Kumic village - Climate change, water scarcity and groundwater solutions
Abstract:
The village of Kumic in Zanskar, Ladakh, has been facing a severe water crisis, leading to the migration of its residents to lower areas. This paper discusses the challenges posed by the depletion and drying up of existing water sources in Kumic, primarily caused by global warming and climate change. The research focuses on understanding the socio-economic and environmental impacts of the water crisis on the village and explores potential solutions to ensure sustainable water availability.
The study examines the traditional water sources in Kumic, such as glacial meltwater and springs, which have been adversely affected by the receding glaciers and changing climatic patterns. It highlights the significance of community participation and adaptation strategies in sustaining habitation in remote mountain regions. The research also analyzes the role of surface water schemes, including canals and ponds, implemented to address water scarcity in the village.
Furthermore, the paper explores the potential of groundwater as a long-term solution for Kumic's water crisis. It discusses the drilling and development of groundwater wells, along with the installation of solar-powered pumps, to ensure a continuous and reliable water supply. The study emphasizes the importance of decentralization and alternative energy sources in providing sustainable water access to remote communities.
The findings reveal that the successful implementation of groundwater-based solutions has not only addressed the immediate water needs of Kumic but has also mitigated the risks associated with flash floods in the new habitation. The research underscores the importance of balancing traditional water management practices with innovative approaches, such as drip irrigation, to enhance water efficiency in agriculture and promote sustainable livelihoods.
Overall, this research highlights the significance of water sustainability in mountain communities and provides insights into the challenges, solutions, and opportunities associated with addressing water crises in remote regions. The findings can inform policymakers, researchers, and development practitioners working on similar issues, emphasizing the need for integrated and context-specific approaches to ensure water security and resilience in mountainous areas.
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