The notion of water security in Central Asia has evolved throughout the years in an attempt to control an extensive transboundary river network which divides the region between upstream (Kyrgyzstan, Tajikistan) and downstream (Uzbekistan, Kazakhstan, Turkmenistan) countries. In Soviet times, the belief in engineering and technical supremacy over nature was applied in the installation of numerous hydraulic facilities and mechanical interventions. Water for energy was provided by a series of hydropower stations upstream, while downstream, extended supply and drainage networks and large pumping stations served mainly cotton monoculture. After independence in 1991, water security in the newly established downstream states became synonymous with sufficient irrigation volume for agricultural production, while upstream, water security was interpreted as increased hydropower capacity. Still, however, the transboundary nature of water resources in Central Asia determines to a large extent the need for coordinated national policies and compromises between the Central Asian countries for the attainment of water security in the region. The current study indicates the geophysical, institutional, and historical challenges to be met for the mutual understanding of water security among these five countries. The newly introduced river basin management approach is presented as a crucial reform that may improve common initiatives in water resources management between the riparian countries. Attention is given to the increased effort to be made by interstate and regional organisations in the implementation of feasible and effective solutions for better allocation of transboundary water resources in Central Asia.
|Title of host publication||Global Water Security|
|Publisher||World Water Council|
|Publication status||Published - 2018|
|Name||Water Resources Development and Management|
Xenarios, S., Shenhav, R., Abdullaev, I., & Mastellari, A. (2018). Current and Future Challenges of Water Security in Central Asia. In Global Water Security (pp. 117-142). (Water Resources Development and Management ). World Water Council. https://doi.org/10.1007/978-981-10-7913-9