.30.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Uttar Pradesh (and Uttarakhand) is 3038.90,
4392.10 and 1353.20 respectively. Further mean and standard deviation of
Production of Coarse Cereals (in thousand tonnes) in Uttar Pradesh
(and Uttarakhand) is 3725.0467 and 416.39469 respectively. And mean
growth rate of Production of Coarse Cereals (in thousand tonnes) in
Uttar Pradesh (and Uttarakhand) for Pre-WTO 15 years is 1.874571 %.
From Table-6.30.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Uttar Pradesh (and Uttarakhand) is 3029.30,
4304.70 and 1275.40 respectively. Further mean and standard deviation of
Production of Coarse Cereals (in thousand tonnes) in Uttar Pradesh
(and Uttarakhand) is 3657.2944 and 349.00253 respectively. And mean
growth rate of Production of Coarse Cereals (in thousand tonnes) in
Uttar Pradesh (and Uttarakhand) for Post-WTO 18 years is 0.740932 %.
From Table-6.30.3, it may be observed that for Production of
Coarse Cereals (in thousand tonnes) in Uttar Pradesh (and
Uttarakhand) from Pre-WTO to Post-WTO range has been decreased by
77.8, which is undesirable; mean has been decreased by 67.7523, which is
undesirable; standard deviation has been decreased by 67.39216, which is
desirable; and mean growth rate has been decreased by 1.13364, which is
undesirable for the economy. Further from Pre-WTO to Post-WTO
decrease in mean and decrease in mean growth rate is a strongly
undesirable condition for the economy.
Table-6.30.3; Production of Coarse Cereals in Uttar Pradesh (and
Uttarakhand)
Production of Coarse Cereals (in thousand tonnes) in Uttar Pradesh (and Uttarakhand)
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81 15 3038.90 4392.10 1353.20 3725.0467 416.39469 1.874571
Page | 348
to 1994-
95
1995-96
to 2012-
13
18 3029.30 4304.70 1275.40 3657.2944 349.00253 0.740932
6.30.4 Production of Pulses in Uttar Pradesh (and Uttarakhand)
From Table-6.30.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Uttar Pradesh (and Uttarakhand) is 2262.90, 2811.60 and
548.70 respectively. Further mean and standard deviation of Production
of Pulses (in thousand tonnes) in Uttar Pradesh (and Uttarakhand) is
2546.1600 and 147.13205 respectively. And mean growth rate of
Production of Pulses (in thousand tonnes) in Uttar Pradesh (and
Uttarakhand) for Pre-WTO 15 years is 0.237967 %.
From Table-6.30.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Uttar Pradesh (and Uttarakhand) is 1626.90, 2625.40 and
998.50 respectively. Further mean and standard deviation of Production
of Pulses (in thousand tonnes) in Uttar Pradesh (and Uttarakhand) is
2259.3444 and 245.83445 respectively. And mean growth rate of
Production of Pulses (in thousand tonnes) in Uttar Pradesh (and
Uttarakhand) for Post-WTO 18 years is 1.521053 %.
From Table-6.30.4, it may be observed that for Production of Pulses
(in thousand tonnes) in Uttar Pradesh (and Uttarakhand) from Pre-
WTO to Post-WTO range has been increased by 449.8, which is
desirable; mean has been decreased by 286.8156, which is undesirable;
standard deviation has been increased by 98.7024, which is undesirable;
and mean growth rate has been increased by 1.28309, which is desirable
for the economy. Further from Pre-WTO to Post-WTO decrease in mean
and increase in mean growth rate is a strongly undesirable condition for
the economy.
Table-6.30.4; Production of Pulses in Uttar Pradesh (and Uttarakhand)
Production of Pulses (in thousand tonnes) in Uttar Pradesh (and Uttarakhand)
Page | 349
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 2262.90 2811.60 548.70 2546.1600 147.13205 0.237967
1995-96
to 2012-
13
18 1626.90 2625.40 998.50 2259.3444 245.83445 1.521053
6.30.5 Production of Food Grains in Uttar Pradesh (and Uttarakhand)
From Table-6.30.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Uttar Pradesh (and Uttarakhand) is 24288.90,
39207.70 and 14918.80 respectively. Further mean and standard deviation
of Production of Food Grains (in thousand tonnes) in Uttar Pradesh
(and Uttarakhand) is 31883.1733 and 4658.22727 respectively. And mean
growth rate of Production of Food Grains (in thousand tonnes) in Uttar
Pradesh (and Uttarakhand) for Pre-WTO 15 years is 3.513693 %.
From Table-6.30.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Uttar Pradesh (and Uttarakhand) is 38367.50,
52641.80 and 14274.30 respectively. Further mean and standard deviation
of Production of Food Grains (in thousand tonnes) in Uttar Pradesh
(and Uttarakhand) is 44497.4556 and 4143.05089 respectively. And mean
growth rate of Production of Food Grains (in thousand tonnes) in Uttar
Pradesh (and Uttarakhand) for Post-WTO 18 years is 2.21004 %.
From Table-6.30.5, it may be observed that for Production of Food
Grains (in thousand tonnes) in Uttar Pradesh (and Uttarakhand) from
Pre-WTO to Post-WTO range has been decreased by 644.5, which is
undesirable; mean has been increased by 12614.28, which is desirable;
standard deviation has been decreased by 515.1764, which is desirable;
and mean growth rate has been decreased by 1.30365, which is
undesirable for the economy. Further from Pre-WTO to Post-WTO
Page | 350
increase in mean and decrease in mean growth rate is a strongly
undesirable condition for the economy.
Table-6.30.5; Production of Food Grains in Uttar Pradesh (and
Uttarakhand)
Production of Food Grains (in thousand tonnes) in Uttar Pradesh (and Uttarakhand)
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 24288.90 39207.70 14918.80 31883.1733 4658.22727 3.513693
1995-96
to 2012-
13
18 38367.50 52641.80 14274.30 44497.4556 4143.05089 2.21004
6.30.6 Production of Oilseeds in Uttar Pradesh (and Uttarakhand)
From Table-6.30.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Uttar Pradesh (and Uttarakhand) is 858.80, 1713.00
and 854.20 respectively. Further mean and standard deviation of
Production of Oilseeds (in thousand tonnes) in Uttar Pradesh (and
Uttarakhand) is 1253.9933 and 242.24986 respectively. And mean growth
rate of Production of Oilseeds (in thousand tonnes) in Uttar Pradesh
(and Uttarakhand) for Pre-WTO 15 years is -0.30852 %.
From Table-6.30.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Uttar Pradesh (and Uttarakhand) is 904.40, 1538.80
and 634.40 respectively. Further mean and standard deviation of
Production of Oilseeds (in thousand tonnes) in Uttar Pradesh (and
Uttarakhand) is 1111.6722 and 167.16260 respectively. And mean growth
rate of Production of Oilseeds (in thousand tonnes) in Uttar Pradesh
(and Uttarakhand) for Post-WTO 18 years is -0.66589 %.
From Table-6.30.6, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Uttar Pradesh (and Uttarakhand) from
Pre-WTO to Post-WTO range has been decreased by 219.8, which is
undesirable; mean has been decreased by 142.3211, which is undesirable;
Page | 351
standard deviation has been decreased by 75.08726, which is desirable;
and mean growth rate has been decreased by 0.35737, which is
undesirable for the economy. Further from Pre-WTO to Post-WTO
decrease in mean and decrease in mean growth rate is a strongly
undesirable condition for the economy.
Table-6.30.6; Production of Oilseeds in Uttar Pradesh (and
Uttarakhand)
Production of Oilseeds (in thousand tonnes) in Uttar Pradesh (and Uttarakhand)
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 858.80 1713.00 854.20 1253.9933 242.24986 -0.30852
1995-96
to 2012-
13
18 904.40 1538.80 634.40 1111.6722 167.16260 -0.66589
6.30.7 Production of Cotton in Uttar Pradesh (and Uttarakhand)
From Table-6.30.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Uttar Pradesh (and Uttarakhand) is 11.60, 30.60 and 19.00
respectively. Further mean and standard deviation of Production of
Cotton (in thousand tonnes) in Uttar Pradesh (and Uttarakhand) is
19.9000 and 19.9000 respectively. And mean growth rate of Production of
Cotton (in thousand tonnes) in Uttar Pradesh (and Uttarakhand) for
Pre-WTO 15 years is -5.28338 %.
From Table-6.30.7, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Uttar Pradesh (and Uttarakhand) is .00, 50.00 and 50.00
respectively. Further mean and standard deviation of Production of
Cotton (in thousand tonnes) in Uttar Pradesh (and Uttarakhand) is
7.2556 and 11.29743 respectively. And mean growth rate of Production of
Cotton (in thousand tonnes) in Uttar Pradesh (and Uttarakhand) for
Post-WTO 18 years is 308.0597 %.
Page | 352
From Table-6.30.7, it may be observed that for Production of
Cotton (in thousand tonnes) in Uttar Pradesh (and Uttarakhand) from
Pre-WTO to Post-WTO range has been increased by 31, which is
desirable; mean has been decreased by 12.6444, which is undesirable;
standard deviation has been decreased by 8.60257, which is desirable;
and mean growth rate has been increased by 313.343, which is desirable
for the economy. Further from Pre-WTO to Post-WTO decrease in mean
and increase in mean growth rate is a strongly desirable / undesirable
condition for the economy.
Table-6.30.7; Production of Cotton in Uttar Pradesh (and Uttarakhand)
Production of Cotton (in thousand tonnes) in Uttar Pradesh (and Uttarakhand)
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81 to
1994-95 15 11.60 30.60 19.00 19.9000 19.9000 -5.28338
1995-96 to
2012-13 18 .00 50.00 50.00 7.2556 11.29743 308.0597
6.30.8 Production of Sugarcane in Uttar Pradesh (and Uttarakhand)
From Table-6.30.8, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Uttar Pradesh (and Uttarakhand) is 64204.90,
111098.20 and 46893.30 respectively. Further mean and standard
deviation of Production of Sugarcane (in thousand tonnes) in Uttar
Pradesh (and Uttarakhand) is 89323.0467 and 15133.28437 respectively.
And mean growth rate of Production of Sugarcane (in thousand tonnes)
in Uttar Pradesh (and Uttarakhand) for Pre-WTO 15 years is 4.255443
%.
From Table-6.30.8, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Uttar Pradesh (and Uttarakhand) is 113416.70,
141569.30 and 28152.60 respectively. Further mean and standard
deviation of Production of Sugarcane (in thousand tonnes) in Uttar
Pradesh (and Uttarakhand) is 125357.3889 and 8751.05831 respectively.
Page | 353
And mean growth rate of Production of Sugarcane (in thousand tonnes)
in Uttar Pradesh (and Uttarakhand) for Post-WTO 18 years is 1.207038
%.
From Table-6.30.8, it may be observed that for Production of
Sugarcane (in thousand tonnes) in Uttar Pradesh (and Uttarakhand)
from Pre-WTO to Post-WTO range has been decreased by 18741, which
is undesirable; mean has been increased by 36034.34, which is desirable;
standard deviation has been decreased by 6382.226, which is desirable;
and mean growth rate has been decreased by 3.04841, which is
undesirable for the economy. Further from Pre-WTO to Post-WTO
increase in mean and decrease in mean growth rate is a strongly
undesirable condition for the economy.
Table-6.30.8; Production of Sugarcane in Uttar Pradesh (and
Uttarakhand)
Production of Sugarcane (in thousand tonnes) in Uttar Pradesh (and Uttarakhand)
Period
No.
of
Years
Minimum Maximum Range Mean Standard
Deviation
Mean
Growth
Rate in
%
1980-
81 to
1994-
95
15 64204.90 111098.20 46893.30 89323.0467 15133.28437 4.255443
1995-
96 to
2012-
13
18 113416.70 141569.30 28152.60 125357.3889 8751.05831 1.207038
6.30.9 Production of Raw Jute & Mesta in Uttar Pradesh (and Uttarakhand)
From Table-6.30.9, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Uttar Pradesh (and Uttarakhand) is .50, 89.60
and 89.10 respectively. Further mean and standard deviation of
Production of Raw Jute & Mesta (in thousand tonnes) in Uttar Pradesh
(and Uttarakhand) is 39.8067 and 33.16064 respectively. And mean
growth rate of Production of Raw Jute & Mesta (in thousand tonnes) in
Uttar Pradesh (and Uttarakhand) for Pre-WTO 15 years is -22.2713 %.
Page | 354
From Table-6.30.9, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Uttar Pradesh (and Uttarakhand) is .00, 2.40 and
2.40 respectively. Further mean and standard deviation of Production of
Raw Jute & Mesta (in thousand tonnes) in Uttar Pradesh (and
Uttarakhand) is .2611 and .61848 respectively. And mean growth rate of
Production of Raw Jute & Mesta (in thousand tonnes) in Uttar Pradesh
(and Uttarakhand) for Post-WTO 18 years is 33.33333 %.
From Table-6.30.9, it may be observed that for Production of Raw
Jute & Mesta (in thousand tonnes) in Uttar Pradesh (and Uttarakhand)
from Pre-WTO to Post-WTO range has been decreased by 86.7, which is
undesirable; mean has been decreased by 39.5456, which is undesirable;
standard deviation has been decreased by 32.54216, which is desirable;
and mean growth rate has been increased by 55.6046, which is desirable
for the economy. Further from Pre-WTO to Post-WTO decrease in mean
and increase in mean growth rate is a strongly undesirable condition for
the economy.
Table-6.30.9; Production of Raw Jute & Mesta in Uttar Pradesh (and
Uttarakhand)
Production of Raw Jute & Mesta (in thousand tonnes) in Uttar Pradesh (and Uttarakhand)
Period
No.
of
Years
Minimum Maximum Range Mean Standard
Deviation
Mean
Growth
Rate in %
1980-81 to
1994-95 15 .50 89.60 89.10 39.8067 33.16064 -22.2713
1995-96 to
2012-13 18 .00 2.40 2.40 .2611 .61848 33.33333
6.31 Production of Food Grain and Major Non-Food Grain Crops in West
Bengal
6.31.1 Production of Rice in West Bengal
From Table-6.31.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in West Bengal is 4949.10, 12235.90 and 7286.80 respectively.
Further mean and standard deviation of Production of Rice (in thousand
Page | 355
tonnes) in West Bengal is 9311.4933 and 2294.72064 respectively. And
mean growth rate of Production of Rice (in thousand tonnes) in West
Bengal for Pre-WTO 15 years is 4.968223 %.
From Table-6.31.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in West Bengal is 11887.00, 15256.70 and 3369.70 respectively.
Further mean and standard deviation of Production of Rice (in thousand
tonnes) in West Bengal is 14012.5167 and 1086.34388 respectively. And
mean growth rate of Production of Rice (in thousand tonnes) in West
Bengal for Post-WTO 18 years is 1.742425 %.
From Table-6.31.1, it may be observed that for Production of Rice
(in thousand tonnes) in West Bengal from Pre-WTO to Post-WTO range
has been decreased by 3917, which is undesirable; mean has been
increased by 4701.023, which is desirable; standard deviation has been
decreased by 1208.377, which is undesirable; and mean growth rate has
been decreased by 3.2258, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.31.1; Production of Rice in West Bengal
Production of Rice (in thousand tonnes) in West Bengal
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 4949.10 12235.90 7286.80 9311.4933 2294.72064 4.968223
1995-96
to 2012-
13
18 11887.00 15256.70 3369.70 14012.5167 1086.34388 1.742425
6.31.2 Production of Wheat in West Bengal
From Table-6.31.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in West Bengal is 389.30, 854.20 and 464.90 respectively. Further
mean and standard deviation of Production of Wheat (in thousand
tonnes) in West Bengal is 631.6800 and 124.48552 respectively. And mean
Page | 356
growth rate of Production of Wheat (in thousand tonnes) in West
Bengal for Pre-WTO 15 years is 4.922325 %.
From Table-6.31.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in West Bengal is 725.30, 1058.60 and 333.30 respectively. Further
mean and standard deviation of Production of Wheat (in thousand
tonnes) in West Bengal is 862.6444 and 84.93154 respectively. And mean
growth rate of Production of Wheat (in thousand tonnes) in West
Bengal for Post-WTO 18 years is 1.992121 %.
From Table-6.31.2, it may be observed that for Production of
Wheat (in thousand tonnes) in West Bengal from Pre-WTO to Post-
WTO range has been decreased by 131.6, which is undesirable; mean has
been increased by 230.9644, which is desirable; standard deviation has
been decreased by 39.55398, which is desirable; and mean growth rate
has been decreased by 2.9302, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.31.2; Production of Wheat in West Bengal
Production of Wheat (in thousand tonnes) in West Bengal
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 389.30 854.20 464.90 631.6800 124.48552 4.922325
1995-96
to 2012-
13
18 725.30 1058.60 333.30 862.6444 84.93154 1.992121
6.31.3 Production of Coarse Cereals in West Bengal
From Table-6.31.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in West Bengal is 100.00, 265.60 and 165.60
respectively. Further mean and standard deviation of Production of
Coarse Cereals (in thousand tonnes) in West Bengal is 143.2733 and
42.94916 respectively. And mean growth rate of Production of Coarse
Page | 357
Cereals (in thousand tonnes) in West Bengal for Pre-WTO 15 years is
8.360657 %.
From Table-6.31.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in West Bengal is 77.90, 434.60 and 356.70 respectively.
Further mean and standard deviation of Production of Coarse Cereals (in
thousand tonnes) in West Bengal is 214.4611 and 121.31046 respectively.
And mean growth rate of Production of Coarse Cereals (in thousand
tonnes) in West Bengal for Post-WTO 18 years is 11.88592 %.
From Table-6.31.3, it may be observed that for Production of
Coarse Cereals (in thousand tonnes) in West Bengal from Pre-WTO to
Post-WTO range has been increased by 191.1, which is desirable; mean
has been increased by 71.1878, which is desirable; standard deviation has
been increased by 78.3613, which is undesirable; and mean growth rate
has been increased by 3.52526, which is desirable / undesirable for the
economy. Further from Pre-WTO to Post-WTO increase in mean and
increase in mean growth rate is a strongly desirable condition for the
economy.
Table-6.31.3; Production of Coarse Cereals in West Bengal
Production of Coarse Cereals (in thousand tonnes) in West Bengal
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 100.00 265.60 165.60 143.2733 42.94916 8.360657
1995-96
to 2012-
13
18 77.90 434.60 356.70 214.4611 121.31046 11.88592
6.31.4 Production of Pulses in West Bengal
From Table-6.31.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in West Bengal is 134.60, 264.10 and 129.50 respectively. Further
mean and standard deviation of Production of Pulses (in thousand
tonnes) in West Bengal is 208.0333 and 33.52127 respectively. And mean
Page | 358
growth rate of Production of Pulses (in thousand tonnes) in West Bengal
for Pre-WTO 15 years is -2.78146 %.
From Table-6.31.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in West Bengal is 126.10, 246.60 and 120.50 respectively. Further
mean and standard deviation of Production of Pulses (in thousand
tonnes) in West Bengal is 175.0167 and 33.23427 respectively. And mean
growth rate of Production of Pulses (in thousand tonnes) in West Bengal
for Post-WTO 18 years is 6.200217 %.
From Table-6.31.4, it may be observed that for Production of Pulses
(in thousand tonnes) in West Bengal from Pre-WTO to Post-WTO range
has been decreased by 9, which is undesirable; mean has been decreased
by 33.0166, which is undesirable; standard deviation has been decreased
by 0.287, which is desirable; and mean growth rate has been increased by
8.98168, which is desirable for the economy. Further from Pre-WTO to
Post-WTO decrease in mean and increase in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.31.4; Production of Pulses in West Bengal
Production of Pulses (in thousand tonnes) in West Bengal
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 134.60 264.10 129.50 208.0333 33.52127 -2.78146
1995-96
to 2012-
13
18 126.10 246.60 120.50 175.0167 33.23427 6.200217
6.31.5 Production of Food Grains in West Bengal
From Table-6.31.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in West Bengal is 5852.20, 13278.60 and 7426.40
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in West Bengal is 10294.4800 and
2308.18870 respectively. And mean growth rate of Production of Food
Page | 359
Grains (in thousand tonnes) in West Bengal for Pre-WTO 15 years is
4.607701 %.
From Table-6.31.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in West Bengal is 12884.80, 16511.20 and 3626.40
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in West Bengal is 15264.6389 and
1150.62752 respectively. And mean growth rate of Production of Food
Grains (in thousand tonnes) in West Bengal for Post-WTO 18 years is
1.776253 %.
From Table-6.31.5, it may be observed that for Production of Food
Grains (in thousand tonnes) in West Bengal from Pre-WTO to Post-
WTO range has been decreased by 3800, which is undesirable; mean has
been increased by 4970.159, which is desirable; standard deviation has
been decreased by 1157.561, which is desirable; and mean growth rate
has been decreased by 2.83145, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.31.5; Production of Food Grains in West Bengal
Production of Food Grains (in thousand tonnes) in West Bengal
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 5852.20 13278.60 7426.40 10294.4800 2308.18870 4.607701
1995-96
to 2012-
13
18 12884.80 16511.20 3626.40 15264.6389 1150.62752 1.776253
6.31.6 Production of Oilseeds in West Bengal
From Table-6.31.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in West Bengal is 148.90, 506.20 and 357.30
respectively. Further mean and standard deviation of Production of
Oilseeds (in thousand tonnes) in West Bengal is 326.5867 and 124.77831
Page | 360
respectively. And mean growth rate of Production of Oilseeds (in
thousand tonnes) in West Bengal for Pre-WTO 15 years is 9.825656 %.
From Table-6.31.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in West Bengal is 372.10, 825.60 and 453.50
respectively. Further mean and standard deviation of Production of
Oilseeds (in thousand tonnes) in West Bengal is 578.4778 and 145.37283
respectively. And mean growth rate of Production of Oilseeds (in
thousand tonnes) in West Bengal for Post-WTO 18 years is 5.877887 %.
From Table-6.31.6, it may be observed that for Production of
Oilseeds (in thousand tonnes) in West Bengal from Pre-WTO to Post-
WTO range has been increased by 96.2, which is desirable; mean has
been increased by 251.8911, which is desirable; standard deviation has
been increased by 20.59452, which is undesirable; and mean growth rate
has been decreased by 3.94777, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.31.6; Production of Oilseeds in West Bengal
Production of Oilseeds (in thousand tonnes) in West Bengal
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 148.90 506.20 357.30 326.5867 124.77831 9.825656
1995-96
to 2012-
13
18 372.10 825.60 453.50 578.4778 145.37283 5.877887
6.31.7 Production of Cotton in West Bengal
From Table-6.31.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in West Bengal is .10, .60 and .50 respectively. Further mean and
standard deviation of Production of Cotton (in thousand tonnes) in West
Bengal is .2357 and .16919 respectively. And mean growth rate of
Page | 361
Production of Cotton (in thousand tonnes) in West Bengal for Pre-WTO
15 years is 20.51282 %.
From Table-6.31.7, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in West Bengal is .00, 30.00 and 30.00 respectively. Further mean
and standard deviation of Production of Cotton (in thousand tonnes) in
West Bengal is 5.4813 and 7.88570 respectively. And mean growth rate of
Production of Cotton (in thousand tonnes) in West Bengal for Post-
WTO 18 years is 165.8262 %.
From Table-6.31.7, it may be observed that for Production of
Cotton (in thousand tonnes) in West Bengal from Pre-WTO to Post-
WTO range has been increased by 29.5, which is desirable; mean has
been increased by 5.2456, which is desirable; standard deviation has been
increased by 7.71651, which is undesirable; and mean growth rate has
been increased by 145.313, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable / undesirable condition for the
economy.
Table-6.31.7; Production of Cotton in West Bengal
Production of Cotton (in thousand tonnes) in West Bengal
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 .10 .60 .50 .2357 .16919 20.51282
1995-96
to 2012-
13
18 .00 30.00 30.00 5.4813 7.88570 165.8262
6.31.8 Production of Sugarcane in West Bengal
From Table-6.31.8, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in West Bengal is 542.40, 1599.60 and 1057.20
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in West Bengal is 935.5400 and
Page | 362
282.77260 respectively. And mean growth rate of Production of
Sugarcane (in thousand tonnes) in West Bengal for Pre-WTO 15 years is
2.18483 %.
From Table-6.31.8, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in West Bengal is 1033.20, 2001.90 and 968.70
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in West Bengal is 1484.0722 and
308.22351 respectively. And mean growth rate of Production of
Sugarcane (in thousand tonnes) in West Bengal for Post-WTO 18 years
is 4.00056 %.
From Table-6.31.8, it may be observed that for Production of
Sugarcane (in thousand tonnes) in West Bengal from Pre-WTO to Post-
WTO range has been decreased by 88.5, which is undesirable; mean has
been increased by 548.5322, which is desirable; standard deviation has
been increased by 25.45091, which is undesirable; and mean growth rate
has been increased by 1.81573, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Table-6.31.8; Production of Sugarcane in West Bengal
Production of Sugarcane (in thousand tonnes) in West Bengal
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 542.40 1599.60 1057.20 935.5400 282.77260 2.18483
1995-96
to 2012-
13
18 1033.20 2001.90 968.70 1484.0722 308.22351 4.00056
6.31.9 Production of Raw Jute & Mesta in West Bengal
From Table-6.31.9, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in West Bengal is 3680.80, 7624.70 and 3943.90
respectively. Further mean and standard deviation of Production of Raw
Page | 363
Jute & Mesta (in thousand tonnes) in West Bengal is 5120.6733 and
1040.72246 respectively. And mean growth rate of Production of Raw
Jute & Mesta (in thousand tonnes) in West Bengal for Pre-WTO 15
years is 4.414479 %.
From Table-6.31.9, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in West Bengal is 5742.70, 8927.50 and 3184.80
respectively. Further mean and standard deviation of Production of Raw
Jute & Mesta (in thousand tonnes) in West Bengal is 8023.4889 and
733.24555 respectively. And mean growth rate of Production of Raw Jute
& Mesta (in thousand tonnes) in West Bengal for Post-WTO 18 years is
2.61841 %.
From Table-6.31.9, it may be observed that for Production of Raw
Jute & Mesta (in thousand tonnes) in West Bengal from Pre-WTO to
Post-WTO range has been decreased by 759.1, which is undesirable; mean
has been increased by 2902.816, which is desirable; standard deviation
has been decreased by 307.4769, which is desirable; and mean growth
rate has been decreased by 1.79607, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.31.9; Production of Raw Jute & Mesta in West Bengal
Production of Raw Jute & Mesta (in thousand tonnes) in West Bengal
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 3680.80 7624.70 3943.90 5120.6733 1040.72246 4.414479
1995-96
to 2012-
13
18 5742.70 8927.50 3184.80 8023.4889 733.24555 2.61841
6.32 Production of Food Grain and Major Non-Food Grain Crops in All
States
6.32.1 Production of Rice in All States
Page | 364
From Table-6.32.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in All States is 47006.00, 81682.90 and 34676.90 respectively.
Further mean and standard deviation of Production of Rice (in thousand
tonnes) in All States is 65328.2667 and 10692.19019 respectively. And
mean growth rate of Production of Rice (in thousand tonnes) in All
States for Pre-WTO 15 years is 3.583768 %.
From Table-6.32.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in All States is 71684.90, 99050.90 and 27366.00 respectively.
Further mean and standard deviation of Production of Rice (in thousand
tonnes) in All States is 87413.6688 and 7247.73866 respectively. And
mean growth rate of Production of Rice (in thousand tonnes) in All
States for Post-WTO 18 years is 4.53542 %.
From Table-6.32.1, it may be observed that for Production of Rice
(in thousand tonnes) in All States from Pre-WTO to Post-WTO range
has been decreased by 7311, which is undesirable; mean has been
increased by 22085.4, which is desirable; standard deviation has been
decreased by 3444.452, which is desirable; and mean growth rate has
been decreased by 8.11919, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.32.1; Production of Rice in All States
Production of Rice (in thousand tonnes) in All States
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-
81 to
1994-
95
15 47006.00 81682.90 34676.90 65328.2667 10692.19019 3.583768
1995-
96 to
2012-
13
18 71684.90 99050.90 27366.00 87413.6688 7247.73866 -4.53542
Page | 365
6.32.2 Production of Wheat in All States
From Table-6.32.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in All States is 36192.30, 65663.00 and 29470.70 respectively.
Further mean and standard deviation of Production of Wheat (in
thousand tonnes) in All States is 49309.3933 and 8356.30171 respectively.
And mean growth rate of Production of Wheat (in thousand tonnes) in
All States for Pre-WTO 15 years is 4.578782 %.
From Table-6.32.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in All States is 61994.80, 85819.00 and 23824.20 respectively.
Further mean and standard deviation of Production of Wheat (in
thousand tonnes) in All States is 72786.8875 and 6400.87657 respectively.
And mean growth rate of Production of Wheat (in thousand tonnes) in
All States for Post-WTO 18 years is -3.99771 %.
From Table-6.32.2, it may be observed that for Production of
Wheat (in thousand tonnes) in All States from Pre-WTO to Post-WTO
range has been decreased by 5647, which is undesirable; mean has been
increased by 23477.49, which is desirable; standard deviation has been
decreased by 1955.425, which is desirable; and mean growth rate has
been decreased by 8.57649, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.32.2; Production of Wheat in All States
Production of Wheat (in thousand tonnes) in All States
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 36192.30 65663.00 29470.70 49309.3933 8356.30171 4.578782
1995-96
to 2012-
13
18 61994.80 85819.00 23824.20 72786.8875 6400.87657 -3.99771
6.32.3 Production of Coarse Cereals in All States
Page | 366
From Table-6.32.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in All States is 25975.60, 36573.40 and 10597.80
respectively. Further mean and standard deviation of Production of
Coarse Cereals (in thousand tonnes) in All States is 30280.7600 and
3299.27492 respectively. And mean growth rate of Production of Coarse
Cereals (in thousand tonnes) in All States for Pre-WTO 15 years is
1.474655 %.
From Table-6.32.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in All States is 26054.70, 41929.10 and 15874.40
respectively. Further mean and standard deviation of Production of
Coarse Cereals (in thousand tonnes) in All States is 4388.38192 and
33757.8188 respectively. And mean growth rate of Production of Coarse
Cereals (in thousand tonnes) in All States for Post-WTO 18 years is -
2.67687 %.
From Table-6.32.3, it may be observed that for Production of
Coarse Cereals (in thousand tonnes) in All States from Pre-WTO to
Post-WTO range has been increased by 5277, which is desirable; mean
has been decreased by 25892.38, which is undesirable; standard deviation
has been increased by 30458.54, which is undesirable; and mean growth
rate has been decreased by 4.15153, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO decrease in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.32.3; Production of Coarse Cereals in All States
Production of Coarse Cereals (in thousand tonnes) in All States
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 25975.60 36573.40 10597.80 30280.7600 3299.27492 1.474655
1995-96
to 2012-
13
18 26054.70 41929.10 15874.40 4388.38192 33757.8188 -2.67687
Page | 367
6.32.4 Production of Pulses in All States
From Table-6.32.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in All States is 10618.70, 14256.30 and 3637.60 respectively.
Further mean and standard deviation of Production of Pulses (in
thousand tonnes) in All States is 12534.1333 and 1111.85313 respectively.
And mean growth rate of Production of Pulses (in thousand tonnes) in
All States for Pre-WTO 15 years is 2.567368 %.
From Table-6.32.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in All States is 11064.90, 17988.50 and 6923.60 respectively.
Further mean and standard deviation of Production of Pulses (in
thousand tonnes) in All States is 13806.1750 and 1655.90853 respectively.
And mean growth rate of Production of Pulses (in thousand tonnes) in
All States for Post-WTO 18 years is -2.85421 %.
From Table-6.32.4, it may be observed that for Production of Pulses
(in thousand tonnes) in All States from Pre-WTO to Post-WTO range
has been increased by 3286, which is desirable; mean has been increased
by 1272.042, which is desirable; standard deviation has been increased by
544.0554, which is undesirable; and mean growth rate has been decreased
by 5.42158, which is undesirable for the economy. Further from Pre-WTO
to Post-WTO increase in mean and decrease in mean growth rate is a
strongly undesirable condition for the economy.
Table-6.32.4; Production of Pulses in All States
Production of Pulses (in thousand tonnes) in All States
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 10618.70 14256.30 3637.60 12534.1333 1111.85313 2.567368
1995-96
to 2012-
13
18 11064.90 17988.50 6923.60 13806.1750 1655.90853 -2.85421
6.32.5 Production of Food Grains in All States
Page | 368
From Table-6.32.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in All States is 129247.20, 191235.50 and 61988.30
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in All States is 157445.5800 and
20752.76006 respectively. And mean growth rate of Production of Food
Grains (in thousand tonnes) in All States for Pre-WTO 15 years is
3.096689 %.
From Table-6.32.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in All States is 174535.70, 239146.60 and 64610.90
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in All States is 207786.0937 and
17945.58295 respectively. And mean growth rate of Production of Food
Grains (in thousand tonnes) in All States for Post-WTO 18 years is
4.05522 %.
From Table-6.32.5, it may be observed that for Production of Food
Grains (in thousand tonnes) in All States from Pre-WTO to Post-WTO
range has been increased by 2623, which is desirable; mean has been
increased by 50340.51, which is desirable; standard deviation has been
decreased by 2807.177, which is desirable; and mean growth rate has
been decreased by 7.15191, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.32.5; Production of Food Grains in All States
Production of Food Grains (in thousand tonnes) in All States
Period
No.
of
Years
Minimum Maximum Range Mean Standard
Deviation
Mean
Growth
Rate in
%
1980-
81 to
1994-
95
15 129247.20 191235.50 61988.30 157445.5800 20752.76006 3.096689
1995-
96 to 18 174535.70 239146.60 64610.90 207786.0937 17945.58295 -4.05522
Page | 369
2012-
13
6.32.6 Production of Oilseeds in All States
From Table-6.32.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in All States is 9367.30, 21490.30 and 12123.00
respectively. Further mean and standard deviation of Production of
Oilseeds (in thousand tonnes) in All States is 15124.6267 and 4297.82568
respectively. And mean growth rate of Production of Oilseeds (in
thousand tonnes) in All States for Pre-WTO 15 years is 7.228647 %.
From Table-6.32.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in All States is 14832.50, 30951.10 and 16118.60
respectively. Further mean and standard deviation of Production of
Oilseeds (in thousand tonnes) in All States is 23917.1000 and 4184.0765
respectively. And mean growth rate of Production of Oilseeds (in
thousand tonnes) in All States for Post-WTO 18 years is -2.00908 %.
From Table-6.32.6, it may be observed that for Production of
Oilseeds (in thousand tonnes) in All States from Pre-WTO to Post-WTO
range has been increased by 3996, which is desirable; mean has been
increased by 8792.473, which is desirable; standard deviation has been
decreased by 113.7491, which is desirable; and mean growth rate has
been decreased by 9.23773, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.32.6; Production of Oilseeds in All States
Production of Oilseeds (in thousand tonnes) in All States
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 9367.30 21490.30 12123.00 15124.6267 4297.82568 7.228647
1995-96
to 2012-18 14832.50 30951.10 16118.60 23917.1000 4184.07657 -2.00908
Page | 370
13
6.32.7 Production of Cotton in All States
From Table-6.32.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in All States is 6380.30, 11886.10 and 5505.80 respectively.
Further mean and standard deviation of Production of Cotton (in
thousand tonnes) in All States is 8869.9533 and 1885.93435 respectively.
And mean growth rate of Production of Cotton (in thousand tonnes) in
All States for Pre-WTO 15 years is 5.348484 %.
From Table-6.32.7, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in All States is 8622.10, 33400.00 and 24777.90 respectively.
Further mean and standard deviation of Production of Cotton (in
thousand tonnes) in All States is 16610.4375 and 7044.97406 respectively.
And mean growth rate of Production of Cotton (in thousand tonnes) in
All States for Post-WTO 18 years is 1.932545 %.
From Table-6.32.7, it may be observed that for Production of
Cotton (in thousand tonnes) in All States from Pre-WTO to Post-WTO
range has been increased by 19272, which is desirable; mean has been
increased by 7740.484, which is desirable; standard deviation has been
increased by 5159.04, which is undesirable; and mean growth rate has
been decreased by 3.41594, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.32.7; Production of Cotton in All States
Production of Cotton (in thousand tonnes) in All States
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 6380.30 11886.10 5505.80 8869.9533 1885.93435 5.348484
1995-96
to 2012-
13
18 8622.10 33400.00 24777.90 16610.4375 7044.97406 1.932545
Page | 371
6.32.8 Production of Sugarcane in All States
From Table-6.32.8, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in All States is 154099.30, 275271.30 and 121172.00
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in All States is 205425.0067 and
34994.74930 respectively. And mean growth rate of Production of
Sugarcane (in thousand tonnes) in All States for Pre-WTO 15 years is
4.583103 %.
From Table-6.32.8, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in All States is 233711.20, 355358.80 and 121647.60
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in All States is 291087.2375 and
33535.21231 respectively. And mean growth rate of Production of
Sugarcane (in thousand tonnes) in All States for Post-WTO 18 years is -
4.38653 %.
From Table-6.32.8, it may be observed that for Production of
Sugarcane (in thousand tonnes) in All States from Pre-WTO to Post-
WTO range has been increased by 475.6, which is desirable; mean has
been increased by 85662.23, which is desirable; standard deviation has
been decreased by 1459.537, which is desirable; and mean growth rate
has been decreased by 8.96963, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.32.8; Production of Sugarcane in All States
Production of Sugarcane (in thousand tonnes) in All States
Perio
d
No.
of
Year
s
Minimu
m
Maximu
m Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-
81 to
1994-
95
15 154099.3
0 275271.30
121172.0
0
205425.006
7
34994.7493
0
4.58310
3
Page | 372
1995-
96 to
2012-
13
18 233711.2
0 355358.80
121647.6
0
291087.237
5
33535.2123
1 -4.38653
6.32.9 Production of Raw Jute & Mesta in All States
From Table-6.32.9, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in All States is 6777.90, 12646.50 and 5868.60
respectively. Further mean and standard deviation of Production of Raw
Jute & Mesta (in thousand tonnes) in All States is 8601.1933 and
1402.77766 respectively. And mean growth rate of Production of Raw
Jute & Mesta (in thousand tonnes) in All States for Pre-WTO 15 years is
2.821642 %.
From Table-6.32.9, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in All States is 8807.10, 8807.10 and 2871.20
respectively. Further mean and standard deviation of Production of Raw
Jute & Mesta (in thousand tonnes) in All States is 10720.4375 and
695.67235 respectively. And mean growth rate of Production of Raw Jute
& Mesta (in thousand tonnes) in All States for Post-WTO 18 years is -
4.78572 %.
From Table-6.32.9, it may be observed that for Production of Raw
Jute & Mesta (in thousand tonnes) in All States from Pre-WTO to Post-
WTO range has been decreased by 2997, which is undesirable; mean has
been increased by 2119.244, which is desirable; standard deviation has
been decreased by 707.1053, which is desirable; and mean growth rate
has been decreased by 7.60736, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and decrease in
mean growth rate is a strongly desirable / undesirable condition for the
economy.
Table-6.32.9; Production of Raw Jute & Mesta in All States
Production of Raw Jute & Mesta (in thousand tonnes) in All States
Period No. of Minimum Maximum Range Mean Standard Mean
Page | 373
Years Deviation Growth
Rate in
%
1980-81
to 1994-
95
15 6777.90 12646.50 5868.60 8601.1933 1402.77766 2.821642
1995-96
to 2012-
13
18 8807.10 8807.10 2871.20 10720.4375 695.67235 -4.78572
6.33 Production of Food Grain and Major Non-Food Grain Crops in Union
Territories
6.33.1 Production of Rice in Union Territories
From Table-6.33.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Union Territories is 95.80, 132.40 and 36.60 respectively.
Further mean and standard deviation of Production of Rice (in thousand
tonnes) in Union Territories is 117.3333 and 10.42495 respectively. And
mean growth rate of Production of Rice (in thousand tonnes) in Union
Territories for Pre-WTO 15 years is 0.955505 %.
From Table-6.33.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Union Territories is 104.00, 2215.20 and 2111.20 respectively.
Further mean and standard deviation of Production of Rice (in thousand
tonnes) in Union Territories is 365.0125 and 644.73883 respectively. And
mean growth rate of Production of Rice (in thousand tonnes) in Union
Territories for Post-WTO 18 years is 85.87426 %.
From Table-6.33.1, it may be observed that for Production of Rice
(in thousand tonnes) in Union Territories from Pre-WTO to Post-WTO
range has been increased by 2075, which is desirable; mean has been
increased by 247.6792, which is desirable; standard deviation has been
increased by 634.3139, which is undesirable; and mean growth rate has
been increased by 84.9188, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Table-6.33.1; Production of Rice in Union Territories
Page | 374
Production of Rice (in thousand tonnes) in Union Territories
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 95.80 132.40 36.60 117.3333 10.42495 0.955505
1995-96
to 2012-
13
18 104.00 2215.20 2111.20 365.0125 644.73883 85.87426
6.33.2 Production of Wheat in Union Territories
From Table-6.33.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Union Territories is 34.00, 130.10 and 96.10 respectively.
Further mean and standard deviation of Production of Wheat (in
thousand tonnes) in Union Territories is 107.2067 and 21.41330
respectively. And mean growth rate of Production of Wheat (in thousand
tonnes) in Union Territories for Pre-WTO 15 years is 10.00734 %.
From Table-6.33.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Union Territories is 23.90, 108.80 and 84.90 respectively.
Further mean and standard deviation of Production of Wheat (in
thousand tonnes) in Union Territories is 73.8063 and 28.94520
respectively. And mean growth rate of Production of Wheat (in thousand
tonnes) in Union Territories for Post-WTO 18 years is 12.73158 %.
From Table-6.33.2, it may be observed that for Production of
Wheat (in thousand tonnes) in Union Territories from Pre-WTO to Post-
WTO range has been decreased by 11.2, which is undesirable; mean has
been decreased by 33.4004, which is undesirable; standard deviation has
been increased by 7.5319, which is undesirable; and mean growth rate
has been increased by 2.72424, which is desirable for the economy. Further
from Pre-WTO to Post-WTO decrease in mean and increase in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.33.2; Production of Wheat in Union Territories
Production of Wheat (in thousand tonnes) in Union Territories
Page | 375
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 34.00 130.10 96.10 107.2067 21.41330 10.00734
1995-96
to 2012-
13
18 23.90 108.80 84.90 73.8063 28.94520 12.73158
6.33.3 Production of Coarse Cereals in Union Territories
From Table-6.33.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Union Territories is 12.40, 34.30 and 21.90
respectively. Further mean and standard deviation of Production of
Coarse Cereals (in thousand tonnes) in Union Territories is 21.4067 and
6.92475 respectively. And mean growth rate of Production of Coarse
Cereals (in thousand tonnes) in Union Territories for Pre-WTO 15 years
is -3.32423 %.
From Table-6.33.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Union Territories is 3.20, 290.10 and 286.90
respectively. Further mean and standard deviation of Production of
Coarse Cereals (in thousand tonnes) in Union Territories is 46.4750 and
93.21216 respectively. And mean growth rate of Production of Coarse
Cereals (in thousand tonnes) in Union Territories for Post-WTO 18
years is 104.0788 %.
From Table-6.33.3, it may be observed that for Production of
Coarse Cereals (in thousand tonnes) in Union Territories from Pre-
WTO to Post-WTO range has been increased by 265, which is desirable;
mean has been increased by 25.0683, which is desirable; standard
deviation has been increased by 86.28741, which is undesirable; and mean
growth rate has been increased by 107.403, which is desirable for the
economy. Further from Pre-WTO to Post-WTO increase in mean and
increase in mean growth rate is a strongly desirable condition for the
economy.
Page | 376
Table-6.33.3; Production of Coarse Cereals in Union Territories
Production of Coarse Cereals (in thousand tonnes) in Union Territories
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 12.40 34.30 21.90 21.4067 6.92475 -3.32423
1995-96
to 2012-
13
18 3.20 290.10 286.90 46.4750 93.21216 104.0788
6.33.4 Production of Pulses in Union Territories
From Table-6.33.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Union Territories is 4.50, 12.30 and 7.80 respectively. Further
mean and standard deviation of Production of Pulses (in thousand
tonnes) in Union Territories is 8.0333 and 1.95107 respectively. And
mean growth rate of Production of Pulses (in thousand tonnes) in Union
Territories for Pre-WTO 15 years is 5.663882 %.
From Table-6.33.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Union Territories is 7.50, 107.30 and 99.80 respectively. Further
mean and standard deviation of Production of Pulses (in thousand
tonnes) in Union Territories is 21.1500 and 33.19647 respectively. And
mean growth rate of Production of Pulses (in thousand tonnes) in Union
Territories for Post-WTO 18 years is 74.39625 %.
From Table-6.33.4, it may be observed that for Production of Pulses
(in thousand tonnes) in Union Territories from Pre-WTO to Post-WTO
range has been increased by 92, which is desirable; mean has been
increased by 13.1167, which is desirable; standard deviation has been
increased by 31.2454, which is undesirable; and mean growth rate has
been increased by 68.7324, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Table-6.33.4; Production of Pulses in Union Territories
Page | 377
Production of Pulses (in thousand tonnes) in Union Territories
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 4.50 12.30 7.80 8.0333 1.95107 5.663882
1995-96
to 2012-
13
18 7.50 107.30 99.80 21.1500 33.19647 74.39625
6.33.5 Production of Food Grains in Union Territories
From Table-6.33.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Union Territories is 187.00, 286.80 and 99.80
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in Union Territories is 253.6067 and
23.54420 respectively. And mean growth rate of Production of Food
Grains (in thousand tonnes) in Union Territories for Pre-WTO 15 years
is 0.012307 %.
From Table-6.33.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Union Territories is 149.60, 2419.10 and 2269.50
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in Union Territories is 487.8625 and
726.99123 respectively. And mean growth rate of Production of Food
Grains (in thousand tonnes) in Union Territories for Post-WTO 18 years
is 58.90712 %.
From Table-6.33.5, it may be observed that for Production of Food
Grains (in thousand tonnes) in Union Territories from Pre-WTO to
Post-WTO range has been increased by 2170, which is desirable; mean
has been increased by 234.2558, which is desirable; standard deviation
has been increased by 703.447, which is undesirable; and mean growth
rate has been increased by 58.8948, which is desirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and increase in
mean growth rate is a strongly desirable condition for the economy.
Page | 378
Table-6.33.5; Production of Food Grains in Union Territories
Production of Food Grains (in thousand tonnes) in Union Territories
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 187.00 286.80 99.80 253.6067 23.54420 0.012307
1995-96
to 2012-
13
18 149.60 2419.10 2269.50 487.8625 726.99123 58.90712
6.33.6 Production of Oilseeds in Union Territories
From Table-6.33.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Union Territories is 3.40, 7.90 and 4.50 respectively.
Further mean and standard deviation of Production of Oilseeds (in
thousand tonnes) in Union Territories is 5.1333 and 1.03625 respectively.
And mean growth rate of Production of Oilseeds (in thousand tonnes) in
Union Territories for Pre-WTO 15 years is 4.163551 %.
From Table-6.33.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Union Territories is 2.20, 149.70 and 147.50
respectively. Further mean and standard deviation of Production of
Oilseeds (in thousand tonnes) in Union Territories is 20.7375 and
45.36966 respectively. And mean growth rate of Production of Oilseeds
(in thousand tonnes) in Union Territories for Post-WTO 18 years is
339.8328 %.
From Table-6.33.6, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Union Territories from Pre-WTO to
Post-WTO range has been increased by 143, which is desirable; mean has
been increased by 15.6042, which is desirable; standard deviation has
been increased by 44.33341, which is undesirable; and mean growth rate
has been increased by 335.669, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Page | 379
Table-6.33.6; Production of Oilseeds in Union Territories
Production of Oilseeds (in thousand tonnes) in Union Territories
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 3.40 7.90 4.50 5.1333 1.03625 4.163551
1995-96
to 2012-
13
18 2.20 149.70 147.50 20.7375 45.36966 339.8328
6.33.7 Production of Cotton in Union Territories
From Table-6.33.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Union Territories is 1.10, 9.00 and 7.90 respectively. Further
mean and standard deviation of Production of Cotton (in thousand
tonnes) in Union Territories is 2.9800 and 1.98753 respectively. And
mean growth rate of Production of Cotton (in thousand tonnes) in
Union Territories for Pre-WTO 15 years is 16.95063 %.
From Table-6.33.7, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Union Territories is .00, 25.00 and 25.00 respectively. Further
mean and standard deviation of Production of Cotton (in thousand
tonnes) in Union Territories is 3.1688 and 6.05648 respectively. And
mean growth rate of Production of Cotton (in thousand tonnes) in
Union Territories for Post-WTO 18 years is 15.65187 %.
From Table-6.33.7, it may be observed that for Production of
Cotton (in thousand tonnes) in Union Territories from Pre-WTO to
Post-WTO range has been increased by 17.1, which is desirable; mean
has been increased by 0.1888, which is desirable; standard deviation has
been increased by 4.06895, which is undesirable; and mean growth rate
has been decreased by 1.29876, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.33.7; Production of Cotton in Union Territories
Page | 380
Production of Cotton (in thousand tonnes) in Union Territories
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 1.10 9.00 7.90 2.9800 1.98753 16.95063
1995-96
to 2012-
13
18 .00 25.00 25.00 3.1688 6.05648 15.65187
6.33.8 Production of Sugarcane in Union Territories
From Table-6.33.8, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Union Territories is 113.30, 460.80 and 347.50
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in Union Territories is 232.3667 and
92.19300 respectively. And mean growth rate of Production of Sugarcane
(in thousand tonnes) in Union Territories for Pre-WTO 15 years is
11.41978 %.
From Table-6.33.8, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Union Territories is 133.00, 677.90 and 544.90
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in Union Territories is 255.1750 and
143.14061 respectively. And mean growth rate of Production of
Sugarcane (in thousand tonnes) in Union Territories for Post-WTO 18
years is 18.26129 %.
From Table-6.33.8, it may be observed that for Production of
Sugarcane (in thousand tonnes) in Union Territories from Pre-WTO to
Post-WTO range has been increased by 197.4, which is desirable; mean
has been increased by 22.8083, which is desirable; standard deviation has
been increased by 50.94761, which is undesirable; and mean growth rate
has been increased by 6.84151, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Page | 381
Table-6.33.8; Production of Sugarcane in Union Territories
Production of Sugarcane (in thousand tonnes) in Union Territories
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in %
1980-81
to 1994-
95
15 113.30 460.80 347.50 232.3667 92.19300 11.41978
1995-96
to 2012-
13
18 133.00 677.90 544.90 255.1750 143.14061 18.26129
6.33.9 Production of Raw Jute & Mesta in Union Territories
From Table-6.33.9, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Union Territories is .20, 64.50 and 64.30
respectively. Further mean and standard deviation of Production of Raw
Jute & Mesta (in thousand tonnes) in Union Territories is 41.7000 and
35.99847 respectively. And mean growth rate of Production of Raw Jute
& Mesta (in thousand tonnes) in Union Territories for Post-WTO 18
years is 3.171556 %.
Table-6.33.9; Production of Raw Jute & Mesta in Union Territories
Production of Raw Jute & Mesta (in thousand tonnes) in Union Territories
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1995-96
to 2012-
13
18 .20 64.50 64.30 41.7000 35.99847
6.34 Production of Food Grain and Major Non-Food Grain Crops in Whole
India
6.34.1 Production of Rice in Whole India
From Table-6.34.1, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Whole India is 47115.80, 81814.00 and 34698.20 respectively.
Further mean and standard deviation of Production of Rice (in thousand
tonnes) in Whole India is 65445.6000 and 10697.94215 respectively. And
Page | 382
mean growth rate of Production of Rice (in thousand tonnes) in Whole
India for Pre-WTO 15 years is 3.576752 %.
From Table-6.34.1, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Rice (in thousand
tonnes) in Whole India is 71820.20, 104398.70 and 32578.50 respectively.
Further mean and standard deviation of Production of Rice (in thousand
tonnes) in Whole India is 89645.8389 and 8797.21286 respectively. And
mean growth rate of Production of Rice (in thousand tonnes) in Whole
India for Post-WTO 18 years is 2.290684 %.
From Table-6.34.1, it may be observed that for Production of Rice
(in thousand tonnes) in Whole India from Pre-WTO to Post-WTO range
has been decreased by 2120, which is undesirable; mean has been
increased by 24200.24, which is desirable; standard deviation has been
decreased by 1900.729, which is desirable; and mean growth rate has
been decreased by 1.28607, which is undesirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and decrease in mean
growth rate is a strongly undesirable condition for the economy.
Table-6.34.1; Production of Rice in Whole India
Production of Rice (in thousand tonnes) in Whole India
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-
81 to
1994-
95
15 47115.80 81814.00 34698.20 65445.6000 10697.94215 3.576752
1995-
96 to
2012-
13
18 71820.20 104398.70 32578.50 89645.8389 8797.21286 2.290684
6.34.2 Production of Wheat in Whole India
From Table-6.34.2, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Whole India is 36312.60, 65767.40and 29454.80 respectively.
Further mean and standard deviation of Production of Wheat (in
Page | 383
thousand tonnes) in Whole India is 49416.6000 and 8349.25347
respectively. And mean growth rate of Production of Wheat (in thousand
tonnes) in Whole India for Pre-WTO 15 years is 4.562571 %.
From Table-6.34.2, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Wheat (in thousand
tonnes) in Whole India is 62097.40, 93903.60 and 31806.20 respectively.
Further mean and standard deviation of Production of Wheat (in
thousand tonnes) in Whole India is 75161.3944 and 8976.97850
respectively. And mean growth rate of Production of Wheat (in thousand
tonnes) in Whole India for Post-WTO 18 years is 2.57128 %.
From Table-6.34.2, it may be observed that for Production of
Wheat (in thousand tonnes) in Whole India from Pre-WTO to Post-
WTO range has been increased by 2351, which is desirable; mean has
been increased by 25744.79, which is desirable; standard deviation has
been increased by 627.725, which is undesirable; and mean growth rate
has been decreased by 1.99129, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.34.2; Production of Wheat in Whole India
Production of Wheat (in thousand tonnes) in Whole India
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 36312.60 65767.40 29454.80 49416.6000 8349.25347 4.562571
1995-96
to 2012-
13
18 62097.40 93903.60 31806.20 75161.3944 8976.97850 2.57128
6.34.3 Production of Coarse Cereals in Whole India
From Table-6.34.3, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Whole India is 25991.40, 36590.90 and 10599.50
respectively. Further mean and standard deviation of Production of
Coarse Cereals (in thousand tonnes) in Whole India is 30302.1667 and
Page | 384
3299.99952 respectively. And mean growth rate of Production of Coarse
Cereals (in thousand tonnes) in Whole India for Pre-WTO 15 years is
1.468748 %.
From Table-6.34.3, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Coarse Cereals (in
thousand tonnes) in Whole India is 26065.40, 43397.10 and 17331.70
respectively. Further mean and standard deviation of Production of
Coarse Cereals (in thousand tonnes) in Whole India is 34699.3389 and
4886.54628 respectively. And mean growth rate of Production of Coarse
Cereals (in thousand tonnes) in Whole India for Post-WTO 18 years is
3.103252 %.
From Table-6.34.3, it may be observed that for Production of
Coarse Cereals (in thousand tonnes) in Whole India from Pre-WTO to
Post-WTO range has been increased by 6732, which is desirable; mean
has been increased by 4397.172, which is desirable; standard deviation
has been increased by 1586.547, which is undesirable; and mean growth
rate has been increased by 1.6345, which is desirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and increase in
mean growth rate is a strongly desirable condition for the economy.
Table-6.34.3; Production of Coarse Cereals in Whole India
Production of Coarse Cereals (in thousand tonnes) in Whole India
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 25991.40 36590.90 10599.50 30302.1667 3299.99952 1.468748
1995-96
to 2012-
13
18 26065.40 43397.10 17331.70 34699.3389 4886.54628 3.103252
6.34.4 Production of Pulses in Whole India
From Table-6.34.4, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Whole India is 10626.80, 14265.30 and 3638.50 respectively.
Further mean and standard deviation of Production of Pulses (in
Page | 385
thousand tonnes) in Whole India is 12534.7800 and 1117.39987
respectively. And mean growth rate of Production of Pulses (in thousand
tonnes) in Whole India for Pre-WTO 15 years is 2.580974 %.
From Table-6.34.4, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Pulses (in thousand
tonnes) in Whole India is 11075.40, 18446.00 and 7370.60 respectively.
Further mean and standard deviation of Production of Pulses (in
thousand tonnes) in Whole India is 14267.9556 and 2063.71049
respectively. And mean growth rate of Production of Pulses (in thousand
tonnes) in Whole India for Post-WTO 18 years is 3.373154 %.
From Table-6.34.4, it may be observed that for Production of Pulses
(in thousand tonnes) in Whole India from Pre-WTO to Post-WTO range
has been increased by 3732, which is desirable; mean has been increased
by 1733.176, which is desirable; standard deviation has been increased by
946.3106, which is undesirable; and mean growth rate has been increased
by 0.79218, which is desirable for the economy. Further from Pre-WTO to
Post-WTO increase in mean and increase in mean growth rate is a
strongly desirable condition for the economy.
Table-6.34.4; Production of Pulses in Whole India
Production of Pulses (in thousand tonnes) in Whole India
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 10626.80 14265.30 3638.50 12534.7800 1117.39987 2.580974
1995-96
to 2012-
13
18 11075.40 18446.00 7370.60 14267.9556 2063.71049 3.373154
6.34.5 Production of Food Grains in Whole India
From Table-6.34.5, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Whole India is 129518.70, 191495.20 and 61976.50
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in Whole India is 157699.1867 and
Page | 386
20747.51767 respectively. And mean growth rate of Production of Food
Grains (in thousand tonnes) in Whole India for Pre-WTO 15 years is
3.088957 %.
From Table-6.34.5, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Food Grains (in
thousand tonnes) in Whole India is 174771.40, 257441.90 and 82670.50
respectively. Further mean and standard deviation of Production of Food
Grains (in thousand tonnes) in Whole India is 213774.5167 and
23396.34289 respectively. And mean growth rate of Production of Food
Grains (in thousand tonnes) in Whole India for Post-WTO 18 years is
2.453982 %.
From Table-6.34.5, it may be observed that for Production of Food
Grains (in thousand tonnes) in Whole India from Pre-WTO to Post-
WTO range has been increased by 20694, which is desirable; mean has
been increased by 56075.33, which is desirable; standard deviation has
been increased by 2648.825, which is undesirable; and mean growth rate
has been decreased by 0.63498, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.34.5; Production of Food Grains in Whole India
Production of Food Grains (in thousand tonnes) in Whole India
Period
No.
of
Years
Minimum Maximum Range Mean Standard
Deviation
Mean
Growth
Rate in
%
1980-
81 to
1994-
95
15 129518.70 191495.20 61976.50 157699.1867 20747.51767 3.088957
1995-
96 to
2012-
13
18 174771.40 257441.90 82670.50 213774.5167 23396.34289 2.453982
6.34.6 Production of Oilseeds in Whole India
From Table-6.34.6, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Whole India is 9372.10, 21495.50 and 12123.40
Page | 387
respectively. Further mean and standard deviation of Production of
Oilseeds (in thousand tonnes) in Whole India is 15129.7600 and
4298.06120 respectively. And mean growth rate of Production of
Oilseeds (in thousand tonnes) in Whole India for Pre-WTO 15 years is
7.224513 %.
From Table-6.34.6, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Oilseeds (in
thousand tonnes) in Whole India is 14838.40, 32479.00 and 17640.60
respectively. Further mean and standard deviation of Production of
Oilseeds (in thousand tonnes) in Whole India is 24714.8167 and
4610.64614 respectively. And mean growth rate of Production of
Oilseeds (in thousand tonnes) in Whole India for Post-WTO 18 years is
4.129882 %.
From Table-6.34.6, it may be observed that for Production of
Oilseeds (in thousand tonnes) in Whole India from Pre-WTO to Post-
WTO range has been increased by 5517, which is desirable; mean has
been increased by 9585.057, which is desirable; standard deviation has
been increased by 312.5849, which is undesirable; and mean growth rate
has been decreased by 3.09463, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.34.6; Production of Oilseeds in Whole India
Production of Oilseeds (in thousand tonnes) in Whole India
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 9372.10 21495.50 12123.40 15129.7600 4298.06120 7.224513
1995-96
to 2012-
13
18 14838.40 32479.00 17640.60 24714.8167 4610.64614 4.129882
6.34.7 Production of Cotton in Whole India
From Table-6.34.7, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Cotton (in thousand
Page | 388
tonnes) in Whole India is 6382.00, 11887.60 and 5505.60 respectively.
Further mean and standard deviation of Production of Cotton (in
thousand tonnes) in Whole India is 8872.5333 and 1885.86395
respectively. And mean growth rate of Production of Cotton (in
thousand tonnes) in Whole India for Pre-WTO 15 years is 5.349393 %.
From Table-6.34.7, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Cotton (in thousand
tonnes) in Whole India is 8623.70, 35200.00 and 26576.30 respectively.
Further mean and standard deviation of Production of Cotton (in
thousand tonnes) in Whole India is 18642.8833 and 8807.10655
respectively. And mean growth rate of Production of Cotton (in
thousand tonnes) in Whole India for Post-WTO 18 years is 7.67831 %.
From Table-6.34.7, it may be observed that for Production of
Cotton (in thousand tonnes) in Whole India from Pre-WTO to Post-
WTO range has been increased by 21071, which is desirable; mean has
been increased by 9770.35, which is desirable; standard deviation has
been increased by 6921.243, which is undesirable; and mean growth rate
has been increased by 2.32892, which is desirable for the economy. Further
from Pre-WTO to Post-WTO increase in mean and increase in mean
growth rate is a strongly desirable condition for the economy.
Table-6.34.7; Production of Cotton in Whole India
Production of Cotton (in thousand tonnes) in Whole India
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 6382.00 11887.60 5505.60 8872.5333 1885.86395 5.349393
1995-96
to 2012-
13
18 8623.70 35200.00 26576.30 18642.8833 8807.10655 7.67831
6.34.8 Production of Sugarcane in Whole India
From Table-6.34.8, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Whole India is 154248.00, 275539.90 and 121291.90
Page | 389
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in Whole India is 205657.3200 and
35013.37766respectively. And mean growth rate of Production of
Sugarcane (in thousand tonnes) in Whole India for Pre-WTO 15 years is
4.583706 %.
From Table-6.34.8, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Sugarcane (in
thousand tonnes) in Whole India is 233861.80, 357667.10 and 123805.30
respectively. Further mean and standard deviation of Production of
Sugarcane (in thousand tonnes) in Whole India is 298831.2667 and
36445.08947 respectively. And mean growth rate of Production of
Sugarcane (in thousand tonnes) in Whole India for Post-WTO 18 years
is 1.700748 %.
From Table-6.34.8, it may be observed that for Production of
Sugarcane (in thousand tonnes) in Whole India from Pre-WTO to Post-
WTO range has been increased by 2513, which is desirable; mean has
been increased by 93173.95, which is desirable; standard deviation has
been increased by 1431.712, which is undesirable; and mean growth rate
has been decreased by 2.88296, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and decrease in
mean growth rate is a strongly undesirable condition for the economy.
Table-6.34.8; Production of Sugarcane in Whole India
Production of Sugarcane (in thousand tonnes) in Whole India
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
% 1980-81
to 1994-
95
15 154248.00 275539.90 121291.90 205657.3200 35013.37766 4.583706
1995-96
to 2012-
13
18 233861.80 357667.10 123805.30 298831.2667 36445.08947 1.700748
6.34.9 Production of Raw Jute & Mesta in Whole India
From Table-6.34.9, it may be observed that for Pre-WTO 15 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
Page | 390
(in thousand tonnes) in Whole India is 6777.90, 12646.50 and 5868.60
respectively. Further mean and standard deviation of Production of Raw
Jute & Mesta (in thousand tonnes) in Whole India is 8601.1933 and
1402.77766 respectively. And mean growth rate of Production of Raw
Jute & Mesta (in thousand tonnes) in Whole India for Pre-WTO 15
years is 2.821642 %.
From Table-6.34.9, it may be observed that for Post-WTO 18 years,
the minimum, maximum and range of Production of Raw Jute & Mesta
(in thousand tonnes) in Whole India is 8807.10, 11817.40 and 3010.30
respectively. Further mean and standard deviation of Production of Raw
Jute & Mesta (in thousand tonnes) in Whole India is 10848.1667 and
731.23431 respectively. And mean growth rate of Production of Raw Jute
& Mesta (in thousand tonnes) in Whole India for Post-WTO 18 years is
1.887903 %.
From Table-6.34.9, it may be observed that for Production of Raw
Jute & Mesta (in thousand tonnes) in Whole India from Pre-WTO to
Post-WTO range has been decreased by 2858, which is undesirable;
mean has been increased by 2246.973, which is desirable; standard
deviation has been decreased by 671.5434, which is desirable; and mean
growth rate has been decreased by 0.93374, which is undesirable for the
economy. Further from Pre-WTO to Post-WTO increase in mean and
decrease in mean growth rate is a strongly desirable / undesirable
condition for the economy.
Table-6.34.9; Production of Raw Jute & Mesta in Whole India
Production of Raw Jute & Mesta (in thousand tonnes) in Whole India
Period No. of
Years Minimum Maximum Range Mean
Standard
Deviation
Mean
Growth
Rate in
%
1980-81
to 1994-
95
15 6777.90 12646.50 5868.60 8601.1933 1402.77766 2.821642
1995-96
to 2012-
13
18 8807.10 11817.40 3010.30 10848.1667 731.23431 1.887903
Page | 391
7. Findings and Conclusion 7.1 Findings
7.1.1 Findings for Hypotheses Testing
Findings for hypotheses testing have been summarized in Table-7.1.
Table-7.1; Findings for Hypothesis Testing
Sl.
No. Null Hypotheses (H0) Test
p
Value
Result at
99 %
Confidence
1
Production of Rice in India does
neither depends on Area of Cultivation
of Rice nor Yield per Hectare of Rice
F Test .000 Rejected
2
Production of Wheat in India does
neither depends on Area of Cultivation
of Wheat nor Yield per Hectare of
Wheat
F Test .000 Rejected
3
Production of Coarse Cereals in India
does neither depends on Area of
Cultivation of Coarse Cereals nor
Yield per Hectare of Coarse Cereals
F Test .000 Rejected
4
Production of Total Cereals in India
does neither depends on Area of
Cultivation of Total Cereals nor Yield
per Hectare of Total Cereals
F Test .000 Rejected
5
Production of Pulses in India does
neither depends on Area of Cultivation
of Pulses nor Yield per Hectare of
Pulses
F Test .000 Rejected
6
Production of Total Food Grains in
India does neither depends on Area of
Cultivation of Total Food Grains nor
Yield per Hectare of Total Food
Grains
F Test .000 Rejected
7
Production of Groundnut in India
does neither depends on Area of
Cultivation of Groundnut nor Yield
per Hectare of Groundnut
F Test .000 Rejected
8
Production of Rapeseed & Mustard in
India does neither depends on Area of
Cultivation of Rapeseed & Mustard
nor Yield per Hectare of Rapeseed &
Mustard
F Test .000 Rejected
9 Production of Soya bean in India does
neither depends on Area of Cultivation F Test .000 Rejected
Page | 392
of Soya bean nor Yield per Hectare of
Soya bean
10
Production of Total Oilseeds in India
does neither depends on Area of
Cultivation of Total Oilseeds nor Yield
per Hectare of Total Oilseeds
F Test .000 Rejected
11
Production of Coffee in India does
neither depends on Area of Cultivation
of Coffee nor Yield per Hectare of
Coffee
F Test .000 Rejected
12
Production of Sugarcane in India does
neither depends on Area of Cultivation
of Sugarcane nor Yield per Hectare of
Sugarcane
F Test .000 Rejected
13
Production of Tea in India does
neither depends on Area of Cultivation
of Tea nor Yield per Hectare of Tea
F Test .000 Rejected
14
Production of Tobacco in India does
neither depends on Area of Cultivation
of Tobacco nor Yield per Hectare of
Tobacco
F Test .000 Rejected
15
Production of Cotton in India does
neither depends on Area of Cultivation
of Cotton nor Yield per Hectare of
Cotton
F Test .000 Rejected
16
Production of Raw Jute & Mesta in
India does neither depends on Area of
Cultivation of Raw Jute & Mesta nor
Yield per Hectare of Raw Jute &
Mesta
F Test .000 Rejected
17
Regression with dependent variable
Production of Rice and independent
variables Area of Cultivation of Rice
and Yield per Hectare of Rice as whole
is not highly significant
ANOVA .000 Rejected
18
Regression with dependent variable
Production of Wheat and independent
variables Area of Cultivation of Wheat
and Yield per Hectare of Wheat as
whole is not highly significant
ANOVA .000 Rejected
19
Regression with dependent variable
Production of Coarse Cereals and
independent variables Area of
Cultivation of Coarse Cereals and
Yield per Hectare of Coarse Cereals as
whole is not highly significant
ANOVA .000 Rejected
Page | 393
20
Regression with dependent variable
Production of Total Cereals and
independent variables Area of
Cultivation of Total Cereals and Yield
per Hectare of Total Cereals as whole
is not highly significant
ANOVA .000 Rejected
21
Regression with dependent variable
Production of Pulses and independent
variables Area of Cultivation of Pulses
and Yield per Hectare of Pulses as
whole is not highly significant
ANOVA .000 Rejected
22
Regression with dependent variable
Production of Total Food Grains and
independent variables Area of
Cultivation of Total Food Grains and
Yield per Hectare of Total Food
Grains as whole is not highly
significant
ANOVA .000 Rejected
23
Regression with dependent variable
Production of Groundnut and
independent variables Area of
Cultivation of Groundnut and Yield
per Hectare of Groundnut as whole is
not highly significant
ANOVA .000 Rejected
24
Regression with dependent variable
Production of Rapeseed & Mustard
and independent variables Area of
Cultivation of Rapeseed & Mustard
and Yield per Hectare of Rapeseed &
Mustard as whole is not highly
significant
ANOVA .000 Rejected
25
Regression with dependent variable
Production of Soya bean and
independent variables Area of
Cultivation of Soya bean and Yield per
Hectare of Soya bean as whole is not
highly significant
ANOVA .000 Rejected
26
Regression with dependent variable
Production of Total Oilseeds and
independent variables Area of
Cultivation of Total Oilseeds and Yield
per Hectare of as whole is not highly
significant
ANOVA .000 Rejected
27
Regression with dependent variable
Production of Coffee and independent
variables Area of Cultivation of Coffee
ANOVA .000 Rejected
Page | 394
and Yield per Hectare of Coffee as
whole is not highly significant
28
Regression with dependent variable
Production of Sugarcane and
independent variables Area of
Cultivation of Sugarcane and Yield
per Hectare of Sugarcane as whole is
not highly significant
ANOVA .000 Rejected
29
Regression with dependent variable
Production of Tea and independent
variables Area of Cultivation of Tea
and Yield per Hectare of Tea as whole
is not highly significant
ANOVA .000 Rejected
30
Regression with dependent variable
Production of Tobacco and
independent variables Area of
Cultivation of Tobacco and Yield per
Hectare of Tobacco as whole is not
highly significant
ANOVA .000 Rejected
31
Regression with dependent variable
Production of Cotton and independent
variables Area of Cultivation of Cotton
and Yield per Hectare of Cotton as
whole is not highly significant
ANOVA .000 Rejected
32
Regression with dependent variable
Production of Raw Jute & Mesta and
independent variables Area of
Cultivation of Raw Jute & Mesta and
Yield per Hectare of Raw Jute &
Mesta as whole is not highly
significant
ANOVA .000 Rejected
7.1.2 Findings for agriculture production in India
For Production of Rice (in thousand tonnes) in Whole India from
Pre-WTO to Post-WTO mean has been increased by 24200.24; standard
deviation has been decreased by 1900.729; and mean growth rate has
been decreased by 1.28607.
For Production of Wheat (in thousand tonnes) in Whole India
from Pre-WTO to Post-WTO mean has been increased by 25744.79;
standard deviation has been increased by 627.725; and mean growth rate
has been decreased by 1.99129.
Page | 395
For Production of Coarse Cereals (in thousand tonnes) in Whole
India from Pre-WTO to Post-WTO mean has been increased by
4397.172; standard deviation has been increased by 1586.547; and mean
growth rate has been increased by 1.6345 for the economy.
For Production of Pulses (in thousand tonnes) in Whole India
from Pre-WTO to Post-WTO mean has been increased by 1733.176;
standard deviation has been increased by 946.3106; and mean growth
rate has been increased by 0.79218 for the economy.
For Production of Food Grains (in thousand tonnes) in Whole
India from Pre-WTO to Post-WTO mean has been increased by
56075.33; standard deviation has been increased by 2648.825; and mean
growth rate has been decreased by 0.63498.
For Production of Oilseeds (in thousand tonnes) in Whole India
from Pre-WTO to Post-WTO mean has been increased by 9585.057;
standard deviation has been increased by 312.5849; and mean growth
rate has been decreased by 3.09463.
For Production of Cotton (in thousand tonnes) in Whole India
from Pre-WTO to Post-WTO mean has been increased by 9770.35;
standard deviation has been increased by 6921.243; and mean growth
rate has been increased by 2.32892 for the economy.
For Production of Sugarcane (in thousand tonnes) in Whole India
from Pre-WTO to Post-WTO mean has been increased by 93173.95;
standard deviation has been increased by 1431.712; and mean growth
rate has been decreased by 2.88296.
For Production of Raw Jute & Mesta (in thousand tonnes) in
Whole India from Pre-WTO to Post-WTO mean has been increased by
2246.973; standard deviation has been decreased by 671.5434; and mean
growth rate has been decreased by 0.93374.
7.2 Conclusion
7.2.1 Conclusion for Hypotheses Testing
The conclusion from hypotheses testing may be drawn as:
Page | 396
1. Production of Rice in India depends on either or both Area of
Cultivation of Rice nor Yield per Hectare of Rice
2. Production of Wheat in India depends on either or both of Area of
Cultivation of Wheat Yield per Hectare of Wheat
3. Production of Coarse Cereals in India depends on either or both of
Area of Cultivation of Coarse Cereals Yield per Hectare of Coarse
Cereals
4. Production of Total Cereals in India depends on either or both of Area
of Cultivation of Total Cereals Yield per Hectare of Total Cereals
5. Production of Pulses in India depends on either or both of Area of
Cultivation of Pulses Yield per Hectare of Pulses
6. Production of Total Food Grains in India depends on either or both of
Area of Cultivation of Total Food Grains Yield per Hectare of Total
Food Grains
7. Production of Groundnut in India depends on either or both of Area
of Cultivation of Groundnut Yield per Hectare of Groundnut
8. Production of Rapeseed & Mustard in India depends on either or both
of Area of Cultivation of Rapeseed & Mustard Yield per Hectare of
Rapeseed & Mustard
9. Production of Soya bean in India depends on either or both of Area of
Cultivation of Soya bean Yield per Hectare of Soya bean
10. Production of Total Oilseeds in India depends on either or both of
Area of Cultivation of Total Oilseeds Yield per Hectare of Total
Oilseeds
11. Production of Coffee in India depends on either or both of Area of
Cultivation of Coffee Yield per Hectare of Coffee
12. Production of Sugarcane in India depends on either or both of Area of
Cultivation of Sugarcane Yield per Hectare of Sugarcane
Page | 397
13. Production of Tea in India depends on either or both of Area of
Cultivation of Tea Yield per Hectare of Tea
14. Production of Tobacco in India depends on either or both of Area of
Cultivation of Tobacco Yield per Hectare of Tobacco
15. Production of Cotton in India depends on either or both of Area of
Cultivation of Cotton Yield per Hectare of Cotton
16. Production of Raw Jute & Mesta in India depends on either or both of
Area of Cultivation of Raw Jute & Mesta Yield per Hectare of Raw
Jute & Mesta
17. Regression with dependent variable Production of Rice and
independent variables Area of Cultivation of Rice and Yield per
Hectare of Rice as whole is highly significant
18. Regression with dependent variable Production of Wheat and
independent variables Area of Cultivation of Wheat and Yield per
Hectare of Wheat as whole is highly significant
19. Regression with dependent variable Production of Coarse Cereals and
independent variables Area of Cultivation of Coarse Cereals and
Yield per Hectare of Coarse Cereals as whole is highly significant
20. Regression with dependent variable Production of Total Cereals and
independent variables Area of Cultivation of Total Cereals and Yield
per Hectare of Total Cereals as whole is highly significant
21. Regression with dependent variable Production of Pulses and
independent variables Area of Cultivation of Pulses and Yield per
Hectare of Pulses as whole is highly significant
22. Regression with dependent variable Production of Total Food Grains
and independent variables Area of Cultivation of Total Food Grains
and Yield per Hectare of Total Food Grains as whole is highly
significant
Page | 398
23. Regression with dependent variable Production of Groundnut and
independent variables Area of Cultivation of Groundnut and Yield
per Hectare of Groundnut as whole is highly significant
24. Regression with dependent variable Production of Rapeseed &
Mustard and independent variables Area of Cultivation of Rapeseed
& Mustard and Yield per Hectare of Rapeseed & Mustard as whole is
highly significant
25. Regression with dependent variable Production of Soya bean and
independent variables Area of Cultivation of Soya bean and Yield per
Hectare of Soya bean as whole is highly significant
26. Regression with dependent variable Production of Total Oilseeds and
independent variables Area of Cultivation of Total Oilseeds and Yield
per Hectare of as whole is highly significant
27. Regression with dependent variable Production of Coffee and
independent variables Area of Cultivation of Coffee and Yield per
Hectare of Coffee as whole is highly significant
28. Regression with dependent variable Production of Sugarcane and
independent variables Area of Cultivation of Sugarcane and Yield per
Hectare of Sugarcane as whole is highly significant
29. Regression with dependent variable Production of Tea and
independent variables Area of Cultivation of Tea and Yield per
Hectare of Tea as whole is highly significant
30. Regression with dependent variable Production of Tobacco and
independent variables Area of Cultivation of Tobacco and Yield per
Hectare of Tobacco as whole is highly significant
31. Regression with dependent variable Production of Cotton and
independent variables Area of Cultivation of Cotton and Yield per
Hectare of Cotton as whole is highly significant
Page | 399
32. Regression with dependent variable Production of Raw Jute & Mesta
and independent variables Area of Cultivation of Raw Jute & Mesta
and Yield per Hectare of Raw Jute & Mesta as whole is highly
significant
7.2.2 Conclusion for Agriculture Production in India
Conclusion from agriculture production in India for both Pre-WTO to
Post-WTO era may be drawn as follows:
1. For Production of Rice (in thousand tonnes) in Whole India from
Pre-WTO to Post-WTO mean has been increased by 24200.24,
which is desirable; standard deviation has been decreased by
1900.729, which is desirable; and mean growth rate has been
decreased by 1.28607, which is undesirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and
decrease in mean growth rate is a strongly undesirable condition
for the economy.
2. For Production of Wheat (in thousand tonnes) in Whole India
from Pre-WTO to Post-WTO mean has been increased by
25744.79, which is desirable; standard deviation has been
increased by 627.725, which is undesirable; and mean growth rate
has been decreased by 1.99129, which is undesirable for the
economy. Further from Pre-WTO to Post-WTO increase in mean
and decrease in mean growth rate is a strongly undesirable
condition for the economy.
3. For Production of Coarse Cereals (in thousand tonnes) in Whole
India from Pre-WTO to Post-WTO mean has been increased by
4397.172, which is desirable; standard deviation has been
increased by 1586.547, which is undesirable; and mean growth rate
has been increased by 1.6345, which is desirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and
Page | 400
increase in mean growth rate is a strongly desirable condition for
the economy.
4. For Production of Pulses (in thousand tonnes) in Whole India
from Pre-WTO to Post-WTO mean has been increased by
1733.176, which is desirable; standard deviation has been
increased by 946.3106, which is undesirable; and mean growth rate
has been increased by 0.79218, which is desirable for the economy.
Further from Pre-WTO to Post-WTO increase in mean and
increase in mean growth rate is a strongly desirable condition for
the economy.
5. For Production of Food Grains (in thousand tonnes) in Whole
India from Pre-WTO to Post-WTO mean has been increased by
56075.33, which is desirable; standard deviation has been
increased by 2648.825, which is undesirable; and mean growth rate
has been decreased by 0.63498, which is undesirable for the
economy. Further from Pre-WTO to Post-WTO increase in mean
and decrease in mean growth rate is a strongly undesirable
condition for the economy.
6. For Production of Oilseeds (in thousand tonnes) in Whole India
from Pre-WTO to Post-WTO mean has been increased by
9585.057, which is desirable; standard deviation has been
increased by 312.5849, which is undesirable; and mean growth
rate has been decreased by 3.09463, which is undesirable for the
economy. Further from Pre-WTO to Post-WTO increase in mean
and decrease in mean growth rate is a strongly undesirable
condition for the economy.
7. For Production of Cotton (in thousand tonnes) in Whole India
from Pre-WTO to Post-WTO mean has been increased by 9770.35,
which is desirable; standard deviation has been increased by
6921.243, which is undesirable; and mean growth rate has been
increased by 2.32892, which is desirable for the economy. Further
Page | 401
from Pre-WTO to Post-WTO increase in mean and increase in
mean growth rate is a strongly desirable condition for the economy.
8. For Production of Sugarcane (in thousand tonnes) in Whole India
from Pre-WTO to Post-WTO mean has been increased by
93173.95, which is desirable; standard deviation has been
increased by 1431.712, which is undesirable; and mean growth rate
has been decreased by 2.88296, which is undesirable for the
economy. Further from Pre-WTO to Post-WTO increase in mean
and decrease in mean growth rate is a strongly undesirable
condition for the economy.
9. For Production of Raw Jute & Mesta (in thousand tonnes) in
Whole India from Pre-WTO to Post-WTO mean has been
increased by 2246.973, which is desirable; standard deviation has
been decreased by 671.5434, which is desirable; and mean growth
rate has been decreased by 0.93374, which is undesirable for the
economy. Further from Pre-WTO to Post-WTO increase in mean
and decrease in mean growth rate is a strongly undesirable
condition for the economy.
Page | 402
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5. FIEO (www.fieo.org)
6. RBI (www.rbi.org.in)
7. MEH (meaindia.nic.in)
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8. WTO (www.wto.org)
9. CENTAD (www.centad.org)
10. WCOOMD (www.wcoomd.org)
11. WORLD BANK (www.worldbank.org)
12. FTWPL (www.ftwpl.com)
Others
1. J. Stiglitz, Globalization and Its Discontents (Penguin, 2002), 9.
2. T. Friedman, The Lexus and the Olive Tree: Understanding
Globalization, 2nd edition (First Anchor Books, 2000), 9.
3. D. Rodrik, Has Globalization Gone Too Far? (Institute for
International Economics, 1997), 85.
4. Supachai Panitchpakdi, „The Doha Development Agenda: What‟s at
Stake for Business in the Developing World?‟, International Trade
Forum, August 2003.
5. B. Jordan, „Yes to Globalization, But Protect the Poor‟,
International Herald Tribune, 21 December 2000
6. Kofi Annan addressing in Davos, Switzerland, on 28 January 2001
to the World Economic Forum,
www.unis.unvienna.org/unis/pressrels/2001/sg2772.html, visited on
13 August 2003.
7. D. Rodrik, Has Globalization Gone Too Far? (Institute for
International Economics, 1997), 2.
8. P. Sutherland, „Beyond the Market, a Different Kind of Equity‟,
International Herald Tribune, 20 February 1997.
9. A. Smith, An Inquiry into the Nature and Causes of the Wealth of
Nations (1776), edited by E. Cannan (University of Chicago
Press, 1976), Vol. 1, 478–9