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Farmers in Gilgit Baltistan are combating climate induced water scarcity by adopting Ladakh inspired ice stupas cone shaped artificial glaciers that store winter water & release it during spring to support early crop cycles & resilience.
Feature |
Details |
Definition |
Cone shaped artificial glaciers created by freezing water in winter for use in spring. |
Origin |
Ladakh, India developed by Sonam Wangchuk (SECMOL) now adopted in Gilgit-Baltistan etc. |
Shape |
Buddhist stupa like conical structures designed to minimize surface area exposed to sun. |
Construction Method |
Water is piped from upstream sources & sprayed into freezing air to form ice. |
Water Source |
Gravity fed stream or pipe system from upstream meltwater or springs. |
Seasonal Cycle |
Formed in winter (Oct–Feb); gradually melts in spring (March–May). |
Primary Purpose |
Provides water during early spring when natural glacier melt hasn't started. |
Benefits |
Enables early sowing, increases crop cycles, reduces water stress, cost-effective. |
Volume Capacity |
One stupa can store 500,000 to 1 million liters of water; large systems reach 20 million L. |
Global Adoption |
Used in India, Pakistan, Nepal, Bhutan; being studied in Switzerland, Chile. |
Aspect |
Details |
Terrain |
Steep slopes, terraced agriculture, limited arable land. |
Climatic Stress |
Warming trends, declining snowfall, early snowmelt & erratic rainfall patterns. |
Water Dependency |
Spring snowmelt & glacial runoff are primary irrigation sources. |
Major Crops |
Barley, wheat, potatoes, buckwheat, peas, mustard. |
Farming Systems |
Mixed cropping, subsistence farming, agro-pastoralism. |
Challenges |
Short growing seasons, unpredictable water availability, flash floods, GLOFs. |
Adaptive Measures |
Ice stupas, polyhouses, rainwater harvesting, drip irrigation, glacier grafting. |
Institutional Support |
ICIMOD, SECMOL, UNDP-GLOF II, Ladakh Ecological Development Group (LEDeG). |
Project / Location |
Country |
Key Features / Impact |
Ice Stupa Project, Ladakh |
India |
Initiated by Sonam Wangchuk; now scaled across 25+ villages in Ladakh. |
GLOF II Project, GB |
Pakistan |
Over 20 villages in Gilgit-Baltistan using ice stupas; 16,000+ people benefitting. |
Glacier Grafting, Himachal |
India |
High-altitude glacial recharge using shaded trenches to grow glaciers. |
Zanskar Artificial Glacier |
India |
Stream-diverted & stored in shaded valleys to increase spring water availability. |
Nepal Glacial Reservoirs |
Nepal |
Snow & ice harvesting for spring irrigation in Mustang & Dolpo regions. |
Chile Andes Test Project |
Chile |
Piloting snow-harvesting systems to sustain water for vineyards in semi-arid Andes. |
Feature |
Details |
Primary Water Source |
Early-season melt from seasonal snow & ice; supplemented by ice stupas. |
Seasonal Importance |
Critical for sowing of rabi crops before natural glacier melt starts (March–April). |
Irrigation Techniques |
Gravity flow channels, kuhls (Himachal), drip systems, polytank storage. |
Role of Ice Stupas |
Bridge water availability gap from March to May. |
Challenges |
Delay in snowmelt, unseasonal warmth, infrastructure loss due to flash floods. |
Sustainability Measures |
Community-led water scheduling, localized water harvesting, renewable energy pumps. |
Policy Support |
National Mission on Sustaining Himalayan Ecosystem (NMSHE), ICIMOD support, UNDP aid. |
Law / Policy |
Year |
Key Provisions & Relevance to Water Scarcity |
Indian Easements Act |
1882 |
Recognizes customary rights to water usage; forms basis for individual access but does not regulate scarcity. |
Environment (Protection) Act |
1986 |
Empowers central government to regulate & control water pollution & enforce environmental quality standards. |
Water (Prevention & Control of Pollution) Act |
1974 |
Focuses on preventing water pollution & maintaining/ restoring wholesomeness of water. |
Inter-State Water Disputes Act |
1956 |
Mechanism for resolving water sharing conflicts between states (e.g Cauvery, Krishna disputes). |
National Water Policy (latest: NWP Draft) |
1987, 2002, 2012, Draft 2019 |
Promotes integrated water resources management; focuses on conservation, reuse & pricing. |
Groundwater (Model) Bills |
1970–2017 |
Various versions suggest regulatory frameworks; however groundwater is still unregulated in many states. |
Mines & Minerals Act |
1957 |
Regulates use of water in mining; indirect implication for water table stress in mining areas. |
Urban & Rural Local Government Acts |
Varies |
Empower municipalities/panchayats to manage water supply, conservation, rainwater harvesting etc. |
River Boards Act |
1956 |
Enables central government to establish river boards for inter-state river management; largely unused. |
Disaster Management Act |
2005 |
Includes drought & water scarcity under disaster risks; provides relief & mitigation frameworks. |
Mahatma Gandhi National Rural Employment Guarantee Act (MGNREGA) |
2005 |
Promotes water conservation projects (e.g check dams, ponds, bunding) in rural areas under employment scheme. |
Right to Safe Drinking Water (implied under Article 21) |
– |
Recognized by courts as part of Right to Life under Article 21 of Constitution of India. |
Model Bill for Conservation, Protection, Regulation & Management of Groundwater (Draft) |
2016 |
Aims for participatory, community led groundwater governance model; not yet enacted uniformly. |
Jal Shakti Abhiyan / Jal Jeevan Mission |
2019 to ongoing |
Flagship schemes for groundwater recharge, piped water supply, water harvesting. |
Principle |
Explanation |
Public Trust Doctrine |
Water is a public resource held in trust by state; cannot be privatized absolutely. |
Right to Water |
Implied under Right to Life (Article 21); upheld by Supreme Court in multiple cases. |
Polluter Pays Principle |
Those causing water pollution must compensate for damage. |
Precautionary Principle |
Preventive approach to avoid environmental harm in water-related development. |
Institution |
Role |
Central Ground Water Board (CGWB) |
Monitors & manages groundwater resources. |
Ministry of Jal Shakti |
Responsible for water resources management, drinking water & sanitation policies. |
State Water Resources Departments |
Implement water conservation, irrigation & supply at state level. |
NITI Aayog Composite Water Management Index |
Tracks water performance of states; encourages reforms. |
For more such articles, please refer to IAS GYAN
Sources:
PRACTICE QUESTION Q. Evaluate effectiveness of Jal Shakti Abhiyan & Jal Jeevan Mission in addressing rural water scarcity. |
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