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Annexure II
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Detailed Project Report (DPR) for Funding under National
Adaptation Fund for Climate Change (NAFCC)
Addressing Climate Change Vulnerability of Papum
for conservation and
PCCF (Env. & Climate Change),
Department of Environment & Forests,
Government of Arunachal Pradesh
Dy. Director (Env. & Climate Change)
Department of Environment & Forests,
Government of Arunachal Pradesh
Ministry of Environment, Forest and Climate Change
Detailed Project Report (DPR) for Funding under National
Adaptation Fund for Climate Change (NAFCC)
Addressing Climate Change Vulnerability of Papum-Poma River
for conservation and recharging of its springs
Name of Nodal Person: Shri A.K Shukla, IFS
PCCF (Env. & Climate Change),
Department of Environment & Forests,
Government of Arunachal Pradesh
Shri D. Dohu Robin
Dy. Director (Env. & Climate Change)
Programme Coordinator
Department of Environment & Forests,
Government of Arunachal Pradesh
Submitted to
Government of India
Ministry of Environment, Forest and Climate Change
Indira Paryavaran Bhavan
Jorbagh Road
New Delhi - 110 003
India
February 2019
Papum River
Detailed Project Report (DPR) for Funding under National
Adaptation Fund for Climate Change (NAFCC)
Poma River
recharging of its springs
River
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Contents
Project Summary/Snapshot Matrix: ......................................................................................................... 6
1. Project Background ............................................................................................................................ 8
1.1. Project / Programme Background and Context ............................................................................ 8
1.1.1. Provide brief information on the problem the proposed project/programme is aiming to
solve 8
1.1.2. Outline the economic, social development and climate change in line with the State Action
plan on Climate Change and relevant Missions under National Action Plan on Climate Change .... 13
1.1.3. Climate Analysis and Vulnerability Analysis: ..................................................................... 19
1.1.3.1. Climate Analysis: ............................................................................................................ 19
1.1.3.2. Climate Projections as per State Action Plan on Climate Change 2011 ........................ 20
1.1.4. Project Location details – villages, block/ mandal, district ................................................ 22
1.1.5. Demographic details of the population-total population (for area in operation), sex-
disintegrated data, small and marginal etc......................................................................................... 29
1.2. Project Vision, Goal and Objectives ........................................................................................ 32
1.3. Details of project Executing Entity .......................................................................................... 32
1.3.1. Name, Registration No. & Date, Registered Address, Project Office Address (for the
purposed project) .................................................................................................................................... 32
1.3.2. Available technical manpower for the proposed project implementation .............................. 33
1.3.3. Three largest Climate Change Adaptation Project Handled (If already implemented) ......... 34
1.3.4. Three largest community based NRM projects handled ......................................................... 34
1.3.5. Three largest Climate Change Adaptation/NRM projects of State/Central Government ....... 34
1.3.6. Comment of availability of suitable infrastructure for implementation of proposed projects
(Vehicles, computers, required software/tools etc.) ................................................................................ 34
1.3.7. Whether Executing Entity (EE) was blacklisted, barred from implementation of projects,
faced any changes/legal cases related to mismanagement of project and funds .................................... 34
1.4. Project Components and Financing ........................................................................................ 34
2. Project Justification .......................................................................................................................... 39
2.1. Component-wise details and justification of the project components ......................................... 39
2.1.1. Planning .................................................................................................................................. 39
2.1.2. Construction of infrastructure ................................................................................................ 39
2.1.3. Livelihood Interventions ......................................................................................................... 41
2.1.4. Training and Capacity Building ............................................................................................. 41
2.2. Details on Economic, Social and Environmental benefits of the project .................................... 43
2.3. Sustainability of intervention ...................................................................................................... 43
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2.4. Analysis of the cost-effectiveness of the proposed project .......................................................... 44
2.5. Alignment with the National and State Action Plans and other Policies/Programmes .............. 46
2.6. Component-wise Technical Standards ........................................................................................ 46
2.7. Duplication Check ...................................................................................................................... 47
2.8. Details on Stakeholder Consultation .......................................................................................... 47
2.9. Learning and knowledge management ....................................................................................... 47
2.10. Sustainability of project outcomes .......................................................................................... 47
2.11. Overview of the environmental and social impacts and risks identified as being relevant to
the project ............................................................................................................................................... 48
3. Implementation Arrangements ........................................................................................................ 49
3.1Arrangements for Project implementation ......................................................................................... 49
3.2 Monitoring and Evaluation Plan ...................................................................................................... 51
4 Detailed Budget: ................................................................................................................................ 53
5 References: ......................................................................................................................................... 62
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List of Tables:
Table 1: Socio-economic profile of Arunachal Pradesh ............................................................................. 14
Table 2: Proposed Activities/project for vulnerability reduction as projected under SAPCC .................... 18
Table 3: Rainfall Statistics for Arunachal Pradesh .................................................................................... 21
Table 4: Springs and Streams linked to Papum and Poma River ................................................................ 24
Table 5: Specific projects locations ............................................................................................................ 29
Table 6: Socio-economic profile of the project locations ........................................................................... 30
Table 7: Socio-economic profile of the project locations ........................................................................... 31
Table 8: Details of Technical Manpower .................................................................................................... 33
Table 9: Three largest Climate Change Adaptation project handled .......................................................... 34
Table 10: Project Component and Financing .............................................................................................. 36
Table 11: Project Calendar .......................................................................................................................... 38
Table 12: Distribution of construction activities in selected project locations ........................................... 41
Table 13: Component wise justification on adaptation additionality ......................................................... 43
Table 14: Details of Socio-economic and Environmental Benefits ............................................................ 43
Table 15: Funding allocation for investment activities, capacities building activities and project
management activities ................................................................................................................................. 44
Table 16: Component-wise Technical Standards ........................................................................................ 47
Table 17: Duplication Check ...................................................................................................................... 47
Table 18: Sustainability of project outcome ............................................................................................... 48
Table 19: Overview of the environmental and social impacts and risks identified as being relevant to the
project ......................................................................................................................................................... 49
Table 20: Arrangements for project implementation .................................................................................. 50
Table 21: Financial and project risk management including environmental and social risk ...................... 51
Table 22: Detailed budget for the project ................................................................................................... 54
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List of Figures:
Figure 1: Forest Cover in the State of Arunachal Pradesh ............................................................................ 9
Figure 2: Topography and River Basins of Arunachal Pradesh .................................................................. 11
Figure 3: District map of Papum Pare district ............................................................................................. 14
Figure 4: Drainage Map of Papumpare District, Arunachal Pradesh .......................................................... 15
Figure 5: Photos of Poma River at different time period ............................................................................ 16
Figure 6: Project description flow diagram ................................................................................................. 19
Figure 7: Observed rainfall Statistics – Seasonal Average and Inter annual variation ............................... 21
Figure 8: Observed Temperature Statistics across Arunachal Pradesh ....................................................... 22
Figure 9: Map Showing River Papum and Poma in Sangdupota Circle, Arunachal Pradesh ..................... 24
Figure 10: Springs and Streams linked to Papum-Poma River ................................................................... 25
Figure 11: Photos of contour trenches, hedge dam, anicuts ........................................................................ 45
Figure 12: Trenches .................................................................................................................................... 46
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Project Summary/Snapshot Matrix:
Sl. No. Heads Details
1. Title of Project/Programme: Addressing Climate Change Vulnerability of Papum-Poma River
for conservation and recharging of its springs
2. Project/Programme Objective/s: • Conduct comprehensive assessments of the threat the
river faces from climate change
• Maintain and revive drying up springs/lakes on hill tops
connecting the river
• Recommend remedial measures to address the
problems based on the actual ground reality as
identified (e.g. afforestation, agriculture, horticulture,
catchment area treatment, livelihood, soil and water
conservation measures, bank trenching, creating of
check dams, and stabilization of river banks etc.,)
3. Project/ Programme Sector: Water
4. Name of Executing Entity(ies) or
Department(s):
State Climate Change Cell,Department of Environment and
Forests, Government of Arunachal Pradesh in Coordination with
all inter-sectoral Stakeholders.
5. Beneficiaries: • Local communities
• Research Institutes
• Govt. Departments
• District Administrations
6. Project Duration in …. Years
Start Date:
End Date:
03 Years
April 2019
March 2021
7. Amount of Financing Requested
(Rs.)
24,70,85,876
8. Project Location:
State:
District:
Papum and Poma River, Arunachal Pradesh
Arunachal Pradesh
Papum Pare district
9. Contact Details of Nodal Officer of
the Executing Entity(ies):
Shri A.K Shukla, IFS
PCCF (Environment & Climate Change),
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Department of Environment & Forests, Government of
Arunachal Pradesh
10. Email: [email protected] / [email protected]
11. Mobile: 9612206694/9436041283
12 Detailed Project Report Prepared by State Climate Change Cell, Department of Environment and
Forests, Government of Arunachal Pradesh.
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1. Project Background
1.1. Project / Programme Background and Context
1.1.1. Provide brief information on the problem the proposed project/programme is aiming to
solve
The Himalayan regions are at a higher risk to climate change due to its sensitive bio-physical
conditions(topographic variation, incidences of earthquakes, droughts, landslides, flash
floods).Evidences of climate change in the Himalaya are already observed in the form of changes
in rainfall and temperature pattern, glaciers melts, drying up of springs, increased incidences of
crop diseases etc.,(Beniston 2003; Gentle and Maraseni 2012; Sharma et al. 2009; IPCC 2014).
This is a cause of concern as most of the rivers originate in the Himalayan region and any
changes in the pattern of water flow are likely to impact the communities at large. Further rapid
degradation of natural resources in the Himalayan region due to anthropogenic activities such as
deforestation, rapid urbanization, increase in population, cropping pattern are likely to pose a
serious threat to the mountain ecosystem such as water, forest, glaciers etc.
The Indian Himalayan region spread across 12Indian States too faces the heat of climate
change with reports of drying up of springs/rivers reported in the region (NITI Aayog 2017).
Similarly, Arunachal Pradesh located in Indian Himalayan Region faces water scarcity due to
observed incidences of climate change in the State such as changes in rainfall and temperature
pattern(Indian Meteorological Department 2013), high rate of deforestation(Forest Survey of
India 2017), increasing population(Government of India 2011), high dependence on rain fed
agriculture practices(Government of Arunachal Pradesh 2011). Arunachal Pradesh with a
geographical area of 83,743 sq. Km is the largest State in North-East India and is bounded by
countries such as Bhutan to the west, China to the north-east, Myanmar to the east, the Indian
State Nagaland to the south-east and the plains of Assam to the south. The State is situated in the
Indian Eastern Himalayan region between latitudes 260 30'N and 29
0 30'N, longitudes 91
0 30'E
and 970 30'E with varying elevations ranging from 50 meters in the foot hills gradually ascending
to above 7000 meters (Government of Arunachal Pradesh 2011).Above 37.3% of the villages in
Arunachal Pradesh have reported springs/rivers as main source of water for domestic use,
agriculture etc., (NITI Aayog 2017). Therefore, any impacts on springs/rivers arising due to
climate change are likely to impacts the livelihood of the communities at large. As such, there is
a need to devise measures to conserve and revive springs/rivers that are under constant threat
from climate change and human activities.
Problem Analysis:
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Arunachal Pradesh is inhabited by a multitude of ethnic minorities, tribes and clans, where
the dependence on natural resources are high, hence influences of climate change and climate
variability are likely to magnify the risk they face. About 91% of the total geographical areas in
Arunachal Pradesh are under forest cover. Arunachal Pradesh’s economy is largely agrarian,
based on the terraced farming and few pockets of shifting cultivation. Agriculture and animal
husbandry are the two pre dominant occupation among the rural communities in Arunachal
Pradesh. About 80% of the populations living in rural areas are dependent on agriculture. 58.44
% of population belongs to the category of cultivators, 3.85 % agricultural laborers, 0.86 %
workers in household industries, and 36.85 % other types of workers. Therefore any changes in
the climate are likely to hinder economic development and overall well-being of the
communities in the State.
Figure 1: Forest Cover in the State of Arunachal Pradesh
Climate Change in Arunachal Pradesh
Arunachal Pradesh is a mountainous State located in Indian Himalayan Region of India and one of
the world’s 18 biodiversity hotspots (Government of Arunachal Pradesh 2017). It is rich in biological
resources with 760 species of birds, 85 species of mammal, 4,500 species of angiosperms, and 550
species of orchids (Government of Arunachal Pradesh 2017). These biological resources play an
important role in the occupation of the tribal communities in Arunachal Pradesh. However, climate
change possesses a serious threat to the ecosystem in State of Arunachal Pradesh. The rainfall data for
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the last 15 years of Arunachal Pradesh shows that the State receives an average 3015 mm of
rainfall. The annual average rainfall ranges from 2477 mm to 3997 mm. Station wise average
rainfall of the State varies between 1205 mm in Ziro to 4506mm in Tuting. Thus lower reaches
(foothills) receive more rainfall than areas lying in high altitude. In spite of above, most of the
areas in foothills are water stresses due to increase demand-supply gap leading to use of ground
water.
Water Resources
The major river is the Brahmaputra basin and 82.8 % of its area falls in Arunachal Pradesh. The
State has the highest average run-off of 350 BCM. About 80% of mean annual flow of River
Brahmaputra is contributed by more than 3,000 small and big river tributaries.
Glaciers are found in the Kameng Basin (52 glaciers covering an area of 66 km2), in the
Subansiri Basin (91 glaciers covering an area of 146 km2) and in the Dibang Basin (14 glaciers
covering an area of 11 km2).
Arunachal Pradesh has 2.56 BCM annual replenish able ground water resources. The ground
water potential exploited so far is negligible. With the depletion of surface water resources in
the foot hill areas of Arunachal Pradesh, especially Changlang, Lohit, Lower Dibang Valley,
East Siang, Papum Pare and East Kameng Districts, the need to exploit ground water potential
for meeting the requirements of drinking water and irrigation is increasing day by day.
The CGWB had assessed an irrigational potential about 18,000 hectares through ground water in
the State An area of more than 87,500 hectares has been irrigated in Arunachal Pradesh. Minor
Irrigation Census of the State reveals that about 0.12-million hectare (about 66.67% of available
potential) area are irrigated. Fresh Potential Assessment is being done under GIS environment
and ultimate potential is expected to increase to around 0.85 million hectares.
The Command Area Development Water Management (CADWM) programme envisages the
utilization of irrigation potential. Available records indicate that a wide utilization gap exist till
today. It is estimated that about 55% of created potential are utilized and 45% remains unutilized
due to poor resource support, debris and energy, inflicting heavy flood damages.
Flood is a recurring phenomenon in the State due to high precipitation. Magnitude of floods and
river bank erosion problems are increasing every year in the State. An estimated 8155 sq km area
of the state is flood prone. To tackle the flood problems, construction of embankment, spurs and
guide bunds etc. are utmost necessary. Presently, protection and restoration works have been
taken-up.
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Figure 2: Topography and River Basins of Arunachal Pradesh
Soil erosion, landslide and flood problems:
About 80% of State’s geographical area is hilly. High seismity, fragile geology, and high rainfall
in steep slopes of the region trigger soil erosion and landslides in the upper reaches of the State.
The loosened fertile top soils are carried away as silt along the high gradient turbulent rivers to
the foothill areas. Silt carrying energy of the rivers are dissipated in foothill areas of flatter slopes
and the silt are dropped on the river beds leading to rise of the bed level which causes the
overland spread of flood water and meandering/braiding of rivers occur before joining into
Brahmaputra river. It is estimated that about 9% of geographical area of the State are either bank
erosion or flood prone area. There is a need for proper mapping of landslide areas of the State
and an action plan needs to be prepared for mitigating the landslides with state of the art
geotextile technology.
Erosion, landslides and flood are the recurring phenomena in the State. Due to undulating
topography of the State the flat lands are limited and premium possessions of the farmers and are
mostly at the river valleys. These limited flat lands that constitute about 8-10% of geographical
area are subject to constant threat of bank erosion.
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Against this backdrop, this proposal take up the case of Papum and Poma River located in
Papum Pare district of Arunachal Pradesh to devise measures to conserve and revive the river
which is under constant threat due to climate change, change in land use as well as due to large
scale deforestation. Papum and Poma Riverare the main source of drinking water for 70000
population of Itanagar, Naharlagun and Sangdupota circle(Government of India 2011). There are
reports of decrease in water flow/surface water, drying up of springs due to climate change in the
region (Government of Arunachal Pradesh 2011). Causes of springs drying up: it is believed that
the springs are drying up due to Jhum cultivation, change in land use, deforestation, mining and
climate change as major cause of depleting springs and ground water level. As per interactive
session among senior level officers and State Climate Change officials, the following issues need
immediate attention: - water scarcity although highly rain-fed area, deforestation, soil & land
erosion, jhum cultivation, drought & flood, loss of biodiversity etc.
In view of these significantly important challenges, this project aims to address and
design measures to protect and conserve the river from the impact of climate change through
situation assessment, identification of problems, formulation of recommendations and
subsequent implementation. The State Climate Change Cell under the Department of
Environment and Forest will coordinate for implementation of the project. The project will
envisage the following:
1. Development of measures to conserve and protect the river Papum-Poma from
threat such as climate change, deforestation, anthropogenic activities through the
following objectives
a. Identify geographical/physical status of the river with coordinated
approach with GBPHESD and WRS.
b. Assess the hydrology of the river with the help of NIH and IIT Guwahati
c. Assess the status of springs connecting the river with rural development,
Panchayats and Forest departments.
d. Spring shed development
2. Formulation of recommend remedial measures to the problem based on the
actual ground reality as identified
a. Remedial measures such as afforestation, spring water management,
agriculture, horticulture, catchment area treatment, livestock, soil and
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water conservation measures, bank trenching, creating of check dams, and
stabilization of river banks etc.
b. Involvement of local communities through participation during
implementation of remedial measures.
3. To ensure smooth implementation of the recommended remedial measures in
order to conserve and manage river Papum-Poma and its drainage sources.
1.1.2. Outline the economic, social development and climate change in line with the State
Action plan on Climate Change and relevant Missions under National Action Plan on
Climate Change
The population of Arunachal Pradesh is 13.84 lakhs with a population density of 17 person
per sq. Km (Government of India 2011). The rural population of the State is approximately
77.06% (as per Census 2011), with livelihoods linked to natural resources such as agriculture and
forests products that are climatic sensitive. Culturally Arunachal Pradesh is inhabited by multiple
tribes, spread across 23 districts. Percentage of population living below poverty is 34.67% as per
report of Government of India (2013b).
Districts Population
(2011)
Sex
Ratio1(2011)
% Population
BPL (2011)
Number of doctors
per 1000
population (2015)
Tawang 49,997 714 64 0.06
West Kameng 83,947 836 65 0.08
East Kameng 78,690 1029 66 0.06
Papum Pare 176,573 980 68 0.05
Lower Subansiri 83,030 984 66 0.07
Kurung Kumey 92,076 1031 71 0.09
Upper Subansiri 83,448 998 65 0.07
West Siang 112,274 930 67 0.09
East Siang 99,214 978 66 0.05
Upper Siang 35,320 889 68 0.06
Dibang Valley 8,004 813 64 0.12
Lower Dibang Valley 54,080 928 65 0.07
Lohit 54,080 912 63 0.04
1Sex ratio: Females per ‘000 males
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Anjaw 21,167 839 63 0.19
Changlang 148,226 926 66 0.05
Tirap 111,975 944 65 0.05
Table 1: Socio-economic profile of Arunachal Pradesh
Source of data:Government of India (2011); NRHM (2017)
Figure 3: District map of Papum Pare district
Papum Pare, the District while project sites are located covers a geographical area of 2875
sq. km in Lesser Himalayan zone and bounded by North Latitude 26°56´11˝ to 27°35°44˝ and
East Latitudes 93°12´45˝ E to 94°13´30˝. It has borders with Lower Subansiri district in North,
East Kameng District in the West. West Siang district falls in its eastern boundary while North
Lakhimpur district of Assam is situated in the South.The total population of the districts is 1,
76,573. High rate of poverty is a concern in the district where 68% of the total population lives
below poverty line (Table 1). Further, the district is located at a medium altitude characterized by
poor connectivity, limited access to information, difficult terrain etc., which makes this district
highly vulnerable. As per report by department of Agriculture Cooperation and Farmers
Welfare, the district is highly prone to drought, landslides as well as flood(Agriculture
Cooperation and Farmers Welfare 2012). The State Action Plan on Climate Change reports of
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depletion of surface water resources in the district(Government of Arunachal Pradesh 2011)
due to decrease inrainfall. Therefore, there is a need to revive and conserve the water bodies
such as springs, lakes, rivers etc.
Figure 4: Drainage Map of Papumpare District, Arunachal Pradesh
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Figure 5: Photos of Poma River at different time period
The National Water Mission, which is a part of the National Action Plan on Climate Change,
identifies the threat to water resources due to climate change, and the ones that are relevant to
Arunachal Pradesh as per the Arunachal SAPCC are as follows.
� Drinking water dependent on natural source such as river, springs are likely to
become more scare as there are evidences of decrease in annual rainfall trends (1951-
2010) by -3.63 mm (Indian Meteorological Department 2013).
� Decrease in rainfall will lead to less infiltration and adversely affects springs
recharge.
� Increased drought like situations due to the overall decrease in rainfall.
� Warming as a result of increasing trends in annual mean maximum temperature and
annual mean minimum temperature (1951-2010) in Arunachal Pradesh by 0.020 C
(Indian Meteorological Department 2013)may lead to a decline in the glaciers and
snowfields of the region.
As Arunachal Pradesh is a part of the Indian Himalayan region, the proposed project is
therefore aligned to the National Mission for Sustaining the Himalayan Ecosystem where on one
of the major objectives is to provide sustainable livelihood to the people whose livelihood
depend on the Himalayan ecosystem. Further, the project can be aligned to the National Mission
for water where the main objective is to conserve and protect the water resources under the
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climate change scenario. The proposed project is contributing towards water resource
conservation by recharging mountain springs/rivers and harvesting rainwater.
According to the Arunachal Pradesh SAPCC, water is one of the most important sector on
which climate can have a profound impact, which in turn can have a cascading impacts on other
sectors such as agriculture, forest, etc. The Arunachal Pradesh SAPCC identifies water security
as a prime area of concern and has proposed the following interventions to reduce vulnerability
of water sector.
� To take up sustainability schemes to augment and share the water resources in order
to enhance the service efficiencies in the sector
� Source protection, gully plugging, check dam, catchment area protection, contour
trenching, impounding reservoirs and artificial recharge
� To protect and enhance the drinking water sources by prevention of forests cover
loss due to anthropogenic reasons such a Jhum cultivation, development activities
etc.
� Watershed protection by afforestation
This project under consideration takes up the case of River Papum and Poma, located Papum
Pare district. Justification for selection of River Papum and Poma for the project on national
adaptation fund arises due to the threat river Papum and Poma faces from climate impacts such
as decrease in surface water,drying up of springs due to decreased rainfall in the
region.(Government of Arunachal Pradesh 2011). The State Action Plan on Climate Change
2011 also reports that Climate Change in the region are likely to increase the occurrence of
windstorms, droughts, land degradation and soil erosion, depleting springs and increased
incidences of pest and diseases. These has increased the vulnerability of the region to forest fires,
possible loss of endemic plant and animal species, loss of soil fertility, crop yield loss and
deteriorated produce quality, delayed sowing (late rainfall), outbreak of pests and diseases,
temporal & spatial variation in flow, increased sedimentation, deterioration of (drinking) water
quality. As such, provisions were made under Arunachal Pradesh State Action Plan on Climate
Change (SAPCC) to address these vulnerabilities as given below in table.
Sl. No. Sectors Proposed Activities/project for vulnerability reduction as projected
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under SAPCC
1. Forest • Enhancing soil moisture conservation and plantation activities to
improve quality of Forests
• Fire protection measures and control of forest fire
2. Carbon sink
enhancement projects • Eco-restoration of degraded open forests
• Rehabilitation of shifting cultivation
3. Agriculture/livestock • Rehabilitation of shifting cultivation areas by terraced cultivation
• Enhancement of livestock production by introduction of climate
change adaptive measures
4. Horticulture
(Pineapple) • Improved cultivation management, organic cultivation
5. Water • Roof top rain water harvesting schemes, Source protection, Gully
plugging, Check dam
• Catchment area protection
• Contour line treatment
• Impounding reservoirs and artificial recharge
• Afforestation and plantation with GIM and horticulture mission
5 Health • Ecological study on air pollutants
• Studies on response of disease vectors to climate change
• Assessment of increased burden of diseases due to climate change
• Vector Borne disease
Table 2: Proposed Activities/project for vulnerability reduction as projected under SAPCC
The project aims to address the issue of conservation, and recharging of springs in selected
project locations through baseline assessments, plan preparation, community mobilization,
training programme, interventions such as afforestation, agriculture, horticulture, catchment area
treatment, livestock, soil and water conservation measures, bank trenching, creating of check
dams, and stabilization of river banks etc., which is directly identified under SAPCC for
Arunachal Pradesh.
The project along with technical improvement to conserve and protect the river Papum and
Poma, also aims to achieve better management of the river water for the purpose of water
security for drinking, agriculture, afforestation, fisheries, social development etc. The project
would also conduct community mobilization on water conservation, forest management,
associated climate mitigation activities, and training programmes to facilitate adequate transfer
of knowledge contributing to their societal development too. All such activities (interventions,
infrastructure development, agriculture, horticulture, catchment area treatment, livestock, soil
and water conservation measures, bank trenching, creating of check dams, and stabilization of
river banks, workshop, training etc., ) would involve deployment of labor and personnel.
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Figure 6: Project description flow diagram
1.1.3. Climate Analysis and Vulnerability Analysis:
1.1.3.1. Climate Analysis:
There are five agro Climatic Zones in Arunachal Pradesh reflecting the Climate variability
due to large area of the State. These agro-climatic zones are alpine zone, mid tropical hill zone,
mid tropical plain zone, sub-tropical hill zone, and temperate sub-alpine zone. The Climate in
Arunachal Pradesh ranges from sub-tropical to temperate depending on the altitude of the land.
For instance, the climate in the upper regions of the State experiences alpine or tundra climate,
the middle ranges have temperate climate, and the lower ranges experience humid conditions.
The average temperature in Arunachal Pradesh ranges from 15o to 21
o C during winters while the
monsoon temperature ranges from 20o to 30
o C (Government of Arunachal Pradesh 2011). The
rainfall of Arunachal Pradesh is amongst the heaviest in the country receiving more than 3500
mm in a year. The state receives rainfall over a period of 8 to 9 months excepting in winter,
however, most of rainfall is between May to September. Higher regions experience snowfall
during winter. The average annual rainfall is 1000 mm in the higher elevations and 5750 mm in
the foot hill areas(Government of Arunachal Pradesh 2011).
Arunachal Pradesh is witnessing climate change with variation in average temperature and
rainfall. Climate data from Indian Meteorological Department (2013) shows increasing trends in
annual mean maximum temperature and annual mean minimum temperature in Arunachal
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Pradesh by 0.020 C for the year 1951-2010. Similarly, State level annual rainfall trends for
Arunachal Pradesh have shown decrease of rainfall by -3.63 mm for the year 1951-2010. These
impacts of climate change arising due to anthropogenic factors are threatening natural
ecosystem, and food production system of the communities in the State. For instance, Forest
Survey of India (2017) reported a decrease of 190 sq. km in forest cover which can be attributed
to shifting cultivation and developmental activities. Similarly, a study conducted by Indian
Institute of Remote Sensing in 2018 predicted decrease of 9007.14 sq. km of forest cover in
Assam and Arunachal Pradesh by 2028 (Kushwaha et al. 2018). Similarly, there are high
incidences of natural calamities such as landslides due to rapid urbanization (road construction),
habitations in sloping lands, increasing population, Jhum cultivation etc. Data provided by
Geological Survey of India (2018) reported death of 36 people in the last four years due to
landslides. Further, the natural resource-dependent livelihoods (agriculture) of rural poor in
Arunachal Pradesh are likely to experience a disproportionately larger burden of the adverse
impacts of climate change.Climate change possesses a serious threat to the ecosystem in State of
Arunachal Pradesh.
1.1.3.2. Climate Projections as per State Action Plan on Climate Change 2011
Rainfall:
The long term trends in observed seasonal precipitation and temperature over Arunachal Pradesh
using IMD gridded rainfall and temperature at daily time scales has been performed to arrive at
current baseline climatology for Arunachal Pradesh. Summary is presented in the following
paragraphs.
Data used:
• IMD gridded rainfall at 0.5-degree spatial resolution for the time period 1971-2005 (35 years)
• IMD gridded maximum and minimum temperature at 1-degree spatial resolution for the time
period 1969-2005 (37 years)
Precipitation trends
Rainfall in Arunachal Pradesh varies considerably both in space and time from year to year.
21 | P a g e
Table 3: Rainfall Statistics for Arunachal Pradesh
The mean south-west monsoon (June, July, August & September) rainfall (1815 mm) contributes
64.4% of annual rainfall (2818 mm). Mean monthly rainfall during July (581 mm) is highest and
contributes about 20.6% of annual rainfall. The mean rainfall during June is slightly lower and
contributes about 18.0% of annual rainfall. August and September rainfall contribute 14.8% and
13.2% of annual rainfall, respectively. Contribution of pre-monsoon (March, April & May)
rainfall and post-monsoon (October, November & December) rainfall in annual rainfall is 23.4%
and 7.9% respectively.
Figure 7: Observed rainfall Statistics – Seasonal Average and Inter annual variation
Temperature:
22 | P a g e
Arunachal Pradesh shows a large spatial as well as temporal variability
Figure 8: Observed Temperature Statistics across Arunachal Pradesh
Source: IMD Gridded temperature data (1969-2005)
The Papum Pare district where the project locations are situated falls under mid tropical hill
zone. Climate is wet and humid in the southern part of the district. Itanagar, Naharlagun and
Doimukh experience severe hot weather during summer. During winter particularly in the
Northern Mengio and Sagalee, the climate is cold with temperature falling below freezing point
at many places. In the foothill areas winter is not as cold as in the other areas of the districts.
Rainy season or monsoon season starts from May and continues up to September/ October. The
average annual rainfall is 3200 mm(Government of India 2013a).
1.1.4. Project Location details – villages, block/ mandal, district
Papum river starts from Tajar-Japin at boundary of Sangdupota and Pakke-Kesang
administrative boundary. In local term, the meaning of “Tajar” refers to place where broom
plants found abundantly, and the later one, "Japin" means to top-slope hills. It then meets in the
wonderful unexplored lake called Sikyo-Sinyik by locals after passing down from Tajar-Japin as
stream. However, the river expands in its volume after it meets the two streams of Pungmi and
Pungte at Habia village. The Papum Riveris joined by many streams such as Sin- Su,Langkeh,
Lorung, Uii- Seleh, Disha, Rupung, Dungsbu, Turajulii, etc. The numbers of streams and springs
connecting Papum river are 71 and 697 respectively (Table 3).
23 | P a g e
River Poma originates by merging of five streams namely, Liidh-anh, Soppoloh, Mechii,
Ehoso and Tochi. The head source is around 6-7 kms away from Poma Village. The Poma river
has significant economic, environmental and tourism prospect for the inhabitants. The course of
Poma river is of more than 40-45kms(approx) through the plain of Poma to Papum river.The
numbers of streams and springs connecting Poma river are 38 and 352 respectively (Table 3).
River Name Name of Streams/Rivulets No. of Streams No. of Springs
Poma River
Sarah Pabung 1 15
Tachi Pabung 3 19
Bi Pabung 1 16
Tumrung Pabung 1 3
Yucha Pabung 4 51
Pame Pabung 4 5
Rilo Pabung 1 16
Lengke Pabung 1 28
Langpat Pabung 4 55
Mupum Pabung 5 31
Memi N 4 23
Unknown Streams 9 90
Total 38 352
Papum River
Papam N 1 25
Pongte N 3 32
Sako Pabung 1 23
Habiya Pabung 2 23
Singsu Pabung 5 52
Morsa N 1 4
Lengte N 5 51
Karangoso Pabung 1 28
Hote N 4 55
Lurung N 5 31
Depo N 4 23
Teongso Pabung 3 23
Paiso Pabung 6 35
Canngmi Pabung 1 27
Eyaomso Pabung 1 17
Beyatto Pabung 3 12
Tlurso Pabung 1 2
Papum N 1 6
Ankaso Pabung 2 10
Rupso Pabung 1 11
Rupung Pabung 2 23
Unknown Streams 17 184
Total 71 697
24 | P a g e
Table 4: Springs and Streams linked to Papum and Poma River
(Source: SRSAC, GoAP)
Figure 9: Map Showing River Papum and Poma in Sangdupota Circle, Arunachal Pradesh
25 | P a g e
Figure 10: Springs and Streams linked to Papum-Poma River
(Source: SRSAC, GoAP)
26 | P a g e
Photos of Papum River and its springs:
Name of the spring: Inderjuli Pabung
Location: 270
01’79”N&930
25’001”E
Name of the spring: Mogyo Pabung
Location: 270
02’125”N&930
24’440”E
Name of the spring: Dunjui Pabung
Location: 270
02’170”N& 930
24’324”E
Name of the River: Papum (in Basarnallo)
Location: 270
02’004”N&930
23’918”E
Photos clicked on 27th Jan 2019 by State Climate Change Cell
27 | P a g e
Name of the spring: Amakso Pabung
Location: 270
02’726”N& 930
22’289”E
Name of the spring: Yadamg Pabung
Location: 270
02’724”N&930
22’818”E
Name of the spring: Rupso Pabung
Location: 270
02’491”N &930
23’312”E
Name of the River: Papum (Basarnallo)
Location: 270
02’961”N&930
21’586”E
Photos clicked on 27th Jan 2019 by State Climate Change Cell
28 | P a g e
Photos of Poma River and its springs
Name of the village: Poma area
Location: 270
6’20”N& 930
38’32”E
Name of the village: Poma area
Location: 270
7’20”N& 930
39’32”E
Name of the village: Jumi
Location: 270
7’24”N& 930
35’53”E
Name of the village: Jumi
Location: 270
5’24”N&930
33’53”E
Photos clicked on 26th Nov 2018 by State Climate Change Cell
29 | P a g e
1.1.5. Demographic details of the population-total population (for area in operation), sex-
disintegrated data, small and marginal etc.
The project sites are spread across 5 Gram Panchayats in Sangdupota circle of Papum Pare
district and dependent 21 NagarPanchayats and 16 Municipalwards of Itanagar circle. The
populations and socio-economic profile of each of the project sites are given in table 5, table 6
and table 7.
Name of
the district
Name of
Circle
Name of
Gram
Panchayat
No. of
village/segments
No. of
village/segments No. of HH
Population
(Census 2011)
Papum
Pare
Sangdupota
Poma 6
1. Poma I 26 255
2. Poma II 10 48
3. Rillo RWD 21 143
4.Moing 21 129
5. Gungu 6 71
6. Kamir 30 227
Basar Nalo-I 6
1. Bassar Nalo &
Sindu-pota 22 120
2. Dulane 14 220
3. Yadeng 12 91
4. Langdung 14 82
5. New Bam 17 129
6. Indrajuli 25 161
Basar Nallo-
II 4
1. Kanebung 14 131
2. Rupung 19 58
3. Mebiaso 11 135
4. Byate 10 92
Jote 7
1. Jote I 20 146
2. Jote II 45 224
3. Jote III &
Jumi 86 433
4. Rakap-I 36 264
5. Rakap-II 21 175
6. Depra 20 154
7. Kampo 15 145
Tapiaso &
Habia 5
1. Lao 12 118
2. Rushi 7 80
3. Tapiaso 10 110
4. Palap &
Nyoying 5 80
5. Habi, Dawaso
& Pungme 35 125
Total: 28 584 4146
Itanagar
Nagar
Panchayats 21 5810
Municipals 16 59490
Table 5: Specific projects locations
(Source: Census 2011)
30 | P a g e
Table 6: Socio-economic profile of the project locations
Name of the district
Name of Circle
Name of Gram Panchayat
Literacy rate
% (Census
2011)
Worker %
(Census 2011)
Main
worker %( Census
2011)
Marginal
worker % (Census
2011)
Non
Worker % (Census
2011)
Male:
Female Ratio
Crops Grown
(Agri and Horti)
Papum
Pare Sangdupota
Poma
76
39
7
32
61
1000:1143 Rice, Maize
Millet,Wheat,Pulses
Potato,Ginger,Oil
seed, Spices,
Vegetables, Sugar
cane, Turmeric
BasarNalo-I
67 15 8 8 85 1000:1346 Rice, Maize
Millet,Wheat,Pulses
Potato,Ginger,Oil
seed, Spices,
Vegetables, Sugar
cane, Turmeric
BasarNallo-II
100 33 33 0 67 1000:1000 Rice, Maize
Millet,Wheat,Pulses
Potato,Ginger,Oil
seed, Spices,
Vegetables, Sugar
cane, Turmeric
Jote
65 12 8 4 88 1000:878 Rice, Maize
Millet,Wheat,Pulses
Potato,Ginger,Oil
seed, Spices,
Vegetables, Sugar
cane, Turmeric
Tapiaso&Habia
62 25 25 0 70 1000:904 Rice, Maize
Millet,Wheat,Pulses
Potato,Ginger,Oil
seed, Spices,
Vegetables, Sugar
cane, Turmeric
31 | P a g e
Table 7: Socio-economic profile of the project locations
Name of
the district
Name of
Circle
Name of Gram
Panchayat
Main source of
water
No of Schools: (Census of India 2011)
No of Primary Health centers
Electricity Internet facilities
Telephone Services
Papum
Pare
Sangdupo
ta
Poma
Springs/tap • Primary (Class I-V): 1
• Upper Primary (Class VI-VIII): 1
• Secondary School (Class IX to X): 1
• Senior Secondary School (Class XI
to XII: 1
• College: Nil
Primary
health
centers: 1
Yes No BSNL
BasarNalo-I
Springs/tap • Primary (Class I-V): 1
• Upper Primary (Class VI-VIII): 1
• Secondary School (Class IX to X): 1
• Senior Secondary School (Class XI
to XII: Nil
• College: Nil
Primary health
centers: 1
Yes No BSNL
BasarNallo-II
Springs/tap • Primary (Class I-V): 1
• Upper Primary (Class VI-VIII): 1
• Secondary School (Class IX to X):
Nil
• Senior Secondary School (Class XI
to XII: Nil
• College: Nil
Primary health
centers: 1
Yes No BSNL
Jote
Springs/tap • Primary (Class I-V): 1
• Upper Primary (Class VI-VIII): 1
• Secondary School (Class IX to X):
Nil
• Senior Secondary School (Class XI
to XII: Nil
• College: Nil
Primary health
centers: 1
Yes No BSNL
Tapiaso&Habia
Springs/tap • Primary (Class I-V): 1
• Upper Primary (Class VI-VIII): 1
• Secondary School (Class IX to X): 1
• Senior Secondary School (Class XI
to XII: 1,
• College: Nil
Primary health
centers: 1
Yes No BSNL
32 | P a g e
1.2. Project Vision, Goal and Objectives
The vision of the project is to:
� Make the selected project sites a water secure village by addressing the potential
threat to the river Papum and Poma.
The project goal is:
� Conduct comprehensive assessments of the threat the river faces such as climate
change, deforestation, land use change etc.
The main objectives of the proposal are:
� Science: To document the geographical/physical status of the river such as
discharge amount, flora and fauna, ground water recharge, etc., through scientific
studies, baseline data collection, and situation analysis.
� Intervention: To recommend remedial measures to the problem based on the
actual ground reality as identified (e.g. afforestation, agriculture, horticulture,
catchment area treatment, livestock, soil and water conservation measures, bank
trenching, creating of check dams, and stabilization of river banks etc.,). This
would involve local communities through participation during implementation of
remedial measures.
� Implementation: To ensure smooth implementation of the recommended
remedial measures in order to conserve and manage river Papum and Poma.
1.3. Details of project Executing Entity
1.3.1. Name, RegistrationNo. & Date, Registered Address, Project Office Address (for the
purposed project)
The project will be implemented by Director, Environment & Climate Change under
Department of Environment & Forests and in coordination with line departments. The
project shall function through State Climate Change Cell under coordinatership/PI of
Dy. Director (Env) & Programme Coordinator (CC) under overall supervision of
PCCF (Env & CC)/Nodal Officer. The Contact details as under
Office of the Principal Chief Conservator of Forest &Prnl. Secretary ( Env& Forests)
Department of Environment and Forests, Government of Arunachal Pradesh,
Zero Point Tinali
33 | P a g e
Pin-791111
1. Shri A.K SHUKLA, IFS
PCCF (ENV & CC)
State Nodal Officer (SAPCC )
Department of Environment & Forests, Government of Arunachal Pradesh
Email: [email protected]
Mobile:9612206694
2. Shri D. Dohu Robin,
Dy. Director (Env& CC) &
Project Coordinator State Climate Change Cell
Department of Environment & Forests, Government of Arunachal Pradesh
Email: [email protected]
Mobile: 9436041283
1.3.2. Available technical manpower for the proposed project implementation
The executing agency is a Government Deptt of State who has qualified technical capacity in
terms of soil & water conservation, climate change, forestry, energy. The works in district
will be taken up through respective territorial DFO’s,
Details of Technical Manpower
Sl No. Name Designation Area of interest
1 Shri A K Shukla PCCF (Env & CC) & Nodal
Officer SAPCC
Forest Conservation
2 Shri D.Dohu Robin Dy. Dir. (Env) & Programme
Coordinator
Environment and
Climate Change
3
Dr. Bhupen Mili
Research Associate (Scientist)
Climate Change
vulnerability and
Adaptation
4
Dr. R.K Taj
Soil Scientist, SC-C
Soil and Water
Conservation
5
Dr. L R. Bhuyan
Systematic Botanist
Bamboo, plants&
Ecosystem Table 8: Details of Technical Manpower
34 | P a g e
1.3.3. Three largest Climate Change Adaptation Project Handled (If already implemented)
Sl.
No.
Project
Name
Objectiv
es
Amount
Sanction
ed
Funding
Agency
Geographical
Coverage
Implementat
ion Period
Outcome
1. Project 1
Nil
2. Project 2
Nil
Table 9: Three largest Climate Change Adaptation project handled
1.3.4. Three largest community based NRM projects handled
Nil
1.3.5. Three largest Climate Change Adaptation/NRM projects of State/Central Government
Nil
1.3.6. Comment of availability of suitable infrastructure for implementation of proposed
projects (Vehicles, computers, required software/tools etc.)
Department of Environment and Forests, Government of Arunachal Pradesh is
responsible for implementation of Climate Change Adaptation plan in the State
through State Climate Change cell. The department has the entire necessary
infrastructure for implementation of the above-mentionedprojects that shall be done
on Head allocation depending on intersectoral issues of Climate Change.
1.3.7. Whether Executing Entity (EE) was blacklisted, barred from implementation of
projects, faced any changes/legal cases related to mismanagement of project and
funds
No
1.4. Project Components and Financing
No. Project
Components
Expected Concrete Outputs Expected Outcomes Amount (Rs.)
1 Planning � Preparation of Village
Water Security plan
(VWSP) of Gram
� Assess current issues
and water requirement
in GPs
60,40,000
35 | P a g e
Panchayat Units and
collection of baseline data
� Hydrogeological study of
the springs and preparation
of village security plan
atlas
� Assessment and budget
estimation of the
suggested measures in
VWSP
� Hiring expert agencies for
spring development and
training para hydro-
geologist
� Geohydrology
assessment to identify
the recharge area using
scientific study
� Technical, financial
assessment of suggested
measures in Plan and
evaluate nature of
climate mitigation
activities
� Village spring atlas to
do resource mapping of
springs
2 Implementation
of Village water
Conservation
activities/
recommended
activities,
Infrastructures
construction
� Implementation of
suggested activities
afforestation, catchment
area treatment, bank
trenching, creating of
check dams
� Water harvesting
structures for harvesting
rain water during rainy
season
� Community water storage
reservoirs water from
springs
� Fodder,
agriculture,afforestation,
horticulture and livelihood
development
� Increase water storage
capacity in villages
located on top of hills
with perennial water
shortage
20,67,84,793
3 Training and
Capacity
Building
� Creating a cadre of para-
hydrogeologists
� Community mobilization
on water conservation and
climate
� To develop knowledge
of local people on water
conservation and its
need
� To train people on
1,26,00,000
36 | P a g e
mitigationactivities
� Training on preparation of
Village Water
Conservation Plan,
implementation of
suggested activities
� Training on
implementation of Village
Water conservation Plan
development of VWSP
and understand the
recommendations of the
Plan
� To train people on how
to implement the
different
recommendations under
the VWSP
4 Support Services � Instruments/ Equipments
� Report preparation,
publication and printing
� Instruments/Equipments
� Report preparation,
publication and printing
38,00,000
5 Project Execution Cost (@ 1%) 22,92,247
6 Human Resources (set aside against project management by Deptt. Of Env&
Forests, GoAP)
83,72,160
6 Total Project Cost 23,98,89,200
7 Project Cycle Management Fee charged by National Implementing Entity (3%) 71,96,676
Amount of Financing Required 24,70, 85,876
Table 10: Project Component and Financing
37 | P a g e
Project Calendar
Sl. No Task Year 1 Year 2 Year 3
Q 1 Q 2 Q 3 Q 4 Q 1 Q 2 Q 3 Q 4 Q 1 Q 2 Q 3 Q 4
1 Start of project implementation
2 Planning
2.1 Preparation of Village Water Security
Plan of Gram Panchayat Units and
Collection of Base line data
2.2 Project team/stakeholder
workshop/meeting
2.3 Hydrogeological study of the
river/springs to identify the recharge
area using scientific study and
Preparation of Village water Security
plan Atlas
2.4 Feasibility and budget estimation of
suggested measures for climate
mitigation activities like contour
trenching, bench trenching, check
dams, anicuts, etc.
3. Implementation
3.1 Implementation of suggested activities
(Water Harvesting Structures, Water
Storage Reservoir development, Fodder
development, Horticulture
38 | P a g e
development, Afforestation, livelihood
etc.)
4. Review meeting
5. Training and Capacity Building
5.1 Training and capacity building of
officials, staffs, creating a cadre of
para-hydrogeologists
5.2 Community Mobilization on spring
management, river protection, village
water security plan etc.
6 Terminal evaluation
7 Project Closing
Table 11: Project Calendar
39 | P a g e
2. Project Justification
2.1. Component-wise details and justification of the project components
2.1.1. Planning
Baseline Scenario-Presently, there is dearth of technical studies and needs assessment on the
status of rivers/wetlands and measure to conserve and protect the rivers in Arunachal Pradesh.
Without an in-depth technical review of the same, no feasible technical intervention can be carried
out to yield measurable results. Hence, to begin with, it is imperative for the state to carry out a
detailed technical study on the status of River Papum and Poma, located in Arunachal Pradesh.
Inventorisation of spring-sheds based on government records and prioritization for intervention
based on vulnerability. This would involve activities such as mapping locations of the springs
through GPS coordinates, land tenure, catchment area demarcation, and dependency on each
spring, and discharge amount of the springs. This would help us understand the vulnerability of
each spring. Preparation of Village Water Security Plans will be done at the village administrative
level by documenting the water budget, recharge areas and based on the crop calendar to make
efforts at enhancing water use efficiency.
Adaptation Activities-Complete inventorisation of the spring-sheds along with social mapping
will help in determining the biophysical vulnerability as well as socio-economic vulnerability. This
will help in developing a scientific plan and implementation strategy for developing the springs
and spring-sheds. The database would be a source of information for scientists, researchers, policy
makers and for the communities. Based on baseline surveys and inventorisation spring shed
rejuvenation activities to be taken up.
Contribution to climate resilience-The conduction of such studies will aid in assessment of the
present scenario and development of recommendations, or action points for achieving resource
security and climate resilience. At a later stage, infrastructure will be created as per these plans to
conserve and protect the river.
2.1.2. Construction of infrastructure
40 | P a g e
Baseline Scenario-Currently there are lack of physical infrastructure for conservation and
protection of the river such as afforestation, catchment area treatment, soil and water conservation
measures, bank trenching, creating of check dams, stabilization of river banks, rain water
harvesting structure etc. Hence, there is a need to create suitable infrastructure for protection of the
river. The focus under this component would be on spring-shed development to revive the dried up
springs by taking up artificial recharge works in the upper catchments to increase base flow. The spring
discharge follows an annual periodic rhythm, mirroring the rainfall pattern. As the rainfall declines
during the post monsoon season, the spring discharge reduces exponentially and reaches a minimum
during the period from December to April. Based on baseline survey location for ground water
recharge structures would identified (like staggered contour trenches, bench trenching, check dams,
anicuts, etc.) and constructed. Choosing the locations of these trenches and ponds is vital to ensure that
each of them has a micro-catchment and captures sufficient surface flow. Creating artificial ponds at
depressions and trenches along the trekking trails would help to tap the surface runoff during the
monsoon and this will be attempted. This climate change adaptation initiative will indirectly help in
disaster risk reduction by reducing landslides and damage to private lands downstream.
Adaptation Activities- In order to improve the baseline scenario, the activities suggested in the
study documents prepared as a result of the planning stage would be implemented. Structural and
non-structural interventions in spring-shed rejuvenation in wake of increasing climate variability
like recharge ponds, contour trenches and afforestation measures will be based on the
characteristics of the springs, slope, discharge and transmissivity. This is a scientific and concrete
adaptation measure.
Contribution to climate resilience-Creation of such infrastructure will aid in addressing the threat
the river faces.
Name of
the district
Name of
Circle
Name of
Gram
Panchayat
No. of
village/segments
No. of
village/segments
Water
Harvesting
Structures
(Community
water tank)
Water
Storage
Reservoir
(contour
trenching,
anicuts, hedge dams, etc)
Papum
Pare Sangdupota Poma 6
1. Poma I 10 5
2. Poma II 10 5
3. Rillo RWD 10 5
4.Moing 10 5
5. Gungu 10 5
41 | P a g e
6. Kamir 10 5
Basar Nalo-
I 6
1. Bassar Nalo &
Sindu-pota 10 5
2. Dulane 10 5
3. Yadeng 10 5
4. Langdung 10 5
5. New Bam 10 5
6. Indrajuli 10 5
Basar
Nallo-II 4
1. Kanebung 10 5
2. Rupung 10 5
3. Mebiaso 10 5
4. Byate 10 5
Jote 7
1. Jote I 10 5
2. Jote II 10 5
3. Jote III & Jumi 10 5
4. Rakap-I 10 5
5. Rakap-II 10 5
6. Depra 10 5
7. Kampo 10 5
Tapiaso &
Habia 5
1. Lao 10 5
2. Rushi 10 5
3. Tapiaso 10 5
4. Palap &
Nyoying 10 5
5. Habi, Dawaso
& Pungme 10 5
Total: 28 280 140
Table 12: Distribution of construction activities in selected project locations
2.1.3. Livelihood Interventions
Introduction green fodders will be undertaken for the food security of the livestock. The communities
would also be encouraged to undertake agro-forestry through distribution of seedlings and creation of
awareness through involvement of people. This involves anticipatory planting of species across
latitudinal and longitudinal gradient. Further, promotion of natural regeneration and mixed species
planting will be implemented.This will ensure livelihood security and enhance resilience. Most of
these crops along with horticultural crops are grown in upstream.Scientific livestock rearing would
be encouraged under this project.
Adaptation Activities- Climate resilient livelihoods will help in reduction of the economic as well as
ecological vulnerabilities thereby increasing the adaptive capacities of the communities.
2.1.4. Training and Capacity Building
42 | P a g e
Baseline Scenario-Currently there is very less training and awareness on river/wetland
conservation and other associated climate resilient activities, hence local people will have to be
trained for the project. Capacity building for creating a cadre of para-hydrogeologists and user
body for preparation of village water security plan. Training programme for para-hydrogeologists
will be trained on simple module on spring-shed management, process of identification, slope and
discharge measurement, recharge area identification, PRA to determine afforestation measures,
crop-water budgeting. There will be training for PIAs and officials as well as training of farmers in
separate modules.
Adaptation Activities-Wide-spread training programs for local villagersto ensure community
mobilization on water conservation and climate mitigation/resilient activities. People who will be
engaged in such activities will also be trained on how to technically implement the
recommendations of such plans.Building capacities of para-hydrogeologists and interfacing line
department officials on spring-shed rejuvenation is a major concrete adaptation exercise, as it will help in
eco-system resilience and aid in water security and food security to be managed in a decentralized fashion.
Contribution to climate resilience-Issues like river protection, erosion, and other benefits will be
addressed which in turn will help in conservation of the river.
Component wise justification on adaptation additionality
Major-activity/Sub-Activity Adaptation Additionalities
Inventorisation of spring-sheds based on government records and prioritization for intervention based on vulnerability:
Spring-shed/Hydrogeological mapping,
Social profile mapping, Spring
monitoring, data analysis, and finalization
of spring-sheds for structural measures.
Complete inventorisation of the spring-sheds along with social
mapping will help in determining the biophysical vulnerability as well
as socio-economic vulnerability. This will help in developing a scientific plan and implementation strategy for developing the springs
and spring-sheds. The database would be a source of information for scientists, researchers, policy makers and for the communities.
Construction of infrastructure
Structural and non-structural interventions in springshed rejuvenation
in wake of increasing climate variability like recharge ponds, contour
trenches and afforestation measures will be based on the
characteristics of the springs, slope, discharge and transmissivity. This
is a scientific and concrete adaptation measure.
Livelihood interventions along the springsheds including adaptive agriculture, diversification of livelihood, scientific livestock management such as piggery, poultry, dairy, etc.
Climate resilient livelihoods will help in reduction of the economic as
well as ecological vulnerabilities thereby increasing the adaptive
capacities of the communities.
43 | P a g e
Capacity building for creating a cadre of para-hydrogeologists, stakeholders, etc.
Building capacities of para-hydrogeologists and interfacing line
department officials on spring-shed rejuvenation is a major concrete
adaptation exercise as it will help in eco-system resilience and also aid
in water security and food security to be managed in a decentralized
fashion.
Table 13: Component wise justification on adaptation additionality
2.2. Details on Economic, Social and Environmental benefits of the project
No. Components/
Activities
Key Benefits (Direct)
Social Economic Environmental
1 Planning and
Construction of
infrastructure
� Improved basic
infrastructure on
the bank of the
river
� Improved
standard of living
by ensuring
provision of basic
amenities
� Improved basic
infrastructure on
the bank of the
river
� Improved
standard of living
by ensuring
provision of basic
amenities
� Opportunities for
livelihood such as
agriculture, horticulture,
piggery etc., during
implementation of projects
� Support eco-tourism
among the local
communities
� Better management of the
river for improved
resource efficiency
� Afforestation contribute
in betterment of
environment
� Involve local villagers in
water conservation efforts
thereby reducing their
conflict with conservation
2 Training and
Capacity Building
� Improved
capacity of local
youths and
villagers
� Improved project
management
capacity
� Improved knowledge of
people and creation of job
opportunities.
� This will allow for
collection of baseline data
which help monitor long-
term climate change
impacts
Table 14: Details of Socio-economic and Environmental Benefits
2.3. Sustainability of intervention
State Climate Change Cell, Department of Environment and Forests, Government of
Arunachal Pradesh personnel will be the agency primarily responsible for setting up the
infrastructural systems under this project.
The operation and maintenance cost of these types of projects are very low. Hence, the project
is expected to continue without much difficulty even after the life term of the project. Capacity
44 | P a g e
building of the beneficiaries is essential in this case to ensure sustained use of these
installations.
Sustainability would also be ensured through use of low emission materials and processes
(including low emissions across life cycle). To ensure sustainability after completion of
project, the local villagers would be trained through awareness generation on measures to
conserve and protect the river in the future.
2.4. Analysis of the cost-effectiveness of the proposed project
(i) A comparison of the chosen options vis-à-vis alternative options has been provided
in the table below:
As this proposed project is a green field project, no alternative options could be identified.
(ii) The funding allocation for investment activities, capacities building activities and
project management activities have been provided in the table below.
Type of Activity List of Activity
Funding
Requiremen
t (in INR)
Investment(Planning +
Implementation + Support
services)
� Preparation of Village Water Security Plan of Gram
Panchayat Units and collection of baseline data
� Hydrogeological study of the springs to identify the
recharge area using scientific study.
� Feasibility and budget estimation of the suggested
measures for climate mitigation activities like contour
trenching, bench trenching, check dams, anicuts, etc.
� Preparation of village water Security plan Atlas
� Afforestation for better water recharge.
� Implementation of suggested activities catchment area
treatment, bank trenching, creating of check dams
� Implementation of suggested activities on livelihood such
as agriculture, horticulture, livestock
� Water harvesting Structures.
� Water storage reservoir development.
� Afforestation
� Fodder development
� Horticulture development
� Basic Equipments
� Report preparation, publication and printing
21,66,24,793
Capacity Building Activities
� Community mobilization on water conservation and
climate resilient activities.
� Training on preparation of Village Water Security plan 1,26,00,000
Project Management Activities(Project Execution
Cost + Human Resources)
� Monitoring of the Project
� Coordination between various stakeholders
� Oversight of operational activities
� Mid-Year and Annual Project Reviews
1,06,64,410
Table 15: Funding allocation for investment activities, capacities building activities and project management activities
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*Note: The construction (water harvesting structure) specification shall be as per schedule of
rate (SOR) APSR 2016, PWD.
**: Fodder development, nursery sampling, and horticulture shall be as per approved rate of
Govt. farm certified agencies.
Figure 11: Photos of contour trenches, hedge dam, anicuts
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Figure 12: Trenches
2.5. Alignment with the National and State Action Plans and other Policies/Programmes
This project is aligned with both the National Action Plan on Climate Change (NAPCC) as well as
Arunachal Pradesh’s State Action Plan on Climate Change (SAPCC). Under the NAPCC this
activity would fall under The National Water Mission. Under the SAPCC, this activity is aligned
with the focus given to the water security: The project is also clearly a climate change adaptation
project and is aligned with climate change requirements under both the NAPCC and SAPCC.
2.6. Component-wise Technical Standards
Projects: Applicable Standard
Application to project
Water Harvesting Structure
The construction (water
harvesting structure) specification
shall be as per schedule of rate
(SOR) APSR 2016, PWD.
Recharging of spring and
increasing water
availability of the local
communities
Livelihood, afforestation,
fodder development, agriculture
development, nursery sampling,
horticulture
As per approved rate of Govt.
farm certified agencies
Livelihood promotion,
aid in soil water
conservation, carbon
sequestration.
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Table 16: Component-wise Technical Standards
2.7. Duplication Check
Table 17: Duplication Check
2.8. Details on Stakeholder Consultation
A thorough stakeholder consultation will be conducted during the planning phase of the
project. This consultation will not only re-confirm the buy-in from the local population but will
also identify the exact project boundaries, livelihood options for the selected sites and will
familiarize the beneficiaries with the organizational and implementation mechanism to be used.
2.9. Learning and knowledge management
� Capacity building and knowledge sharing workshops and sessions will be held with
Government officials, stakeholders (villagers) etc.
� Capacity building sessions will also be held for the beneficiaries - local communities so
that the installed systems can be used in an efficient manner.
2.10. Sustainability of project outcomes
No. Expected outcomes Expected concrete
outputs
Sustainability
Mechanism
Responsible
party/ies
� Assess current issues
and threat of the river
Papum-Poma
� Geohydrology
assessment to identify
the recharge area using
scientific study
� Technical, financial
assessment of suggested
measures in Plan and
evaluate nature of
climate resilient
activities
� Collection of baseline
data
� Hydrogeological study
of the river/springs
� Feasibility assessment
and budget estimation
�
Local villagers would be
involved in
implementation, operation
and maintenance of the
created assets under this
project
Department of
Environment and
Forests,
Government of
Arunachal Pradesh
Projects: Objectives Complementarity
Geographical
Coverage/
Agency
Village water
security plan
Improve water access in the
villages
Will have new associations
under this project.
New approach/No
duplication
Integrated
watershed
project
Soil and water conservation and
improvement of livelihood through
contour trenching, anicuts, hedge
dams etc.
This is a new approach in
the selected project
locations
No duplication
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No. Expected outcomes Expected concrete
outputs
Sustainability
Mechanism
Responsible
party/ies
2. � Training and capacity
building of officials,
staffs
� Community
Mobilization on river
management, river
protection, village water
security plan etc.
� Training of beneficiaries
on livelihood such as
agriculture, horticulture,
piggery
� Community
mobilization on water
conservation and
climate resilient
activities
� Training on
preparation of Village
Water Security Plan
� Training on
implementation of
Village Water Security
Plan
Table 18: Sustainability of project outcome
2.11. Overview of the environmental and social impacts and risks identified as being relevant
to the project
No. Checklist of environmental
and social principles
No further assessment
required for compliance
Potential impacts and risks- further
assessment and management required for
compliance
1. Compliance with the Law Ensured Not required
2. Access and Equity Ensured Ex-post monitoring
3. Marginalized and Vulnerable
Groups Ensured
Ex-ante required
4. Human rights Ensured Indeterminate at this stage
5. Gender Equity and Women’s
empowerment Ensured Indeterminate at this stage
6. Core Labour Rights Ensured Ex-post, concurrent
7. Indigenous People Ensured Ex-post, concurrent
8. Involuntary Resettlement NA NA
9. Protection of Natural Habitats Will be taken care of Will be assessed
10. Conservation of Biological
Diversity Ensured
Will be assessed
11. Climate Change Ensured Will be assessed
12. Pollution Prevention and
Resource Efficiency
Spring rejuvenation will
improve water quality
Will be done
13. Public Health Will be done Will be done
14. Physical and Cultural
Heritage Ensured As per site if any
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15. Lands and Soil Conservation Ensured Ex post monitoring
Table 19: Overview of the environmental and social impacts and risks identified as being relevant to the project
3. Implementation Arrangements
3.1Arrangements for Project implementation
Hierarch
y Charge Responsibility
State
State Climate Change Cell
PCCF &Prl. Secy. (E&F), / State Nodal Officer/Director
(Environment) Department of Environment & Forests, GoAP
Co-ordinate with funding agency
Receive funds and disburse it to the
district as per the district plan
Ensure accountability and
transparency in the Scheme at all
levels
Regular review, monitoring and
evaluation of processes and
outcomes
Establish a network of professional
agencies for training, technical
support and for quality-control
measures
District
Divisional Forest Officer (Concern District)/HoD’s of
Agri/Horti/water Resource/Soil & Water Conservation/Vety&
AH/PHE etc. in District level.
Receive funds and disburse it to the
district as per the block plan
Ensure timely release and
utilization of funds
Review, monitor and supervise the
performance of the POs
Conduct and cause to be conducted
periodic inspection of the works in
progress
Block/Gr
amPanch
ayat
Range Forest Officer (Concern Block/Gram Panchayat)/HoD’s of
Agri/Horti/water Resource/Soil & Water Conservation/Vety&
AH/PHE etc. in block level.
Monitoring and supervising
implementation of works taken up
by GPs and other implementing
agencies within the Block
Maintaining proper accounts of the
resources received, released and
utilized
Ensuring conduct of social audits
and following up on required
actions.
Identification and planning of
works, developing shelf of projects
including determination of the
order of their priority. Assist the
technical team in preparation of
VWSP
Executing works that shall meet the
required technical standards and
measurements
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Hierarch
y Charge Responsibility
Prepare annually a report
containing the facts and figures and
achievements relating to the
implementation of the Scheme
within its jurisdiction and, copy of
the same to be made available to
the public on demand and on
payment of such fee as may be
specified in the Scheme
Awareness generation and social
mobilization
Make available all relevant
documents including the Muster
Rolls, bills, vouchers, measurement
books, copies of sanction orders
and other connected books of
account and papers to the GS for
the purpose of conducting the
social audit
Monitoring implementation at the
village level
Table 20: Arrangements for project implementation
Arrangement for project implementation with inclusions of Rural Development Deptt, National
Institute of Hydrology, IIT Guwahati, Forest Deptt, Water Resource, Agri & Horti Deptt, Animal
Husbandry & Vety Deptt, State Remote Sensing Application Centre (SRSAC), GBP Himalayan
Instt Env Sustainability Development (GBPHIESD), Fisheries Deptt, and District Administration
and villages, Stakeholders for spring shed implementation.
Fund flow mechanism is proposed as under:
State Climate Change Cell under guidance & supervision of Department of Environment & Forests
will co-ordinate with MoEF&CC and NIE (NABARD) for funding mechanism and fund flow to
the line departments and other agencies. Fund flow mechanism is proposed as under:
NABARD (NIE) >SCCC (PMU)>DoEF and other Deptts >Spring-shed Committees
Description of the measures for financial and project risk management including environmental
and social risk
No. Risk Rating (High/Medium/Low) Mitigation Measure
1.
Financial Medium (project implementation can stop
in the middle of construction due to natural
calamity like flood, land slide)
-Timely implementation
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No. Risk Rating (High/Medium/Low) Mitigation Measure
2.
Environmental Low ( minimum impacts of micro
ecosystem for interventions)
- Proper study to be undertaken to
understand the feasibility and environmental
consequence before implementation of
interventions in the region.
3.
Social Low ( minimum impact as people will be
involved in implementation) - Capacity building of people and
importance of river management to be
disseminated.
Table 21: Financial and project risk management including environmental and social risk
3.2 Monitoring and Evaluation Plan
The State Climate Change with manpower of 1 Research Associate, 2 JRFs and 1 project
Assistant would assist in monitoring and evaluation of the project. Further, monitoring station /
infrastructure will be established tostudy the impact of climate change, interventions,
implementation in the project sites [by using remote sensing technique & groundverification]
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4 Detailed Budget:
Activities Unit Unit Cost (in INR) Total Units Total Cost (in INR)
1 Planning
1.1 Preparation of Village Water Security Plan of Gram
Panchayat Units and collection of baseline data
No. of
Gram
Panchayat
Units
125,000 28 35,00,000
1.2
Hydro-geological study of the springs to identify the
recharge area using scientific study and preparation of
village spring atlas
No. of
Landscape
level
studies
10,00,000
1.3
Feasibility and budget estimation of the suggested
measures for climate mitigation activities like contour
trenching, bench trenching, check dams, anicuts, etc.
Numbers 55,000 28 15,40,000
60,40,000
2 Capacity Building
2.1
Community mobilization on water conservation and
climate mitigation activities/ Capacity building for
creating a cadre of para-hydrogeologists
Numbers 300,000 28 84,00,000
2.2 Training on preparation of Village Water Security plan 150,000 28 42,00,000
1,26,00,000
3 Implementations / Livelihoods
3.1 Water harvesting Structures
Numbers
(@10 per
GP)
400,000
280 11,20,00,000
3.2
Water storage reservoir development (like contour
trenching, bench trenching, check dams, anicuts, hedge
dams, etc. )
Numbers
(@5 per
GP)
300,000
140 4,20,00,000
3.3 Fodder development 62,84,793
3.4 Afforestation/Agriculture/Horticulture/Livestock
development 4,65,00,000
20,67,84,793
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4 Support Services
4.1
Basic Equipments (Office establishment like
computers, software, printers, Xerox machines,
projector, screens, high end camera, GPS
reader,training materials, etc.)
25,00,000
4.2 Report preparation, publication and printing 13,00,000
38,00,000
5 Sub-Total (A) 22,92,24,793
6 Project Execution Cost (@1% of the Sub-Total (A)) 22,92,247
7 Human Resource
7.1 Project Scientist (1 No.) Months 50,000 36 18,00,000
7.2 Senior Research Fellow (2 Nos.) Months 70,000 36 25,20,000
7.3 GIS Expert (1 No.) Months 30,000 36 10,80,000
7.4 Project Assistant (1 Nos.) Months 20,000 36 7,20,000
7.5 Data Entry Operator (1 No.) Months 18,000 36 6,48,000
7.6 Consultant Hydrologist (1 No.) Months 40,000 36 14,40,000
7.7 Increment / HRA, (@2%) 1,64,160
83,72,160
8 Total (B) 23,98,89,200
9 Project Cycle Management Fee charged by National Implementing Entity(NIE) @ 3% of Total (B) 71,96,676
10 Grand Total 24,70, 85,876 Table 22: Detailed budget for the project
Note:-
1. The remuneration of the project staffs are as per DST, GOI norms(Refers to query made by members of NSCCC)
2. The project scale is in Panchayat level (5 panchayats) in response to queries made in NSCCC
55 | P a g e
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Justification
1. Office Space Development: Furniture for officestaff
2. Satellite Images: A set of high resolution satellite images will be required
for carrying out carbon sequestration study and other modeling using
remote sensing and GIS techniques.
3. Consultant Fee: Experts from premier research institutes on climate
change analysis need to be consulted for successful implementation of the
project. 4. Printing of half yearly/annually reports, Newsletter and otherpublications.
Budgets for Equipments and softwares
Sl.
No.
Generic name of the
Equipment along with make &model
Imported/Indigenous Estimated Costs
(in Foreign Currency also)*
Spare time for
other users (in %)
1 High End PCs/Laptops/Projector
5.00
2 Photocopier 2.00 3 Scanner/printer 2.00 4 Vehicle Safety Equipment 2.00 5 Navigational Tools 3.00
6 Digital Camera 1.00
7 Digital video camera 2.00
8 Computational Resources 3.00 9 Software/spatial module 5.00 Total 25.00 Lakh
Justification for the proposed equipment
1. High end PCs: Required for computing large amount of climatic
data and remote sensingdata. 2. Photocopier: Required for photocopy many researchdocuments 3. Scanner/printer: Required for Scanning Image,PDF,TIF documentsetc. 4. Vehicle Safety Equipment: Required for Vehicle maintenance andrecovery 5. Laptops: Laptops will be provided to the scientists for carrying out
their assigned officialduties.
6. Projector: This will be used for training, seminars and workshopspurpose.
7. Navigation tools: Maps, Compass, GPS, etc. are required for carry
out field work.
8. Digital Camera/Video camera: It will be used for recording field
sample spot/plot, tracking routes and the study area, capturing
58 | P a g e
samples and the location,etc.
9. Computational Resources: Require for computer simulation,
developing and running climate model. This includes equipment to
be procured for hosting a webportal.
List of facilities being extended by parent institution(s) for the project implementation.
A) Infrastructural Facilities:
Sr. No. Infrastructural Facility Yes/No/ Not required Full or sharing basis
1. Workshop Facility Sharing Basis 2. Water & Electricity Sharing Basis
3. Laboratory Space/ Furniture Sharing Basis
4. Power Generator Sharing Basis
5. AC Room or AC Yes
6. Telecommunication including e-mail & fax Yes
7. Transportation No
8. Administrative/ Secretarial support Yes
9. Information facilities like Internet/ Library Sharing Basis
10. Computational facilities No
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5 References:
Agriculture Cooperation and Farmers Welfare. 2012. "Agriculture Contingency Plan for District:
Papum Pare " In. New Delhi: Department of Agriculture Cooperation and Farmers Welfare.
Beniston, M. 2003. " Climatic change in mountain regions: a review of possible impacts." Climate
Change 59:5-31.
Forest Survey of India. 2017. "State of Forest Report 2017: Arunachal Pradesh." In.: Ministry of
Environment and Forests.
Gentle, Popular, and Tek Narayan Maraseni. 2012. "Climate change, poverty and livelihoods:
adaptation practices by rural mountain communities in Nepal." Environmental Science &
Policy 21:24-34. doi: https://doi.org/10.1016/j.envsci.2012.03.007.
Geological Survey of India. 2018. "Landslides Incidents Recents." Government of India.
Government of Arunachal Pradesh. 2011. "Arunachal Pradesh State Action Plan on Climate
Change." In. Itanagar: Department of Environment & Forests.
Government of India. 2011. "Census of India." In. New Delhi: Government of India.
———. 2013a. "Ground Water Information Booklet Papum Pare District, Arunachal Pradesh." In
Technical Report Series: D. Guwahati: Ministry of Water Resource,Central Ground Water
Board, North Eastern Region.
———. 2013b. "Press Note on Poverty Estimates, 2011-12." In. New Delhi: Planning
Commission.
Indian Meteorological Department. 2013. "State Level Climate Change Trends in India." In. Pune:
Government of India.
IPCC. 2014. Climate Change 2014: Impacts, Adaptation, and Vulnerability. Part A: Global and
Sectoral Aspects. Contribution of Working Group II to the Fifth Assessment Report of the
Intergovernmental Panel on Climate Change [Field, C.B., V.R. Barros, D.J. Dokken, K.J.
Mach, M.D. Mastrandrea, T.E. Bilir, M. Chatterjee, K.L. Ebi, Y.O. Estrada, R.C. Genova,
B. Girma, E.S. Kissel, A.N. Levy, S. MacCracken, P.R. Mastrandrea, and L.L. White
(eds.)]. Cambridge, United Kingdom and New York, NY, USA: Cambridge University
Press.
Kushwaha, S.P.S, S. Nandy, M.A. Shah, R. Agarwal, and s. Mukhopadhyay. 2018. "Forest cover
monitoring and Prediction in a Lesser Himalayn elephant landscape." Current Science 115
(3).
NITI Aayog. 2017. "Inventory and Revival of Springs in Himalayas For Water Security." In
Sustainable Development of Mountains of Indian Himalayan Region. New Delhi: DST,
Government of India.
NRHM. 2017. "Infant Mortality Rate." In. Naharlagun: Government of Arunachal Pradesh.
Sharma, E, N Chettri, K Tse-ring, B Shrestha, A , B Jing, P Mool, and M Eriksson 2009. "Climate
Change Impacts and Vulnerability in the Eastern Himalayas." In. Kathmandu.
63 | P a g e
GOVERNMENT OF ARUNACHAL PRADES
DEPARTMENT OF ENVIRONMENT & FORESTS
ENDORSEMENT FROM THE HEAD OF
PROJECT TITLE: -Addressing Climate Change Vulnerability of
conservation and recharging of its springs
Certified that the institutewelcomes
National Adaptation Fund for Climate Change in the State of Arunachal Pradesh.
1. Certified that the basic facilities and other administrative facilities as per terms and
conditions of the grant will be extended to the investigators throughout the duration of the
project.
2. Institute assumes the financial and other management responsibilities of the project.
Date:
Place: Itanagar
GOVERNMENT OF ARUNACHAL PRADES
DEPARTMENT OF ENVIRONMENT & FORESTS
ITANAGAR
ENDORSEMENT FROM THE HEAD OF THE INSTITUTION
Addressing Climate Change Vulnerability of Papum-
and recharging of its springs
institutewelcomes the submission of above titled proposal for funding under
Fund for Climate Change in the State of Arunachal Pradesh.
Certified that the basic facilities and other administrative facilities as per terms and
conditions of the grant will be extended to the investigators throughout the duration of the
ute assumes the financial and other management responsibilities of the project.
GOVERNMENT OF ARUNACHAL PRADES
DEPARTMENT OF ENVIRONMENT & FORESTS
THE INSTITUTION
-Poma River for
proposal for funding under
Fund for Climate Change in the State of Arunachal Pradesh.
Certified that the basic facilities and other administrative facilities as per terms and
conditions of the grant will be extended to the investigators throughout the duration of the
ute assumes the financial and other management responsibilities of the project.
Annexure I
64 | P a g e
GOVERNMENT OF ARUNACHAL PRADES
DEPARTMENT OF ENVIRONMENT & FORESTS
CERTIFICATE FROM THE NODAL OFFICER
PROJECT TITLE: Addressing Climate Change Vulnerability of
conservation and recharging of its springs
1. I/We agree to abide by the terms and conditions of the NAFCC
2. I/We did not submit this or a similar proposal elsewhere for financial support.
3. I/We have explored and ensured that equipment and basic facilities will actually be
available as and when required for the purpose of the project. I/We shall not request
financial support under this project for procedure for procurement of these items.
4. I/We undertake to submit progress reports statement of accounts, utilization certificates
etc., regularly as prescribed by NAFCC.
Date:
Place: Itanagar
GOVERNMENT OF ARUNACHAL PRADES
DEPARTMENT OF ENVIRONMENT & FORESTS
ITANAGAR
CERTIFICATE FROM THE NODAL OFFICER
Addressing Climate Change Vulnerability of Papum
and recharging of its springs
I/We agree to abide by the terms and conditions of the NAFCC grant.
I/We did not submit this or a similar proposal elsewhere for financial support.
/We have explored and ensured that equipment and basic facilities will actually be
available as and when required for the purpose of the project. I/We shall not request
financial support under this project for procedure for procurement of these items.
undertake to submit progress reports statement of accounts, utilization certificates
etc., regularly as prescribed by NAFCC.
GOVERNMENT OF ARUNACHAL PRADESH
DEPARTMENT OF ENVIRONMENT & FORESTS
CERTIFICATE FROM THE NODAL OFFICER
Papum-Poma River for
I/We did not submit this or a similar proposal elsewhere for financial support.
/We have explored and ensured that equipment and basic facilities will actually be
available as and when required for the purpose of the project. I/We shall not request
financial support under this project for procedure for procurement of these items.
undertake to submit progress reports statement of accounts, utilization certificates
Annexure II
65 | P a g e
GOVERNMENT OF ARUNACHAL PRADESH
DEPARTMENT OF ENVIRONMENT & FORESTS
CERTIFICATE FROM THE PR
CLIMATE CHANGE CELL, GOVT. OF AP
PROJECT TITLE: Addressing Climate Change Vulnerability of
conservation and recharging of its springs
1. I/We agree to abide by the terms and conditions of the NAFCC grant.
2. I/We did not submit this or a similar proposal elsewhere for financial support.
3. I/We have explored and ensured that equipment and basic facilities will actually be
available as and when required for the purpose of the project. I/We shall not request
financial support under this project for procedure for procurement of these items.
4. I/We undertake to submit progress reports statement of accounts, utilization certificates
etc., regularly as prescribed by NAFCC.
Date:
Place: Itanagar
GOVERNMENT OF ARUNACHAL PRADESH
DEPARTMENT OF ENVIRONMENT & FORESTS
ITANAGAR
CERTIFICATE FROM THE PROGRAMME COORDINATOR
CLIMATE CHANGE CELL, GOVT. OF AP
Addressing Climate Change Vulnerability of Papum-Poma River for
and recharging of its springs
I/We agree to abide by the terms and conditions of the NAFCC grant.
I/We did not submit this or a similar proposal elsewhere for financial support.
I/We have explored and ensured that equipment and basic facilities will actually be
equired for the purpose of the project. I/We shall not request
financial support under this project for procedure for procurement of these items.
I/We undertake to submit progress reports statement of accounts, utilization certificates
rescribed by NAFCC.
GOVERNMENT OF ARUNACHAL PRADESH
DEPARTMENT OF ENVIRONMENT & FORESTS
COORDINATOR, STATE
Poma River for
I/We did not submit this or a similar proposal elsewhere for financial support.
I/We have explored and ensured that equipment and basic facilities will actually be
equired for the purpose of the project. I/We shall not request
financial support under this project for procedure for procurement of these items.
I/We undertake to submit progress reports statement of accounts, utilization certificates
Annexure III