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Water resources management and dynamic changes in water politics in the transboundary river basins of Central Asia

机译:中亚跨界河流河流域水政的水资源管理与动态变化

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The growing water crisis in Central Asia?(CA) and the complex water politics over the region's transboundary rivers have attracted considerable attention; however, they are yet to be studied in depth. Here, we used the Gini coefficient, water political events, and social network analysis to assess the matching degree between water and socio-economic elements and analyze the dynamics of water politics in the transboundary river basins of?CA. Results indicate that the mismatch between water and land resources is a precondition for conflict, with the average Gini coefficient between water and population, gross domestic product (GDP), and cropland measuring 0.19?(highly matched), 0.47?(relatively mismatched), and 0.61?(highly mismatched), respectively. Moreover, the Gini coefficient between water and cropland increased by?0.07 from?1997 to?2016, indicating an increasing mismatch. In general, a total of 591?water political events occurred in?CA, with cooperation accounting for 89?% of all events. Water events have increased slightly over the past 70?years and shown three distinct stages, namely a stable period?(1951–1991), a rapid increase and decline period?(1991–2001), and a second stable period?(2001–2018). Overall, water conflicts mainly occurred in summer and winter. Among the region's transboundary river basins, the Aral Sea basin experienced the strongest conflicts due to the competitive utilization of the Syr and Amu Darya rivers. Following the collapse of the former Soviet Union, the density of water conflictive and cooperative networks in?CA increased by?0.18 and?0.36, respectively. Uzbekistan has the highest degree centrality in the conflictive network?(6), while Kazakhstan has the highest degree centrality in the cooperative network?(15), indicating that these two countries are the most interconnected with other countries. Our findings suggest that improving the water and land allocation systems and strengthening the water cooperative networks among countries will contribute to the elimination of conflicts and promotion of cooperation in?CA.
机译:中亚不断增长的水危机?(CA)和该地区跨界河流的复杂水政治引起了相当大的关注;但是,它们尚未深入研究。在这里,我们使用了基尼系数,水政事件和社会网络分析,评估了水和社会经济因素之间的匹配程度,并分析了跨界河流河流域水政的动态。结果表明,水和土地资源之间的不匹配是冲突的前提,具有水和人口的平均基尼系数,国内生产总值(GDP)和田间测量0.19?(高匹配),0.47(相对不匹配),分别为0.61?(高度不匹配)。此外,水和农作物之间的基尼系数增加了?0.07来自1997年至2016年,表明不断的不匹配。一般来说,共有591次?水政政治事件发生在?加利福尼亚州,合作占所有活动的89份。过去70年的水事件略有增加,并且显示了三个不同的阶段,即稳定的时期?(1951-1991),快速增加和下降的时期?(1991-2001)和第二次稳定期?(2001- 2018)。总体而言,水冲突主要发生在夏季和冬季。由于SYR和AMU Darya Rivers的竞争利用,Aral Sea盆地在该地区的越境河流域中,咸海盆地经历了最强烈的冲突。在前苏联崩溃之后,水冲突和合作网络的密度分别增加了?0.18和?0.36。乌兹别克斯坦在冲突网络中具有最高的中心地位?(6),而哈萨克斯坦在合作网络中拥有最高的居民中心?(15),表明这两国与其他国家最互连。我们的研究结果表明,改善水路分配系统,加强各国的水合作网络将有助于消除冲突和促进合作?

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