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7/27/2019 Agriculture and Sustainable Dev
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YOJANA January 2011 1
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Janar 2011 Vo 55
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YOJANA January 2011 1
C O N T E N T S
CHALLENGES OF A RURAL URBAN CONTINUUM ................5
Yoginder K Alagh
HARNESSING THE DEMOGRAPHIC DIVIDEND
FOR AGRICULTURAL REJUVENATION ..................... ..............12
M S SwaminathanCLIMATE CHANGE AND INDIAN AGRICULTURE ................16
K V Thomas
STRENGTHENING SMALL FARM SECTOR.............................18
V S Vyas
THREE IDEAS TO GET AGRICULTURE GOING ....................22
Ashok Gulati, Kavery Ganguly
FINANCING AGRICULTURE : SOME ISSUES ...................... ..26
K G Karmakar
REVITALIzING AGRICULTURE
THROUGH IMPROVED TECHNOLOGY ..................... ..............31
S Ayyappan, Ramesh Chand
RAINFED AGRICULTURE CONCERNS,
OPPORTUNITIES AND STRATEGIES ..................... ..................37
B Venkateswarlu, CA Rama Rao
DO YOu KNOw? Genetically Modied Foods.........................41
MAJOR ISSUES IN AGRIBUSINESS :
A SMALLHOLDER PERSPECTIVE ............................................44
Sukhpal Singh
HORTICULTURE IN INDIA:
STATUS AND PROSPECTS ..................... ........................ .............49Bijay Kumar
J&K wINDOw ...........................................................................53
VALUE CHAIN SYSTEM IN
AGRICULTURAL FINANCING ...................... ........................ .....54
B B Sahoo
PULSES : INCREASING AVAILABILITY ...................... .............58
Prasoon Verma
NORTH EAST DIARY ...............................................................61
CONTRACT FARMING IN INDIA...............................................62
Shailendra Bhushan Sharma
SHODH YATRA
BAMBOO PROCESSING MACHINE ..........................................66ORGANIC FARMING : PROBLEMS AND PROSPECTS ..........68
Kuldeep Sharma, Sudhir Pradhan
BEST PRACTICES
AUGMENTING FARM INCOME ....................... ........................ ..71
Sandip Das
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F
or the past decade as Indian industry went places, recording a hearty rate
of growth, the story of Indian agriculture remained an also ran. Successive
governments have put in plenty of effort but the results were still weak. Thisis surprising as in the same period except for 2008, the monsoon went through one of
the longest periods of regular annual rainfall pattern. Despite this favourable initial
condition, the rate of growth of the agriculture sector has been low.The one spoilsport
in the agriculture story was of course the stagnant rate of public investment. The state,
hamstrung by vastly competitive demands on its resources, initially and also by the
realisation that public investments in irrigation and others were not yielding quick
results, moved the money elsewhere.
But now, in the aftermath of the global meltdown, the consensus of informed opinion has switched to the
view that consumption demand from rural India has been the great stabilier for industry. The impetus for thatrural consumption demand has to come from rising productivity in agriculture. In turn rising productivity can
only come if adequate investment is made at all stages of agricultural operation. Not surprisingly the push for
these improvements has come from one of the longest spells of rise in prices of food productsthe persisting
ination in food that has just begun to soften. So we have a fortuitous combination of circumstances that, if
harvested, can create huge value upgradation for the Indian agriculture sector and in turn for the entire economy.
The components of these improvements are well known like seed technology, better management of post harvest
operations like preservation of produce in warehouses and of agricultural marketing.
So even though it may seem oft repeated, the time for an agricultural revolution is here. Probably the most
important element of that will be the plans for a second green revolution. The government has already indicated
that it is very keen to start it off in the dryland areas of the south and in the rich but weakly tapped soils of the
eastern Indian states. A debate is already raging in the country, if such a rise in productivity will also necessarily
entail a movement towards genetically modied crops . The need of adequate grains to feed a vastly rising
population is immediate and so the decision has to be made carefully, as the government has indicated. The
associated issues are of infrastructure to run the crops from the farm gates to the market. Most of the states
have a poorly developed set of roads and even less carriers to undertake the task. In this context the need for
refrigerated trucks and cold storage chains across the country is an immense investment possibility as well as
the need of the hour. The government has to also make changes in the law to allow for the trading of warehouse
receipts and that of the agricultural produce marketing act that makes transport of most agricultural produce
across state boundaries, a crime. The list is large, the need is to start moving right now.q
YOJANA January 2011 3
Abot the Isse
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YOJANA January 2011 5
H I S A R T I C L E
discusses demand for
Indian agriculture and
the spread of markets.
Indian agriculture
should be seen as a rural urban
continuum and opportunities
perceived accordingly. Urbaniation
and structural change in the labor
force is taking place at a faster
pace than usually argued. This has
also been borne out recently by the
Labour Bureau
Demand
The underlying long term trends
are in terms of growth of agricultural
demand and diversication of the
demand basket with non foodgrains
growing faster than grains andnon crop based agriculture like
animal husbandry growing even
faster. Within crops, demand for
tree crops grows faster. These
trends are driven by the growth
of the economy, urbaniation,
income distribution and of course
population growth. It is to these
factors that we now turn.
The major factors inuencing
the level of demand of a good are:
(1) population: its sie, distribution
by age, rural/urban mix, etc.
(2) income and its distribution,
(3) prices and availability of other
commodities and services
(4) tastes and preferences.
These factors are sometimes
called determinants of demand
(See Tomek and Robinson, 1972,
p.14).
Population
UN projections given by the
UNU/IAS have been used here.(Table 1). FAO in their latest
food demand projections for
India in 2008, which estimate
that a population of 1.0 billion in
2000 will go up to 1.2 billion in
2015 (FAO, 2003,2008; also see
N.Alexandratos, 1995).
Challenges of a Rural Urban Continuum
AgRiCulTuRE
Yoginder K Alagh
ANAlySiS
T
A moreproductive
mindset would beto orient policyto concentric
circles of
prosperity arounddiversifyingagricultural
bases and growthcentres
The author is Chairman, Institute of Rural Management, Anand; Chancellor, Nagaland University and Vice-Chairman,
Sardar Patel Institute of Economics & Social Research. He was Former Minister for Power, Planning and Science and
Technology, GOI
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6 YOJANA January 2011
Table 1 uN Poplation
Projections
Year Poplation
(million)
(1) (2)
2000 1012.66
2005 1087.462010 1152.16
2015 1211.67
2020 1271.17
Source: Mukherji, et.al, 2001;also see
(FAO, 2003,2008 and N.Alexandratos,
1995)
The Eleventh Plans population
numbers are close to these trends.
The Plan does not have a separate
population projection exercise but
in one of its sections the numbers
given are 1208 million for 2011-12
and 1283 million for 2016-17.
Demand Behaviour
Table 2 gives estimates for
the urban rich and rural poor in
the seventies in India and some
estimates of income (expenditure)
elasticities from Complete Demand
Systems for the Nineties.
Income Growth
India will grow between 6 to
8% annually and will become
the third or fth largest economyof the world in this period. The
investment rate and productivity
growth will be the drivers. For
example around a third of Indias
GDP growth in 97/03 is technology
driven. Trade will also matter and
Table 2Income Elasticities in India for Agro Prodcts Strctre and Changes
Sl No Commodity Engel Crve
Specication1
Estimate for Seventies EstimateforNineties2
0 1 2 3 4
a. urban
non poor
b. Rral
poor
a. urban non
poor
b. Rral
poor
1 Paddy 0.18 0.18
2 Wheat 3b.Semi Log 0.15 1.82
3 Jowar _0.97 0.51
4 Bajra 3b.Semi Log _1.26 0.92
5 Other cereals _0.14 0.01 0.14 0.463
6 Pulses 3a. Semi Log 3bLinear 1.48 0.06 0.33 1.40
7 Vegetables 3b. Linear 0.79 0.058 Fruits 1.62 1.21 0.88 1.044
9 Spices 0.40 0.79
10 Milk and Products 3a. Linear 0.10 3.06 0.97 2.36
11 Meat and eggs 3a. Linear 0.02 1.55 0.69 1.39
12 Sugar 0.79 2.07 0.73 1.47
13 Gur 3a. Semi Log 0.17 1.80
14 Vanaspati 1.03 neg
15 Edible oil 0.70 1.33 0.64 1.13
16 Tea 3a. Linear 0.03 1.3717 Coffee 1.55 1.74
Note: 1.Unlessotherwisespeciedtheestimatesareelasticitiesfromdouble-logfunctions.Inothercasestheestimates
areslopecoefcientsofthespeciedfunctions.
2. TheestimatesarefromCompleteDemandSystems.TheRuralPoorarethecategorymoderatelypoorand
theUrbanNon-Poor,similarlysointhenon-poor.
3. referstoallcereals
4. referstofruitsandvegetables
Source: MunishAlagh,2006,p.59(FortheSeventiestheestimatesarederivedfromNSSmonthlyhouseholdconsumption
datafromthe28thround1973/74.SeeGovernmentofIndia,PPD,PlanningCommission,1979.FortheNineties,
theestimatesarefromC.Ravi2001).
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YOJANA January 2011 7
Indias trade will become around
4% of world trade.
The Drivers will be Investment,
Technology and Productivity:
K n o w l e d g e , T r a d e a n dCompetition
Productivity growth analysis
scenarios indicate that in order
to sustain a high growth of the
economy of the order of 8 to 9
per cent as given in the so called
Scenario C, the TFP has to grow
by 5 per cent or more. Trade and
Competition will give the edge.
Some estimates suggest that trade
shares of around 4% of world
trade will be needed. Frugality
needs investment rates going up.
These economic preconditions will
have to be fullled if the positive
projections are to be achieved. (See
D.Nachane, 2006))
Demand
The estimate is prepared using
the best tting Engel curves given
in Table 2. above. This is done
separately for rural and urban areas.
Given the population projections
and these behavioural estimates
the requirements for human
consumption is worked out. To
that, seed feed and wastage gures
are added and total demand is
worked out. The Projections are as
presented in Table 4.
Growth of cereal demand
between 2020 and 2030 is 13%
over the decade. On the other
hand growth of demand of fruits
and vegetables, eggs, chicken and
milk is much higher. The decadal
growth figures for potatoes is
twenty four percent, thirty percent
for vegetables, forty percent for
milk, two hundred percent for eggsand two hundred and fty percent
for chicken. Demand for beef,
mutton and pork also goes up but
given religious reasons the absolute
gures are low. The low growth of
cereal demand is compensated by
very high demand growth of non
cereal based and non crop based
agricultural goods.
Rral urban Perspectives
A big artefact which is not
wholly correct is that urbanisation
in India is low and not growing
fast. It must, however, be noted that
the urbaniation pattern in India is
decentralied. While very small
urban settlements are not growing,
the share of smaller Class1 townsis high. (100.000+). P. Krugman,
getting the Nobel prie for work
on international trade has also
worked on regional growth patterns
and urbaniation. He explains
urbaniation as the outcome of
both centrifugal and centripetal
forces. While the urban growth
rate in the 1980s went down from
3.8 per cent to 3.12 per cent, that
Table 3
Groth of Otpt, Factors of Prodction and TFP in India: 1970-2000
(Percentage)
Period GDP Capital Labor TFP
1970-80 2.60 3.59 1.98 0.49
1980-90 5.67 4.41 1.13 4.21
1990-00 5.73 5.97 1.82 3.68
2000-10 7.54 4.97 2.69 4.62
2010-20 9.24 4.04 3.49 5.69
Source:Y.K.Alagh,UNU,2000andY.K.Alagh,2006a.
Table 4 Demand Projections (in Million Tonnes)
Food grop 1999-2001 2015 2030
Cereals 159 199 225
(13.1%)
Potatoes etc 25 37 46
(24.3%)
Fruits & Vegetables 108 160 208
(30.0%)
Vegetable oil 11 18 23Sugar 29 40 47
Eggs 2 3 6
(200%)
Chicken 1 4 10
(250%)
Milk 66 104 146
(40.4%)
Beef, mutton & pork 4 5 7
Figuresinbracketsare2030/2020X100
Source: F.A.O., 2008
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8 YOJANA January 2011
of Class I towns went up from 6.39
per cent to 8.39 per cent in India.
In our futures study we postulated
that these trends will continue (Y.K.
Alagh, UNU, 2000, 2006). In other
words, the fast growth of Class I
towns since the 1980s-the period
when the Indian economy grew at
a rapid rate will continue.
There is no reason to believe that
the elasticity of urban settlements
with a minimum sie (1,00,000 +)
w.r.t. per capita income will decline.
Krugman denotes this elasticity
as b. In fact, it will determine the
growth of such towns in the future,
but the population share of smallertowns will shrink. This feature has
been modelled (Alagh, et al., UNU,
2000).
This model uses the following
assumptions;
i. growth of Class 1 cities will
be as in the eighties of the last
century
ii. the increase in the share ofthe Class 1 cities of the urban
population will be as in the
eighties
The first assumption will
increase projected urban growth
and the second will dampen
it. Small towns will not grow
and areas around large cities
will merge with them. It may
be noted that the data from the
nineties cannot be used since it
underestimates these trends as we
will see below. Areas in million
plus cities will grow in clusters
of habitations growing to one
lakh and above. This model can
be stated as follows;
1. U1t
= A(Yt)b
2. Upt = U1t / K+U10
U1= Population in Class 1 towns
Up= Urban Population
Y = Per capita income in constant
prices
U1=Share of Population in Class1
towns in urban population
K= the constant U1t U10
And
b= elas ticity of Class1 towns
population growth w.r.t Y.
Urban Population will now be
forecast from:
Upt
= A(Yt)b /K + U
10
Assume a growth of 6.6% annual
in per capita income then the rateof growth of Class 1 cities will be
4% for the period 1991 to 2020,
since b is 0.6. The share of urban
population will be 42% in 2020 as
compared to the ofcial gure of
32% ( See GOI, Technical Group,
2006).
Urban population growth in this
model varies positively with thegrowth in per capita income and
negatively with the share variable.
My friend, the late P.Visaria, who
was an urban pessimist, noted that
migration to big cities is hampered
by workers living in smaller
communities, who commute for
work. We had argued in our Futures
study that his model is consistent
with the pattern of urbaniationwith clusters of settlements coming
up around large conglomerations.
With the growth of per capita
income being around 4 per cent
annually and b as estimated in the
1980s, urban population in 2020
can be projected to be around 530
million. Our main purpose here is
to argue that policy should not be
concentrated only on rural non-
farm output and employment. In
fact, in a dynamic economy of the
Indian type, the distinction between
the village and the small urban
settlement can be very counter-
productive and lead to all kinds ofprotectionist distortions. A more
productive mindset would be to
orient policy to concentric circles
of prosperity around diversifying
agricultural bases and growth
centres. The numerical framework
suggested above shows that such
possibil it ies are very real and
substantial in India.
Transportation, land use,
marketing infrastructure and
technology dispersal policies can all
be oriented towards the fulllment
of this objective. In fact, it will be
more sustainable. Slum populations
are 25 to 40 per cent lower in
smaller Class 1 towns as compared
to million plus cities. The details of
these policies are contained in theUNU Sustainable Development
Study for 2020 (Y.K.Alagh, 2000,
2006)
More recently UN studies have
established through international
comparisons the point we have
made in earlier Indian studies
reported above to the effect that
India is urbanied more than whatit says and its non farm employment
growth is globally comparable.
The FAO bring this out in a global
comparison and analysis. FAO
and World Bank distinguish three
categories of countries: agriculture-
based, transforming and urbanied.
India is found in the transforming
country category, with a clear
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YOJANA January 2011 9
historical trajectory of moving from
being agricultural-based (FAO,
2008, p.4)
The FAO note that according
to popular statistics India is less
urbanied, but they point out
that:
On the other hand, what
constitutes rural is in fact
somewhat subjective and what is
considered urban or rural varies
considerably among countries.
The Brazilian denition, which is
currently a political controversy,
is partly based on administrative
divisions, and shows a ruralpopulation of 19 percent. The
OECD on the other hand, uses
a simple measure of population
density of over 150 people per
square kilometre, which, for Brail
would give a gure of 25 percent.
If we apply this to India, where
only a small proportion people
live in areas below this density, it
would give a rural population of
only nine percentquite a contrast
to the normal Indian view of
being 70 percent rural. Although
as we have seen, Brail is much
more urbanised, 20 percent of
the population lives in areas with
fewer than 50 inhabitants persquare kilometre; in India less
than one percent do. (FAO, 2008,
p.5)
The FAO go on to add:
This is particularly important,
discussed in more detail below,
when we look at the village-level
economies. If we measure how
isolated the rural population is interms of market access, using a
denition of more than ve hours
of travel time to reach a market
town of more than 5,000 people,
only ve percent of South Asians
live in remote areas whereas
more than 30 percent of Africans
are in this situation. Similar
mcharacteristics hold true for the
percent of the population living in
higher potential agricultural areas,.
(FAO, 2008,p.4)
Our argument therefore is
that urbaniation is proceeding
much faster than earlier estimates
of scholars like A.Kundu, who
worked with the low urbaniationgrowth rates of the Census
1991/2001 period. For example
for Gujarat, Yoginder.K.Alagh
and P.H.Thakkar worked out that
a number of habitations which
met the Census 2001 criteria of
urbanization were still classied
as villages. According to the
Population Census-2001, Census
Towns are non-statutory towns and
are actually rural areas, but satisfy
the following criteria:
(A) Minimum population of
5,000
(B) Density of population of at
least 400 persons per sq. km.
(C) 75 per cent of the male working
population engaged in non-agricultural activity.
It was found that in the decade
1991-2001, in Gujarat, rural non
agriculture main workers increased
more than urban non-agriculture
main workers. As per the 2001
Population Census, there were 122
big villages in Gujarat, each of them
satisfying the three Census criteriaof non statutory towns. These
villages had a total population of
11.21 lakhs. If this is taken as a
correction factor, then the revised
estimate of degree of urbaniation
of Gujarat for the period 1991-2001
will be nearly 39.57 per cent (earlier
estimate being 37.36 per cent and
the correction factor being 2.21
per cent).
The following picture illustrates this
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10 YOJANA January 2011
The level of urbaniation in
Gujarat has therefore not increased
by 2.87 % points, but 5.06% points,
which is close to double the earlier
estimated change and makes a big
difference in policy and forecasting
work.
Increasingly in global work and
expert studies higher estimates of
urbaniation are being projected
as compared t o t he u rban
pessimist projections. Thus theInternational Water Management
Institutes Strategic Analysis of the
National River Linking Project
has a demographic projection
by A.Mahmood and A. Kundu
(Amarasinghe, Shah and Malik,
2008, Paper,6).However they
examine sensitivities to higher
urbaniation rates in the three
volume study on water futuresas compared to official figures.
According to them
According to others, this is even
a conservative estimate of population
growth in India (Y.K.Alagh cited by
Amarasinghe and Sharma,2008)
(U.Amarasinghe, T.Shah and
P.S.Malik,. ed., 2008,p.12) The
IWMI studies quote a higher gure
of urbaniation of 45% by 2025
as compared to a lower gure of
37% for that year (S.Verma and
S.Phansalkar,2008, in Amarasinghe,
Shah and Malik,2008,ed.,p.29 and
also discuss the 21st century as an
urban century, p.40).
The United Nations has also
recently reproduced the Alagh
version of the Krugman model of
urbaniation as estimated for India.
(See United Nations., 2008). Toconclude therefore for this study
we project that the rural population
share will go down to 58% in 2020
and 55% in 2025. This compares
with the ofcial projection of 68%
in 2020 and 64% in 2025(GOI,
2006, Table 10, p.56).
Rural Population in 2020 will
therefore be 738 million out of the
total population of 1273 million
projected above. The Eleventh
Plan has projected the rural labor
force as 45.7% by 2016/17, the
last year for which they have given
projections (GOI, 2008, Vol.1, p.75,
Table 14A). An earlier projection
by G.S.Bhalla and P.Haell (Bhalla
and Haell,2003, p.3478) using
age specific participation rates
separately for rural areas was
46.9%. We assume a participation
rate of 46% and get a gure of 340
million as the labor force. This is
much lower than the gure of 404
million estimated by Bhalla and
Haell on account of a much lower
estimate of urbaniation.
We have separately developed a
small model to provide a framework
for such discussions (Y.K.Alagh,
2010, forthcoming). Its main
contours are as follows;
A benign process will be in the
following larger frame work :
India 2020Total Population
(million) 1273
Rural Population
(million) 738
Labour participation
rate % 46
Labour Force (million) 340
GDP growth (% annual) 8.5
GDP agricultural growth(% annual) 4%
Employment
elasticity w.r..t.. -0.3%
Agricultural growth (Low)
Employment elasticity w.r.t.
Agricultural growth
(High) -0.1%
Land augmentation through
Increase in croppingintensity (High) 0.5%
Increase in cropping
intensity 0.0 to 0.2%
In a benign framework of
development, agriculture will grow
at 4% annual, technological change
and diversication will be high so
the shift away from agricultural on
this account will be 20% over the
Table 5
Level and Groth of urbaniation in Gjarat
Year
Nmber of
Tons
Poplation (in Million)
urbaniation
(in %)Entire State urban Areas
1 2 3 4 5
1961 181 20.63 5.32 25.771971 216 26.70 7.50 28.08
1981 255 34.09 10.60 31.10
1991 264 41.30 14.25 34.49
2001 242 50.67 18.93 37.36
2001 Revd 364 39.46 30.14 39.57
Source:Yoginder.K.AlaghandP.H.Thakkar,2006a.
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YOJANA January 2011 11
decade 2010-2020. (Elasticity of -0.3%). This will
mean a corresponding increase in real wages of the
agricultural labour force.
If the shift does not take place on account of
poor agricultural productivity increase, with an
employment elasticity of minus 0.1, and a growth
rate of these per cent annual, the shift will be 4%and an insignificant increase in real wages of
the agricultural sector. The need for programme
like NREGA will be intense with the present
trends of wages of the labour force worsening.
This will be a very cruel process of economic
transformation.
The only other factor which will affect outcomes
in this logical framework is the augmentation of
the land base of Indian agriculture. This aspect isdiscussed in the context of the Land and Water
questions. If land augmentation emerges again
with success of the interrelated issues of land and
water management, cropping intensity rises by
0.5% annual and in the decade 2010 /2020, real
wages would rise by 7% additional or 27% in the
total and rural-urban inequality would go down.
There are apart from the two big question marks
about non renewable resources, particularly land
and water
Conclsion
We must believe and work for the fact that in
the next decade, Indian agriculture will meet the
requirements of food security and rapidly diversify
itself. It will function in a rural urban continuum,
with rapid developments of markets and shifting
of working populations from villages to linked
small towns and also from crop production to
value added activities. Employment growth will
be high in these activities, chasing a high rate
of economic growth. All this will happen if the
institutional structure gives the appropriate signals
in term of technology and organiational support
and the necessary economic support in terms of
pricing and infrastructure support. Otherwise there
will be rising food prices chasing few goods and
immiserisation. q
(E-mail:[email protected]) YE-1/11/8
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URING HIS recent
visit, President Barak
Obama pointed out
that India is fortunate
to have a youthful
population with over half of the
total population of 1.2 billion being
under the age of 30. Out of the 600
million young persons, over 60%
live in villages. Most of them are
educated. Gandhiji considered
the migration of educated youth
from villages to towns and cities
as the most serious form of brain
drain affecting adversely rural
Indias development. He therefore
stressed that we should take steps
to end the divorce between intellect
and labour in rural professions.
The National Commission
on Farmers stressed the need for
attracting and retaining educated
youth in farming. The National
Policy for Farmers placed in
Parliament in November 2007,
includes the following goal to
introduce measures which can help
Harnessing the Demographic Dividend for
Agricultural Rejuvenation
AgRiCulTuRE
M S Swaminathan
OPiNiON
If educated youthchoose to live in
villages and launchthe new agriculture
movement basedon the integrated
application of
science andsocial wisdom,our untappeddemographicdividend will
become our greateststrength
to attract and retain youth in farming
and processing of farm products for
higher value addition, by making
farming intellectually stimulating
and economically rewarding.
At present, we are deriving very
little demographic dividend in
agriculture. On the other hand,
the pressure of population on land
is increasing and the average sie
of a farm holding is going down
to below 1 hectare. Farmers are
getting indebted and the temptation
to sell prime farm land for non-farm
purposes is growing, in view of
the steep rise in the price of land.
Over 45% of farmers interviewed
by the National Sample Survey
Organisation want to quit farming.
Under these conditions, how are wegoing to persuade educated youth,
including farm graduates, to stay in
villages and take to agriculture as a
profession? How can youth earn a
decent living in villages and help to
shape the future of our agriculture?
This will require a three-pronged
strategy.
D
The author is Member of Parliament (Rajya Sabha) and Chairman, M S Swaminathan Research Foundation
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l Improve the productivity
and profitability of small
holdings through appropriate
technologies and market
linkages
l Enlarge the scope for the
growth of agro-processing,agro-industries and agri-
business
l Promote opportunities for
the services sector to expand
in a manner that will trigger
t h e t e c h n o l o g i c a l a n d
economic upgradation of farm
operations.
Opportunities in the services
sector in rural India are crying
for attention. Hence, I shall
concentrate on giving a glimpse
of the untapped opportunities
awaiting our educated youth to
take to a career of remunerative
self-employment in villages. The
National Commission on Farmers
had recommended a reorientation
in the pedagogic methodologies
adopted in our Farm Universities,
in order to make every scholar an
entreprener. For example, the
course in Seed Technology should
be so restructured that it becomes,
Seed Technology and Business.
This will make it unnecessary for
the scholar to go to a Business
School after earning an agricultural
degree.
Some years ago, the Government
of India launched a programme for
enabling farm graduates to start agri-
clinics and agri-business centres.
This programme administrated by
NABARD, and MANAGE located
in Hyderabad is yet to attract the
interest of educated youth to the
degree originally expected. It is
hence time that the programme is
restructured based on the lessons
learnt. Ideally a group of 4 to 5 farm
graduates, who have specialied in
agriculture, animal husbandry,
sheries, agri-business and home
science could jointly launch an
agri-clinic cum agri-business centre
in every block in the country. Agri-
clinics will provide the services
needed during the production
phase of farming, while the agri-
business centre will cater to the
needs of farm families during the
post-harvest phase of agriculture.
Thus, farm women and men can be
assisted during the entire cropping
cycle, starting with sowing andextending upto value addition and
marketing. The multi-disciplinary
expertise available within the group
of young entrepreneurs will help
them to serve farm families in a
holistic manner. The Home Science
graduate can pay particular attention
to nutrition and food safety and
processing and help a group of farm
women to start a Food ProcessingPark. The group should also assist
farm families to achieve economy
and power of scale both during the
production and post-harvest phases
of farming.
Opportunities for such young
entrepreneurs for ini t ia t ing
programmes in the elds of soil
health enhancement, plant andanimal health care, seed technology
and hybrid seed production, are
several. Climate resilient agriculture
is another area needing attention.
In dry farming areas, methods of
rainwater harvesting and storage
and watershed management as well
as the improvement of soil physics,
chemistry and microbiology, need
to be spread widely. The cultivation
of Fertilier Trees which can enrich
soil fertility and help to improve
soil carbon sequestration and
storage, can be promoted under
the Green India Mission as well
as the Mahatma Gandhi National
Rural Employment Guarantee
programme. A few fertilier trees,
a Jal Knd (water harvesting pond)
and a Biogas plant in every farm
will help to improve enormously
the productivity and protability of
dryland farming. In addition, they
will contribute to climate change
mitigation.
The Yva Kisans or young
farmers can also help womensself-help groups to manufacture
and sell the biological software
essential for sustainable agriculture.
These will include biofertiliers,
biopesticides and vermiculture.
The Fisheries graduate can promote
both inland and marine aquaculture,
using low external input sustainable
aquaculture (LEISA) techniques.
Feed and seed are the important
requirements for successful
aquaculture and trained youth can
promote their production at the
local level. They can train rural
families in induced breeding of sh
and spread quality and food safety
literacy.
Similar opportunities exist in
the fields of animal husbandry.Improved technologies of small
scale poultry and dairy farming can
be introduced. Codexalimentarius
standards of food safety can
be popular ied in the ca se of
per ishabl e commodit ies . For
this purpose, the young farmers
should establish GyanChaupals
or Village Knowledge Centres.
Such Centres will be based on
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the integrated use of the internet,
FM Radio and mobile telephony.
For example, artisanal shermen
going out into the sea in small
boats can now be empowered with
information on wave heights at
different distances from the shore
line and also on the location of
sh shoals. Such techniques will
help to transform the lives of small
scale sher families.
In the services sector designed
to meet the demand driven needs
of farming families, an important
one is soil and water quality
testing. Young farmers can
organie mobile soil-cum-waterquality testing work and go from
village to village in the area of
their operation and issue Soil
Health and Water Quality Cards to
every family. Very effective and
reliable soil testing kits are now
available. This will help rural
families to utilie in an effective
manner the nutrient based subsidy
introduced by Government from
April 1 this year. Similarly young
educated youth could help rural
communities to organie gene-
seed-grain-water banks, thereby
linking conservation, cultivation,
consumption and commerce in
a mutually reinforcing manner.
It is only through the provision
of such services that we can
achieve the goal of improving
the economic well being of rural
families.
Young farmers can also operate
C l ima te R i sk Managemen t
Centres, which will help farmers
to maximie the benefits of a
good monsoon, and minimie the
adverse impact of unfavourable
weather. Educated youth can
help to introduce in rural India
the benefits of information,
space, nuclear, bio- and eco-
technologies. Ecotechnology
involves the blend of traditionalwisdom and frontier technology.
This is the pathway to sustainable
agriculture and food security, as
well as agrarian prosperity. If
educated youth choose to live
in villages and launch the new
agriculture movement, based
on the integrated application
of science and social wisdom,
our un tapped demographicdividend will become our greatest
strength. q
(E-mail:[email protected]/
NAIP HELPS FARMERS REALIzE THEIR DREAMS
Millions of oriculturists in Tamil Nadu are now increasingly looking at newer markets to export
their produce, thanks to the National Agricultural Innovation Project (NAIP)- a joint projectby Indian Council of Agriculture Research (ICAR) and World Bank. The $250-million project,
largely funded by the World Bank ($200 million) has managed to provide cost-effective innovative solutions
to farmers, especially in the areas of oriculture and health food (millet jowar and bajra) to help cater to
foreign markets.
The project, which took off in 2006, has applied for patents in 31 technologies-of which six patents
have already been granted. In three and half years, they have worked on enhancing value chain and
reducing post harvest losses. They are combining and validating present technology and have fast-tracked
upstream research works. The project will be taking technology relevant to districts or using area-specic
technology to provide innovative help to farmers.
Enhanced packaging technology for Jasmine ower growers from Tamil Nadu and usage of banana
bre for making fabrics are among the various highlights of the project. The new technology has enhanced
shelf life of owers and has successfully enabled growers in Tamil Nadu to export to Gulf, European and
American markets.
Fabrics from banana bre has created employment opportunities in Gujarat, Tamil Nadu and Andhra
Pradesh and several units are coming up in these states to make fabrics from Banana bre. Value-added
products such as multi roti grains and bajra lassi have been a huge success. The project is also working on
increasing income and nutritional supplements in tribal areas. The underutilied trees/fruits are exploilted
to add extra income to rural areas.
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YE-1/11/10
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Broadly speaking,
conservation
agriculture
with stress on
environmentally
curative and
preservative
practices needs to
be given utmost
priority at this
point of time
Climate Change and Indian Agriculture
AgRiCulTuRE
HERE IS no doubt that
the earth is warming
up. Eleven of the
hottest years in the last
half century have been
recorded after 1990. This is certain
to impact the way our agriculture
is managed. It has been reported
that wheat yield declined by 5
percent when average temperature
during March increased by 1 C in
Punjab. At the same time the rice
yield increased to the tune of 12%.
In Rajasthan 2 degree celsius rise
in temperature is projected to
reduce the production of grains
by 15%. Studies conducted by
the ICAR project a loss of 4.5
billion tonnes of overall wheat
production with each degree rise
in temperature throughout the
growing period. Evidence also
shows that most of the warming
that is bringing about such changes
in agriculture can be attributable to
human activities. As per the report
of the Intergovernmental Panel on
Climate Change (IPCC) the net
The author is Union Minister of State for Agriculture, Food & Public Distribution & Consumer Affairs.
increase in temperature is likely to
be 5.8 degrees Celsius by AD 2100.
This is likely to impact a series of
inter-related environmental systems
like global hydro-eco-systems, sea
level, crop production and related
agricultural activities.
There is a general consensus
amongst researchers that greenhouse gas (GHG) induced warming
would have major impact on agro
eco systems. The gases that cause
green house effect include carbon
dioxide, methane, nitrous oxide,
ozone, and chloro uro carbons.
The atmospheric concentration of
these gases has been increasing at
alarming rates in the recent years,
causing an increase of about0.76 degree celsius in mean air
temperature over the last 100 years
. As per the fourth assessment
report of IPCC, these changes in
temperature will have a detrimental
impact on many physical and
biological systems. This IPCC
report and a few other studies
indicate the probabilities of 10 to 40
K V Thomas
CONCERNS
T
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per cent loss in crop production in
India with increase in temperature
by the end of the century.
Agriculture, and the techniques
of cul t ivat ion employed in
a particular region also affect
the rate and outcome of climatechange. In fact, agriculture itself
is a major contributor to climate
change as it involves process
like deforestation, desertication,
higher use of fuels and fertiliers
which might contribute to increased
nitrogen concentrations in the
earths atmosphere.
Over the Indian sub-continent
the rise of temperature is likely
to range between 3.5 and 5.5
degree celsius by 2080, according
to studies. These projections show
more warming during the winter
season than during the summer
season. The distribution of surface
warming suggests a mean annual
rise in temperatures in north India
by 3 degree celsius or more by
2050. The study also suggests that
during winter the surface mean
temperature could rise by 3 degree
celsius in northern and central parts
while it would rise 2 degree celsius
by in southern parts by 2050. In
case of rainfall a marginal increase
of 7 to 10 percent in annual rainfall
is projected over the sub-continent
by the year 2080. However, thestudy suggests falling rainfall by
5 to 25 per cent in winter while it
would be 10 to 15 per cent increase
in the summer months monsoon
fall over the country. It was also
reported that the date of onset of
summer monsoon over India could
be more variable in future. The
projected changes in climate will
have both benecial and adverse
effect on the environmental and
socio economic system. The larger
changes will have the more adverse
effects.
This indicates that increase in
temperature is likely to be less in
Kharif than in the Rabi season andRabi rainfall is largely uncertain
whereas Kharif rainfall is likely
to increase by as much as 10%
favouring rice. Such global change
will affect agriculture through
its direct and indirect effect on
crop, livestock, pests, disease and
soil, thereby threatening the food
security of many countries. India
will have to intensify efforts toovercome this.
The higher temperatures in
north India will have a signicant
impact on the wheat field. The
higher temperatures will reduce the
full grain formation by inducing
early owering . A temperature
increase of 0.5 degree Celsius will
reduce wheat yields by about 10
per cent if rainfall does not increase
simultaneously. Overall a wheat
loss of 4 to 5 million tonnes for
every 1 degree rise and a loss of
wheat by 10 to 15 per cent for every
2 degree rise in temperature can be
expected.
The loss in net farm revenue
will range between 9 to 25 per
cent for a temperature rise of 2to 2.5 degree celsius. However,
increase in atmospheric carbon
dioxide is expected to have positive
physiological effects by increasing
the rate of photo synthesis. The
effects of increase in carbon dioxide
would be higher on C3 crops
like wheat because they are more
susceptible to carbon dioxide
shortages.
Mitigation and Resilience to
Climate Change
A series of measures have been
thought of for mitigating the
adverse impact of climate change
on Indian agriculture. One strategy
is to develop transgenic cropswhich are tolerant to changes
in temperature, carbon dioxide
and heat. The planting cycle,
spacing and the input management
have to now keep pace with the rapid
change in the climatic parameters.
Water needs to be conserved and
used sparingly.
A forestation has to become
an integral part of conservationagriculture and a lot more stress needs
to be put into this. For example rice
straw should compulsorily be used
to feed animals and the practice
of burning the rice straw should be
discontinued because of its adverse
impact on contributing carbon
dioxide to climate warming.
Conservative irrigation using
drip irrigation systems need to be
introduced in various agro climatic
regions of India with increase in
temperature due to climate change.
Protected agriculture using shaded
climate controlled houses are useful
for nursery production through the
reduced effect of global warming.
Rational use and conservation
of forests and land resources,
prevention of desertication etc.
would go further in reducing the
impact.
Broadly speaking, conservation
agr icu l tu re wi th s t ress on
environmentally curative and
preservative practices needs to be
given utmost priority at this point
of time. q
(E-mail:[email protected])
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Indias vast small
farm sector can be
a strong feature of
the economy rather
than a drag on it
if such institutionsand practices
can be scaled up,
and become the
rule rather than
exception
Strengthening Small Farm Sector
AgRiCulTuRE
URING LAST fewdecades major changeshave taken place inthe agrarian structurein our country. Landholding structure in
India is sl iding downwards,wi th progress ive ly grea te r concentration in the marginal and
small holding groups. Not onlyis the number of such holdingsincreasing, the area cultivated inthese groups is also expanding.For the country as a whole,small (including marginal) farmsconstitute 83.5% of total holdings,with major concentration inUttar Pradesh, Bihar and AndhraPradesh. Share of land cultivatedunder these holdings in a number
of states is one third or more ofthe total cultivated area of therespective state, only exceptionsbeing Maharashtra (31.7%),Punjab, (29.9%), and Rajasthan(22.6%).
Most small farmers are belowthe poverty line and belong to thesocially disadvantaged groups.The opportunities thrown up by
The author is a member of the Economic Advisory Council to the Prime Minister.
the opening up of the economyand a rising middle class can,as of now be availed only bythose farmers who have accessto resources. In this context,neglect of small farmers mayresult in a divide within the ruralsector. 70.5% of small farm landis devoted to cereals, with someproduct ion of seasonal frui ts ,vegetables, dairy products. Smallfarms do not generate any surplus,the difference between income andconsumption for the small farmersis Rs. 655 per month.(Data from59th round NSS, 2003)
Available Options
Although a shift to the nonagricultural sectors like industryand services seems the straightest
solution, it would not really bepossible to accommodate such ahuge number of small farmers inthese capital intensive sectors in theforeseeable future. Our objectivetherefore, should be to make thesmall farms economically viable,surplus generating, enterprises.Following are some options aimedtowards this end:
V S Vyas
PERSPECTiVE
D
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a) Enlarging farm holding b)improving productivity of theexisting crops, c) introducinghigh value crops. Theseare not mutually exclusiveoptions, and are also verymuch feasible.
Enlarging farm holdings
Even a small addition to theland of the small holders canmake a significant difference,as reected in the difference inthe poverty ratio between themarginal(i.e., those operatingless than one hectare) and thesmall farmers (those cultivatingbetween one to two hectares).
There are three ways in which theholdings of the small farmers canbe expanded: by leasing-in land,acquiring surplus land throughLand Reforms, or by purchasingland in market.
LegitimizingTenancy
A large number of marginaland small farmers lease in landto expand their meagre holdings.
Most states hold tenancy asillegal; hence these transactionsare not recorded. NSS (2003) hasrecorded 7% of the operated areaas leased in area and 11.5% of ruralhouseholds as those who leasein land. Micro studies all over thecountry have shown that 15 to 35percent land is leased in. Amongthe tenants, large majority arethe marginal and small farmers.
Only in highly commercialisedareas phenomenon of reversetenancy exists. If tenancy can bemade legal, within the provisionsof ceiling, and registered, moreland, and on better terms, can bemade available to the marginaland small farmers.
LandReforms
Redistributive land reforms
was tried in the past. The legislation
involved declaring ceiling on landholding and distributing surplusland among landless, marginaland small farmers. This was abold in it iat ive, bu t proved tobe totally awed when it cameto implementation. There were
serious leakages at all stages; lessland was declared surplus thanwhat should have been declared,(land declared surplus was only1.86% of the cultivated area); lessland was taken possession of thanthe declared surplus; less landwas allocated to the beneciariesthan was acquired; and, less landwas actually given possessionthan what was allocated. Yet, as
several micro level studies haveshown, wherever redistributiveland reform was implementedproperly it benetted those whogot land. As the Committee onState Agrarian Relations and theUnnished Tasks in Land Reformshas stated, substantial area of landcan be acquired for redistribution,even if the existing laws onceiling are properly implemented.Though it must be admitted thatin the given circumstances it isproving to be an idea whose dayshave gone
Operationoflandmarkets
Resor t ing to marke t l edoperations to enlarge holdings isnot taken seriously in our country.This needs to be revisited. Banknance to individuals to purchase
land is of course miniscule, butwhere ever the state has takeninterest, it has acquired largechunks of land for example, forestablishing SEzs. What is lessknown is the acquisition of landfor establishing homestead.
NABARD has a scheme torefinance amount advanced bybanks for land purchase, whichwas started during the quarter
January-March 2002. Hardly
any state has taken advantageof the scheme. Only Haryanashowed some interest, with lessthan 8000 persons availing ofthe scheme in the last 5 years. Inno other state even 1000 personshave availed of the scheme
during this period.The r ea sons fo r v i r t ua l
failure of the scheme includethe fact that : (i) informationis not disseminated by banks,or by the state governmentsin the State Level BankersCommittee(SLBC), (b) landrecords have not been updated,hence banks find it difficultto advance loan, (c) there is
wide gap between District LandCeiling Rates (DLC) and themarket rates. As the banks tend tofinance at the DLC rates, small/marginal farmers are not in aposition to fil l the resource gap,(d) generally,the owners do notsell irrigated land, and there islittle interest in purchasing smallfragmented pieces of dry land (e)large farmers are not interested
in selling land as the land valuesare increasing rapidly.
All these hurdles can beremoved and an active land marketcan be brought to existence withsmall farmers benefitting fromit. But it will need active supportof the state governments and thebanks.
A t l e a s t t h r e e s t a t e s ,
Karnataka, Andhra and WestBengal have acquired largeareas of land for constructionof homes for the homeless. Theprocedures evolved, especiallyin case of Karnataka, are afair blend of market forces,s ta te in i t i a t ive , and ac t ivepart icipation of panchayats. Itshould be possible to enlargethis program to get land for
marginal farmers.
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Improving prodctivity in
existing enterprises
There was a good deal ofr e sea rch i n t he 1960s and1970s on the sie productivityrelationship in agricultural sector.The overwhelming evidence
suggested that the relationship isadverse and the small farms weremore productive. The explanationgiven was that small farmersuse their own resources moreintensively resulting in higherproductivity. This conc lusionwas challenged in recent years aspurchased inputs claimed largershare in the input structure and thesmall farmers were constrained as
far as own cash resources or creditwas concerned. But more recentevidence at the all India level hassuggested that per hectare valueof output on the small farms iseven today higher than that onthe medium and large farms. Itwas Rs.14,754 on the marginalfarm and Rs. 13,001 on the smallfarms, as against Rs.12,335 asaverage for all farms. However,
because of the small area thisincome is not adequate anddisadvantages of the small sieare not compensated by higherper hectare output.
It should be rememberedthat most of the south easternand eastern countries includingChina have smaller holdingsthan ours, yet mainly because of
higher productivity farmers areable to earn much larger income.There is large scope to improveproductivity and earn higherincome from the traditional cropson the smallholdings.Yields ofthese crops (i.e. rice, wheat,millets etc.,) in our country aremuch lower than those obtained inother major producing countries.They are lower than the yields
obtained by the progressive
farmers in the same regions inthe country. The prospect for aremarkable increase in yield onall types of holdings is illustratedby the growth in area, and incomefrom two dynamic crops, i.e.,Bt cotton and maie. The main
factors determining the growth ofthese crops are: (a) sie neutral,high yie lding var ie t ies , (b)economy in input use, (c) betterquality, (d) active participationof the private sector in inputsuppl ies , pr incipal ly seeds,and (d) growing market.Suchprospects exist in other majorcrops also, (e.g. hybrid rice).There are farming techniques for
the traditional crops, which canreduce costs and increase yield.System of Rice Intensification(SRI) is an example of suchimproved techniques.
Shift to high vale crops
Another option for the smallfarmers is to shift from low valuesubsistence crops to high valuecrops in view of (a) increasing
demand due to income growthand urbaniation (b) higher andregular income flow, and (c)labour intensive production.
As it is, the small farmersdevote some land and resourcesto high value crops to generatecash income. The share of thehigh value crops, such as spices,fruits and vegetables is slowly
increasing. Yet, small farmersnd it difcult to make a major
shift from grain based croppingpattern to high value crops due toover arching requirement for self-provisioning. Even if it is assumedthat farmers with increasedincome can purchase grain fromthe market, there are three majorhurdles in shifting to high valuecrops - high capital requirement,
difculties in marketing, and high
risks entailed in raising high valuecrops.
Credit
There has been phenomenalgrowth in credit to agriculturefrom the organied sector in
the recent years. Yet the creditavailable to the small farmersis not increasing. Difculties inavailing credit are more severefor tenant farmers and thosesmall farmers who are not ableto offer collaterals. They have todepend on the informal sourcesto obtain credit on onerous terms.Innovat ions favoring smal lborrowers such as Self Help
Groups have largely bypassed thesmall farmers, as the main thrustis on consumption loans, or loansto small artisans. Disintegrationof cooperative credit system hasfurther worsened their plight.
Marketing
Because of the small lot forsale, lack of holding capacityand immediate need for cash,
small farmers are always at adisadvantage in dealing withmiddlemen. The handicaps getaggravated in case of perishableslike vegetable and fruits. Forproviding appropriate marketingfacilities, along with transferof super ior technology andassured supply of inputs, contractfarming is advocated. Contractfarming is not a new innovation
in Indian agriculture; it wasintroduced decades back by sugarfactories both in the private andcooperative sectors and later bymilk unions. These arrangementswere successful to the extentfarmers had decisive voices inthese institutions.
RiskMitigation
Propagation of high value
agriculture in Indian agricultural
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sett ing is predicated on the
access to reliable instruments
of crop and income insurance.
Existing instruments such as
agricultural crop insurance to
mitigate weather induced risks,
and minimum support prices to
ensure minimum prices for thestaple crops, are not functioning
properly. Defects in these devises
are now well known and need
to be corrected so that small
farmers may take advantages
of these protective measures.
In the present circumstances
the better alternative will be to
propagate mixed farming with
emphasis on self-provisioning,
and commercial crops , or agriculture related enterprises
such as dairying, playing a
supplementary role. This is the
model which bulk of the farmers
in risk prone areas are adopting
on their own. Small farmers
on the fringe of towns should
be supported to develop farm
horticulture in more efficient
ways. As a rule, for this highlyvulnerable group the strategy for
diversification should be guided
by the norm of from familiar to
less familiar.
Improvements in Del ivery
Systems
T h e r e a r e t e c h n o l o g i e s
available to raise productivity of
the existing crops as well as to
expand the share of high valuecrops. Policy environment at
the macro level is by and large
favourable. The major difculty
is the inefciencies in the delivery
systems.
Whatever strategy is adopted,
the success hinges on the efciency
of the delivery systems. The
small farm groups are potentially
viable in most of the ecological
regions in our country provided
institutional support is provided to
them in terms of extension, credit,
marketing and risk mitigation. An
important ingredient of agricultural
strategy should be to strengthen
institutional structure to support
the small farm agriculture.
We have an extensive network
of institutions, but they are of
little avail to the small farmers.
Reforming delivery systems in
order to make them congruent to
small farm agriculture is extremely
important. State policies in this
as in other respects should be
consciously designed to support
the small farm sector.
Policies for strengthening
delivery system have to grapple
wi th twin rea l i t i es : h igher
transaction costs to deal with
the small farmers, and growing
sophis t icat ion in market ing
and processing of agricultural
produce.
This suggests a multi pronged
strategy:
a) Aggregation of farmers needs
for inputs and sale of their
produce.
b) In present circumstances
homogeneous groups of
agricultural producers, with
joint liability and catering to
multiple needs of farming can
provide effective foundation
for an efcient and equitable
agrarian structure. Producers
Company model has much to
commend in this respect
c) Integrating various functions
such as input supply, extension
and quality control, and more
importantly, the marketing
and processing with larger
organiations in a vertical
manner is another possible
route. We have now sufcient
experience of working withdifferent models of verticallinkages, and should be ableto adapt them to the givencircumstances.
Adapting the large deliveryinst i tut ions in credi t , inputsupply etc., to the reality ofthe small-scale agriculture byreducing transaction costs. Thiscan be done as illustrated in thecredit delivery by organiationalinnovations such as BusinessCorrespondent model, and by useof IT and other technologies aspracticed by several private sector
rms dealing in the agriculturalinput supply or marketing ofagricultural produce.
For risk mitigation, there isa need for strengthening andimproving existing crop insurancesystem, populariing warehousingreceipts as negotiable instrument,aggregating farmers to operate inthe future markets, and encouragingvalue chain financing by thenancial institutions.
We have successful exampleso f i n n o v a t i o n s s u p p o r t e dby r esea rch and ex tens ione s t a b l i s h m e n t s , f a r m e r sorganiations safeguarding andfurthering members interests,innovative credit supply andmarketing institutions, innovativer i sk-shar ing a r rangements ,
successful interface with spot andforward markets by the farmersgroups. But such examples arefew and far between. Indias vastsmall farm sector can be a strongfeature of the economy rather thana drag on it if such institutionsand practices can be scaled up,and become the rule rather thanexception. q
(E-mail:[email protected])
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Reforming the three
I s namely
investments,
institutions, and
incentives - will
be critical forbringing in
and scaling up
innovations in the
agricultural sector
Three Ideas to get Agriculture Going
AgRiCulTuRE
NDIAN PLANNERS
and policy makers do
realie how critically
important it is to have
more than 4% growth in
agriculture to give any meaning
to inclusive growth. It is also
recognied that major investments
would be needed, both by public and
private sectors, to achieve this end.Keeping this in mind, much larger
budgetary resource allocations
have been made in agriculture by
the public sector, especially since
2003/04, which is reflected in a
steep increase in gross capital
formation in agriculture (GCFA) on
public account. The private sector
capital formation in agriculture,
which is almost three times higher
than that coming from the publicsector, had started increasing since
1999/2000 (Figure-1). As a result,
by late 2000s the total GCFA
was two to three times higher
than what it was in mid 1990s at
constant prices (Figure-1). Even as
percentage of agri-GDP, the GCFA
has more than doubled during the
The authors are respectively Director in Asia and a Senior Research Analyst at International Food Policy Research
Institute, New Delhi.
last decade (Figure-1). Yet, the agri-
GDP growth has not accelerated
substantially (Table-1). If at all, the
actual growth rate (average annual
or trend growth) since 2000/01 to
2009/10 is somewhat lower than
that obtained during 1992/93 to
1999/2000, or during the pre-
reform era of 1980/81 to 1991/92
(Table-1).
Th i s t ype o f somewha t
unexpected result, i.e., rising
investments and capital formation
in agriculture and yet falling or
constant rates of growth in agri-
GDP is puling. It can happen
only if one assumes that the overall
efciency (productivity) of capital
is falling substantially or that
capital formation gures are moreon paper and very less is translating
in real capital on the ground (read as
large leakages, especially in public
capital formation), or that it has
long lags between capital formation
(like dams, reservoirs, canals etc.)
shown in terms of money spent and
when it starts giving real returns, or
Ashok Gulati
Kavery Ganguly
OPiNiON
I
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YOJANA January 2011 23
that the challenges to agriculture
in terms of climate change, falling
water table, or land degradation
(losing top soils etc) have increasedso substantially that even enhanced
investments in agriculture are not
enough to take it beyond the 3%
growth barrier, or it could be a mix
of all these factors combined. More
research is needed to decipher this
riddle properly.
In the meantime, however,
it may be noted that unlike the
overall economic growth pattern,agricultural performance in
India has been quite volatile.
The coefcient of variation (CV)
during 2000/01 to 2009/10 was 1.9
compared to 1.1 during 1992/93
to 1999/2000. This is almost six
times more than the CV observed in
overall GDP growth of the country
(Table-1), indicating that high andperhaps increasing volatility is a
real challenge in agriculture, whichis likely to increase in the yearsto come in the wake of climatechange. If that is so, which isstill a conjectural hypothesis, thenhaving near ero percent growthin agriculture GDP in 2009/10 inthe wake of worst drought since1972/73, should be considered acommendable achievement of theserising investments. It means thatin order to do a proper analysis ofinvestments and growth; one hasto take out the inuence of weather
rst. We dont intend to do this
at this stage but ag this issue for
researchers and policy makers who
are concerned with low growth in
agriculture.
Another feature of Indian
agriculture growth story is that
it has performed in highly varied
form at state and sub-sectoral level.
Although highly volatile in certain
states, Gujarats agri-GDP has
registered a growth rate of 10.2%,
Bihar at 4.2%, Uttar Pradesh at2.2% and West Bengal at 2.4%
during 2000/01 to 2008/09. From
a sectoral perspective, the high
value sector (fruits and vegetables,
livestock and fishery) has been
growing at a much faster rate
than the traditional crops sector
and there is potential for further
expansion. Given the rising share
of high value commodities inthe total value of agricultural
output (48.4% in TE2008/09);
this segment is likely to drive
agricultural growth in the years
to come. Being highly perishable
in nature, this segment is also
crying for faster and better linkages
between farms and firms in the
logistics, processing and organied
retailing. While the agri-system is
under a structural transformation,there is need for better policy
communication and reforms to
hasten the speed of agricultural
diversication in India.
Instittional reforms for better
farm-rm linkages
Reforming institutions related
to plethora of controls in the agri-
system has the potential to unleasha major change for the better. It
will involve doing away with
the compulsory levy system in
commodities like rice (upto 75%
in states like Punjab, Haryana,
etc) and sugar; movement, oning,
and stocking restrictions under the
Essential Commodities Act, and
replacing the system of taxation of
primary agricultural commodities
with value added taxation. It
Figure-1: Gross capital formation in agriculture (GCFA)
on public and private account
Source:BasedatafromNationalAccountsStatistics,CSO,GovernmentofIndia
Table 1: Agricltral and Total GDP performance in India
Agricltral GDP Total GDP
% annual average growth rate & (CV)
1980/81 to 1991/92 3.8 (1.5) 5.2 (0.5)
1992/93 to 1999/00 3.8 (1.1) 6.3 (0.2)
2000/01 to 2009/10 2.4 (1.9) 7.2 (0.3)
trend growth rate (%)
1980/81 to 1991/92 3.0 5.1
1992/93 to 1999/00 3.2 6.3
2000/01 to 2009/10 2.9 7.6
Source:NationalAccountsStatistics,CSO,GovernmentofIndia,variousyears.
Note:CVdenotescoefcientofvariation
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24 YOJANA January 2011
is important to create a unified
agricultural market and thereby
creating a level playing eld for
the public and private sectors. The
Agricultural Produce Marketing
Committee Act has been under
discussion for a long time. The
Centre had also advised the states toamend this on the lines of a Model
Act in 2003 to promote private
sector participation and encourage
direct rm-farm linkages through
contract farming arrangements,
etc. While many states claim to
have amended the Act, they have
done so only partially. The ground
reality appears quite different, and
there is an urgent need to examine
and evaluate this thoroughly. The
objective should be to incentivie
and mobilie large investments
in the emerging value chains of
perishable commodities to bring
about reduction in wastages and
add value in the supply chains.
Compressing the value chains by
strengthening direct firm-farm
linkages has particular relevance
in bringing the small and marginalfarmers closer to the markets and
this is important in achieving the
inclusive growth objective.
The issue of futures markets,
warehouse receipt system, use
of information technology to
empower the growers to benefit
from emerging markets, and even
encourage the growers companies
to link with bigger processing andretailing rms remain very much
stuck in controversy. But all these
will have to be taken up in holistic
package of reforms, if we have to
get the markets right.
It is also time to free up the
land-lease markets. Vibrant land-
lease market can also attract large
investments, especially by the
private sector. This can also pave
the way towards market induced
consolidation of holdings and
benet from economies of scale.
But to do it in a manner that the
owners of land feel safe in leasing
out their lands to other farmers
or even companies, land records
need to be computeried to ensuretransparency and reliability.
Currently, ofcial statistics reveal
that only about 7% of land is
leased-out while micro-studies in
several states indicate informal
tenancy exists on about 20% of
land. Under informal tenancy
arrangements, credit remains
restricted and high cost, starving
the land from investments that
can make it more productive.Reforms in the land lease markets
are also important to overcome the
challenge of fragmenting farms and
consolidating industry. About 88%
of holdings being less than two
hectares (operating about 44% of
area), it is challenging to aggregate
and standardie their produce
for any large scale processing or
retailing company in emergingvalue chains. Freeing up land
lease markets can go a long way in
addressing this challenge.
Agricultural credit market
requires major overhauling and
loan waivers can do the least
to bring about any sustainable
solutions. Nearly 42.4% of all
farmer households and nearly 50%
of farmer households possessing
up to 2 hectares of land avail loan
from non-institutional sources at
high rates of interest (Report of
the expert group on agricultural
indebtedness, Ministry of Finance,
Government of India. 2007) Banks
have failed to meet the targeted
18% (agricultural credit as percent
of total commercial bank lending
to agriculture) which comes under
the priority sector lending. Micro-
nance institutions have lately come
under heavy attack due to their
extremely high rates of interest,
somewhat akin to money lenders.
Regulating the formal sector and
rendering it more accessible to
farmers can help them avoid relying
on informal sources.
Incentives: Rationaliing
sbsidies to boost efficiency
in resorce se, and propel
investments: Rationaliing input
and output subsidies can unleash
the potential for greater efciency
in resource use and also trigger
investments in agriculture. Food,
fertilier, power and irrigation
subsides together account for15.1% of agricultural GDP in
TE 2009/10 up from 7.8% of the
same in TE 1995/96. It is time to
rationalie these subsidies that
have outlived their significance
in the present form. Irrigation
subsidies need to be rationalied and
promote efcient use of resources
through water users association
or integrated water management
systems. Rather than providingfree power, separating feeder lines
for agricultural uses as observed
in the Jyotigram experiment in
Gujarat will be more economically
rational (Shah & Verma 2008).
To the extent possible, subsidies
on fertiliers, power, seeds,
agricultural machinery, etc. should
be given directly to the farmers,
especially the smallholders and
in disadvantageous areas. This
would go a long way in augmenting
farmers incomes and also
incentivie them to use the resources
more efciently. Investments in
rural infrastructure; roads, markets,
cold chains, processing units as also
agricultural R&D will be important
to realie higher agricultural growth.
The marginal returns on public
investments in roads, agri-R&D,
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YOJANA January 2011 25
etc are much higher than those on
fertilier subsidy or free power
(Fan, Gulati, & Thorat 2008). Some
of these investments which are of
public good in nature will have
to be taken by the public sector
such as roads, markets and other
infrastructure. Those pertaining tovalue chains, technology, etc will
ow from the private sector.
Reforming the three I s
namely investments, institutions,
and incentives - will be critical
for bringing in and scaling up
innovations in the agricultural
sector. Technology has played
an important role in improving
productivity and also achieving
major breakthrough in the past as
observed during Green Revolution
in 1960s-1970s, Bt revolution in
cotton or hybrid maie in 2000s and
it can be further replicated in other
sectors. Similar technological
or marketing innovations in
horticulture or livestock sector
can benefit a large number of
smallholders already engaged inthese sectors. Innovations along the
value chains, in linking farmers to
markets, enhancing value addition
are critical for higher growth as
also income augmentation of
smallholders. There are a large
number of private players who have
already forayed into the organied
processing, retailing and also agri-
input/service sectors, and have the
potential to scale up investments.However institutional hurdles in
doing business and also the stop-
go policy approach continue to
dampen the momentum.
It is quite evident that Indian
agriculture will be more demand
driven and future sources of growth
increasingly lie in the high value
sector. Hence it will be importantto usher in the right reforms and
envisage synergies between the
public and private sector to ensure
higher and sustainable growth
in the long run. The onus of
delivering certainly does not lie
with the public sector alone but
creating an enabling environment
will help foster better partnerships
critical for higher agricultural gro
wth. q
(E-mail:[email protected]
YE-1/11/2
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OST 1990 India has
emerged as one of
the worlds fastest
growing economies.
Its GDP growth rate
of about 9% in the last few years
is historically unparalleled except
by our neighbour China. With
rapid economic and social growth,however, new challenges emerge
as also new growth strategies. For
sustainable economic development,
the crucial agricultural sector has
to grow at a consistent 4% growth
rate to GDP. Given the fact that
60% of our farming is monsoon
dependent, ensuring consistent
growth in food production is
a major challenge, especially in
wake of global warming and
consequent climatic changes.
Credit has a very important role
to play in supporting agricultural
p roduc t ion and inves tment
activities. The total credit ow to
agriculture during the 10th Five
Financing Agriculture : Some Issues
AgRiCulTuRE
K G Karmakar
OVERViEW
Small and marginal
farmers should be
helped to liberate
themselves from
the stranglehold
of moneylenders
and should be
given priority for
accessing low
cost credit
Year Plan was expected to grow
at a compound annual growth rate
(CAGR) of 26.38%, as against the
CAGR of 18.63% achieved during
the 9th Five Year Plan. However,
although the total agricultural
credit has increased during the
last six years, there are serious
quantitative as well as qualitativeconcerns. The poor outreach of the
formal institutional credit structure
is a serious issue that needs to
be corrected expeditiously. The
ndings of the National Sample
Survey Organisation (NSSO)
59th Round (2003), reveal that
only 27% of the total number of
cultivator households received
credi t f rom formal sources
while 22% received credit from
informal sources. The remaining
households, comprising mainly
small and marginal farmers, had no
credit outstanding. Comprehensive
measures aimed at financial
inclusion in terms of innovative
P
The author is Managing Director, National Bank for Agriculture and Rural Development (NABARD)
7/27/2019 Agriculture and Sustainable Dev
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YOJANA January 2011 27
products and services to increase
access to nancial services and
institutional credit, are required.
Other issues such as ensuring
credit ow to tenant farmers, oral
lessees and women cultivators,
complex documentation processes,high transaction costs, lack of
availability of quality inputs
across all regions, inadequate
and ineffective risk mitigation
arrangements, poor extension
services, weak marketing links
and sectoral and regional issues
in credit are also required to be
addressed expeditiously. The
lack of rural credit bureaus also
delays the process of sanction
of agricultural loans as there
is need to reduce loan risk and
documentation procedures.
Agricltre Sector Constraints
The importance of agriculture
in the Indian economy, in terms of
providing livelihood opportunitiesto 650 million of its population and
raw material for a large number of
its industries, cannot be overstated.
For the Indian economy to
maintain its growth momentum on
a sustainable basis, the agriculture
sector would have to play a more
important role than it has in recent
years. The actual growth in the
agriculture sector during the rst
four years of the 10th Five Year
Plan has averaged only about
2% per annum as against 4% per
annum as envisaged during the Plan
period (2002-07). While the share
of agriculture GDP in the overall
GDP has declined from around
35% in 1980-81 to around 18% at
present, the fall in the proportion
of population dependent on the
sector has been insignicant from
70% to 66% only. The rapidly
worsening ratio between the rural
per capita income from farm and
non-farm sectors is causing serious
concern. While a majority of theworkforce is still dependent on
agriculture, the GDP growth rates
in agriculture is marginally above
the rate of growth of population,
in contrast to the high growth
in the non-agricultural sector.
Secondly, growth has been uneven
across regions and crops. Thus,
despite achieving self-sufciency