Score:
9/15
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Topper’s Copy
GS2
Governance
15 marks
Discuss the significance of Project Him Sarovar in addressing water scarcity and enhancing climate resilience in cold desert regions like Ladakh. Examine its potential and limitations.
Student’s Answer
Evaluation by SuperKalam
Demand of the Question
- Significance of Project Him Sarovar in addressing water scarcity and enhancing climate resilience in cold deserts
- Potential of the project
- Limitations of the project
What you wrote:
Cold desert regions like Ladakh face acute water scarcity due to low precipitation, rapid snowmelt runoff & climate change. In this context, Project Him Sarovar emerges as a targeted intervention to harness & store meltwater for sustainable use.
Cold desert regions like Ladakh face acute water scarcity due to low precipitation, rapid snowmelt runoff & climate change. In this context, Project Him Sarovar emerges as a targeted intervention to harness & store meltwater for sustainable use.
Suggestions to improve:
- Could add a brief factual detail about Project Him Sarovar itself (e.g., launched in Ladakh to create artificial glaciers/water reservoirs inspired by ice stupa technology) to strengthen the introduction.
What you wrote:
[Significance]
(1) Addressing seasonal water scarcity:
(i) Engineered storage Ponds to capture snow and glacial melt.
(ii) Helps bridging temporal mismatch between winter water availability & summer demand.
(2) Agricultural sustainability:
(i) Ensures reliable irrigation in a region with a short cropping season.
(ii) Improve crop productivity & support local livelihood dependent on subsistence farming.
(3) Climate change adaptation: climate resilient water management model by conserving scarce resources amid glacier retreat & erratic snowfall.
(4) Innovation led sustainability: Scientific snow harvesting combines traditional knowledge with modern engineering.
(5) Ecological & Strategic Benefits: Creation of green & blue area aid ecosystem restoration & groundwater recharge.
[Significance]
(1) Addressing seasonal water scarcity:
(i) Engineered storage Ponds to capture snow and glacial melt.
(ii) Helps bridging temporal mismatch between winter water availability & summer demand.
(2) Agricultural sustainability:
(i) Ensures reliable irrigation in a region with a short cropping season.
(ii) Improve crop productivity & support local livelihood dependent on subsistence farming.
(3) Climate change adaptation: climate resilient water management model by conserving scarce resources amid glacier retreat & erratic snowfall.
(4) Innovation led sustainability: Scientific snow harvesting combines traditional knowledge with modern engineering.
(5) Ecological & Strategic Benefits: Creation of green & blue area aid ecosystem restoration & groundwater recharge.
Suggestions to improve:
- Could separately address potential by highlighting scalability aspects (e.g., replicability in similar cold desert regions like Spiti, Arunachal Pradesh; potential to support over 3000 households in Ladakh with year-round water access through multiple Him Sarovar units).
- Can add data-driven insights (e.g., Him Sarovar reservoirs can store approximately 1-2 million liters each, supporting irrigation for 20-30 hectares during lean periods).
What you wrote:
[Limitation]
(1) Reduced snowfall due to climate change can limit water storage potential.
(2) Construction activities may disturb fragile mountain ecosystem if not carefully managed.
(3) Small-sized reservoirs may not meet large scale or long term demand during extreme dry years.
(4) Remote terrain makes regular desilting & upkeep challenging.
(5) Excessive dependence may undermine traditional water systems if not integrated properly.
[Limitation]
(1) Reduced snowfall due to climate change can limit water storage potential.
(2) Construction activities may disturb fragile mountain ecosystem if not carefully managed.
(3) Small-sized reservoirs may not meet large scale or long term demand during extreme dry years.
(4) Remote terrain makes regular desilting & upkeep challenging.
(5) Excessive dependence may undermine traditional water systems if not integrated properly.
Suggestions to improve:
- Could substantiate ecological concerns (e.g., construction activities may disrupt fragile cold desert flora like seabuckthorn habitats and impact local fauna like Tibetan wild ass).
- Can mention financial constraints (high costs of construction and maintenance in remote, high-altitude areas with extreme weather conditions).
What you wrote:
Project Him Sarovar represented a localized climate-adaptive solution to water scarcity in cold deserts. While it significantly enhances water security & resilience, its long-term success depends on ecological sensitivity, community participation & adaptive management, making it a promising but not standalone solution.
Project Him Sarovar represented a localized climate-adaptive solution to water scarcity in cold deserts. While it significantly enhances water security & resilience, its long-term success depends on ecological sensitivity, community participation & adaptive management, making it a promising but not standalone solution.
Suggestions to improve:
- Could strengthen by linking to broader frameworks (e.g., aligns with SDG 13 (Climate Action) and SDG 6 (Clean Water and Sanitation); complements India's National Action Plan on Climate Change's focus on the Himalayan ecosystem).
- Can add a forward-looking statement (e.g., integrating Him Sarovar with traditional ice stupas and participatory water governance models will enhance its effectiveness).
The answer demonstrates a good understanding of the project's role in water security and climate resilience. However, the potential demand is not explicitly addressed, and the significance and potential are merged, reducing clarity. Incorporating specific data, examples, and separating potential from significance would improve structure and depth. (50 words)
Demand of the Question
- Significance of Project Him Sarovar in addressing water scarcity and enhancing climate resilience in cold deserts
- Potential of the project
- Limitations of the project
What you wrote:
Cold desert regions like Ladakh face acute water scarcity due to low precipitation, rapid snowmelt runoff & climate change. In this context, Project Him Sarovar emerges as a targeted intervention to harness & store meltwater for sustainable use.
Cold desert regions like Ladakh face acute water scarcity due to low precipitation, rapid snowmelt runoff & climate change. In this context, Project Him Sarovar emerges as a targeted intervention to harness & store meltwater for sustainable use.
Suggestions to improve:
- Could add a brief factual detail about Project Him Sarovar itself (e.g., launched in Ladakh to create artificial glaciers/water reservoirs inspired by ice stupa technology) to strengthen the introduction.
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