climate change adaptation in water, agriculture and...
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Climate Change Adaptation in Water, Agriculture and Livelihood Sectors in Himalaya:
Bridging Gap between Climate Science and Local Level Climate Change Adaptation
Prakash Tiwari Professor of Geography
Kumaun University, Nainital, Uttarakhand, India Email: [email protected]
The Mountains of the World
Source: FAO
4000 km
300 km
Great Himalaya
Middle or Lesser Himalaya
Siwalik or Outer Himalaya
Western Himalaya
[Less Summer and More
Winter Rainfall]
South North
MFT MBT MCT
Himalaya: longitudinal Classification
Eastern Himalaya
[More Summer and Less Winter
Rainfall]
Hydrological Parameters of Principal Rivers of Hindu Kush Himalaya
River Basin
Length (km)
Mean Discharge
(m³/s)
Glacier Melt in River
Flow (%)
Yangtze 6,300 34,000 18.5
Brahmaputra 2,948 19,824 12.3
Ganges 2,057 18,691 9.1
Irrawaddy 2,170 13,565 Small
Mekong 4,600 11,048 6.6
Indus 2,900 5,533 44.8
Salween 2,800 1,494 8.8
Yellow 5,464 1,365 1.3
Tarim 2,030 146 40.2 Source: ICIMOD
Densely Populated
Livelihood Constraints
Poverty and Marginalization
High Food Deficit
Constraints of Infrastructure
Rapid Urban Growth
Himalaya: Highly Vulnerable to Global Environmental Changes
Natural Vulnerability
Human Induced Vulnerability
Young Mountains
Geo-tectonically Alive
High Seismicity
High Altitude
Steep and Fragile Slopes
Large Number of Glacial Lakes
Climate Change Adaptation is multi-institutional and multi-sectoral governance process at local level
Mainstreaming Climate Change Adaptation [CCA] and Disaster Risk Reduction [DRR] into overall development process is now emphasized by international and national agencies
What is the most scientific spatial unit for climate change adaptation and its mainstreaming at micro-level
How cutting edge state-of-art climate knowledge could to be generated at micro-regional level and transferred to local level institutions
How climate science can help in building adaptive capacity of local level government officials and representatives of community-institutions
How the hydro-meteorological information gap could be bridged-up in Himalaya
How climate knowledge could be integrated in building urban resilience
Climate Change Adaptation in Himalaya: Key Issues
Drought Assessment and Adaptive Resource Management in Uttarakhand Himalaya; in collaboration with Newcastle University, UK [Financial Support from Royal Society, UK under its ‘Global Challenges’ Programme]
Shimla Climate Change Adaptation Partnership Project, in partnership with Urban Climate Research Network [UCCRN], Columbia University, USA; International City Management Council [ICMA]; and International City-Link Programme [City-Link] [Financial Support from USAID]
Urban Climate Change Vulnerability Across Hindu Kush Himalaya; in association with Yale University, USA; University of British Columbia, Canada; and ICIMOD [Financial Support from NASA]
Climate Change Adaptation Tool-kit Development for Uttarakhand Himalaya, in collaboration with Australian National University, Australia; MAIRS, China; and Newcastle University, UK
Kumaun University: Adaptation Initiatives
Forest-Agriculture-Food-Livelihood in Himalaya
Crop Land
Market
Cattle Community
FORESTS [65%]
FOREST [65%]
[Rainfall 15 % Declined and Rainy Days Decreased 10]
Food
Seeds Labour
Fertilizer
Fuel-wood etc.
Livelihood
Fodder
Feed
Manure
Labour
Grasses & By-products
[Only 11% Agricultural Land is Irrigated and Irrigation Potential is Declining]
Conservation & Protection
[75% Population Depends on 15% Cultivated Land]
[Limited Market Access]
[Food Availability 35% Year] [Declined 55%]
Due to Constraints of Subsistence Economy Large Proportion of Male Population Out-migrates and this Leads to Feminization of Resource Development Process and Agriculture in Himalaya
500 m
5000 m
1000 m
2000 m
3000 m
4000 m
50 – 100 km
Approximate Radial Distance
Sub-Tropical Zone, Deciduous Forests, High Population Density
Intensive Cultivation
Lower Temperate Zone, Mixed Forests, Water Scarcity, High
Population Density, Intensive Cultivation
Mid Temperate Slopes, Mixed Himalayan Forests, Acute Water Scarcity,
High Population Density Extensive Cultivation, Horticulture, Vegetable Farming
Sub-Alpine Mountains, Sparse Population,
Extensive Cultivation, Livestock Grazing
Alpine Zone
Intensive Grazing
Alpine Zone
Sub-Alpine
Mountains,
Sparse
Population,
Mid Temperate
Slopes,
High Population
Density
Lower Temperate
Zone, High Population
Density,
Sub-Tropical Zone, Flat Valleys, High Population
Density
River
Rapid Urbanization Increasing Climate Change Vulnerability
T1 T2
T3
T3
Valleys
Mid-slopes and Ridges
High Altitude
Drivers of Urbanization:
Subsistence Agricultural Economy Livelihood Constraints Rural Poverty Population Growth Increased Road Connectivity Improved Access to Market Growth of Tourism Extreme Weather Events 26% Population in Urban areas
Flood Plain Level
Temperature Variations
Increased Rainfall Variability
Variability in Rainy Days
Increase in Foggy Conditions
Increase in Frosty Conditions
Erratic Rainfall
Increase in Extreme Weather Events
Forest and Habitat Loss
Biodiversity Loss
Groundwater Disruptions
Reduced Water Discharge
Drying of Springs
Drying of Streams
Reduced Water Availability
Droughts
Slope Failure and Landslides
Debris Mud Flow
Riverbeds Siltation
Flash Floods
Water Insecurity
Food Insecurity
Forest Fires
Livelihood Insecurity
Frequent Crop Failures
Climate Change in Himalaya: Observed Impacts and Vulnerabilities
Gender Implications
Outmigration
Health Risks
Glacial Lake Outburst Flow
Glacier Melting
Climate Aspects Ecosystem
Impacts Natural Risks Socio-economic
Vulnerability
12.2 9.7
11.2
20.7
33.3
68
72
81
64
37
0
10
20
30
40
50
60
70
80
90
0 1 2 3 4 5 6
Winter
Arunachal Pradesh Sikkim Uttarakhand Himachal Pradesh Jammu and Kashmir West East
Pe
rce
nta
ge
of A
nnu
al P
recip
ita
tion
Monsoon
Precipitation Pattern During Monsoon and Winter Season Across the Himalayan States
Status of Water Resources in Western Himalayan Rain-fed Watersheds [1985 – 2015]
Himalayan State
[Western Himalaya]
Watershed % Natural Springs Dried
Wetland Depleted
(No)
% Water Discharge Declined
Himachal Pradesh Ashwani 25 5 11
Himachal Pradesh Nauti 31 7 15
Himachal Pradesh Dhalli 39 3 25
Uttarakhand Gaula 41 6 47
Uttarakhand Kosi 35 3 37
Uttarakhand Ramgad 40 7 41
Climate Parameters Ramgad Watershed , Nainital, Uttarakhand Summer (June-August) Winter (Nov-March)
Temperature Decrease in Max Temp by 1ºC Decrease in Min Temp by 0.39ºC
Increase in Max Temp by 1.5 ºC Increase in Min Temp by 2.3 ºC
Precipitation Overall increase in mean rainfall by 11% or 55 mm, or total of 559 mm over wet season
Overall decrease in mean rainfall by 15% or 34 mm, or total of 194 mm over dry season
Extreme Events Increase incidences of High Intensity Rainfall, flash floods and flooding
The dry season will become drier Higher temperatures will lead to more severe droughts and forest fires
Projected Climate Trends A1B Scenario (2041-2060) Compared to the Baseline Period (1981-2000)
Source: Australian National University, Canberra, Australia; MAIRS, Beijing, China; Newcastle University, Newcastle, UK for APN Project [Climate Change Adaptation Tool Kit Development in Uttarakhand Himalaya 2014-2017]
Climate Change
Temperature Change
Precipitation Change
Extreme Events
Forest and Biodiversity
Water Availability
Land and Soils
Ecosystem Services
Agriculture
Food Production
Food Security
Livelihood
Community Health
Govt. Agencies,
Community Institutions, CSOs, NGOs,
Charity, Private Sectors
Traditional Knowledge
Climate Information
Water Demand Water Utilization
Adaptive INRM
Natural Disasters
Disaster Risk Reduction
Climate Change Adaptation Mainstreaming in Development Planning: A Multi-institutional Governance Process in Uttarakhand
Livelihood Improvement
Climate Services
Land Use Policy
Capacity Building
Community Participation
Individual
Local
Community
Regional
Top-down and Bottom-up Approaches for Assessing Climate Change Vulnerability and Evolving Adaptation Framework
The Spatial Scale of Adaptation
Resource Conservation
Livelihood Improvement Income Generation
Poverty Reduction
Women Empowerment Disaster Risk Reduction
Water Security
Livelihood Security
Food Security
Poverty Reduction
Women Empowerment
Traditional Knowledge
Strengthening Institutions
Improved Governance
Disaster Reduction
Knowledge management
Water Management
Livelihood Diversification
Improving Food Production
Income Generation
Gender Sensitization
Participation
Institutions
Governance
Disaster Management
Integrating Climate Change Adaptation and Disaster Risk Reduction at Watershed Level: The Complementariness of Key Components
Inte
grat
ed W
ate
rsh
ed M
anag
em
en
t C
limate
Ch
ange
Ad
aptatio
n
Adaptive Watershed Governance: Connecting Dots
Local Institutions: Key Actors in Climate Change Adaptation Governance
Institutions
Scale Structure Natures
National Local Regional Global Formal Informal Public CSOs Private
Functions
Social Economic Political Developmental Environmental
Government Institutions
Community Institutions
Private Institutions (Private Business Enterprises)
Local Level Government Line Departments (Forest, Irrigation, Water Supply, Agriculture, Livestock, Health Centre etc.)
Panchayat Raj Institutions
Zila Panchayat Block Panchayat Gram Panchayat
Forest Panchayat Self Help Group Swajal Committee Watershed Committee
Identification of Institutional
Mechanism
Village Councils [Village
Panchayats]
Forest Councils [Forest Panchayats]
Non -Governmental Organizations
Civil Society Organizations
Youth Clubs, Schools, Women’s
Associations
Meetings and Consensus
Building
Identification of Sites for
Installation of Weather
Equipment
Government Agencies
Installation of Weather
Equipment
Training of Community
Members and Other
Stakeholders
[SMS] Early
Warning
Monitoring, Recording , Sharing and
Dissemination of Information
Local Level Climate Information: Improving Adaptive Capacity of Community Institutions
Location Map
Ramgad Watershed: Kumaon Lesser Himalaya [Community Based Climate Monitoring]
Nathuakhan
Bohrakot
Nikana
Satbunga
SAMPLE VILLAGES
Bohrakot
Automated Weather Station
Manual Weather Station
Thanks!