Water Governance and Insecurity in Central Asia
Published in Social Sciences, Earth & Environment, and Law, Politics & International Studies
Why This Study Matters
Central Asia’s water issues are shaped by climate change, population growth, urbanization, and geopolitical tensions. The Amu Darya and Syr Darya rivers, essential for irrigation and livelihoods, are increasingly under strain due to melting glaciers, inefficient water management, and regional competition. While past efforts have sought solutions, ongoing disputes and environmental shifts demand a new, comprehensive approach.
Key Insights
- Water Scarcity & Political Tensions – As demand rises, competition over shared watersheds could lead to regional instability and potential conflict.
- The Role of Climate Change – Glacial melt and natural disasters are reshaping water availability, requiring long-term adaptation strategies.
- Governance Gaps – Fragmented water policies and lack of cross-border cooperation continue to hinder sustainable solutions.
- Pathways to Stability – Regional cooperation, efficient water governance, and sustainable policies are essential for mitigating future crises.
What This Study Contributes
Using a mixed methods approach, this research highlights both the socio-political and environmental dimensions of Central Asia’s water crisis. It advocates for collaboration in water management, peacebuilding, and policy reform to ensure long-term stability and sustainability.
Our findings are not just relevant for Central Asia—they offer valuable lessons for other regions facing transboundary water disputes. We hope this study sparks further research and dialogue on balancing development, resource management, and regional diplomacy.
📖 Read the full paper here: https://doi.org/10.1007/s40899-024-01099-y
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Sustainable Water Resources Management
This journal publishes articles that deal with the interface of water resources science and the needs of human populations, highlighting work that addresses practical methods and basic research on water resources management.
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The proposed collection fits naturally within the aims and scope of Sustainable Water Resources Management by integrating fundamental and applied geochemical research that supports sustainable water resource strategies.
It will provide valuable insights from developing regions, aligning with the journal’s mission to promote global knowledge exchange between researchers from developing and developed countries. By fostering interdisciplinary collaboration among geochemists, hydrologists, and environmental scientists, this issue will contribute to the understanding of hydrogeochemical processes that underpin sustainable management of both surface and groundwater systems.
Publishing Model: Hybrid
Deadline: Mar 31, 2026
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