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The Analysis of Water Management in Bukhara Oasis of Uzbekistan: Historical and Territorial Trends

机译:乌兹别克斯坦布哈拉绿洲的水资源管理分析:历史和领土趋势

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摘要

The limited water resources of arid zones are a main constraint on economical development. This is especially true for the Aral Sea disaster zone. Some 1.2 million people are living in the Bukhara oasis, the oldest irrigated zone of Uzbekistan. Irrigation practice in the more than 230,000 ha of land consumes more than 5 km~3 of Amu Darya river water. The future development of irrigated agriculture and the environmental situation in the Aral Sea Basin requires analysis of current water management in the irrigated areas of Uzbekistan. Until the 1960s, Bukhara Oasis received water for irrigation from the Zarafshan River, which originates in Tajikistan, flows through Tajikistan, three provinces of Uzbekistan. The Zarafshan River supplied water around 1.2 to 1.5 million hectares of irrigated areas of upper located three provinces of Uzbekistan and for industrial and communal needs of second biggest city of Uzbekistan-Samarqand. Increasing irrigated areas in upper and middle reach of Zarafshan River has impacted the water supply to Bukhara oasis. In the beginning of 1960s, water shortage in the irrigated agriculture of Bukhara Oasis reached its apogee, composing 50 to 55 percent from annual water requirement. As a solution to the water shortage problem of Bukhara oasis, a canal was built from Amu Darya - the largest water body of Central Asia. In the beginning of the 1970s, canal Amu-Bukhara was finished and Bukhara Oasis began to receive water from more reliable source. Further development of the irrigated agriculture in Bukhara Oasis from 1970s fully depended on water supply from Amu-Bukhara canal. The irrigated agriculture of the oasis began to receive more water supply per unit of land, and some new areas have been developed. In the end of the 1980s, Bukhara Oasis faced serious water-environmental problems such as land salinity and water-logging. The land and water productivity declined as an affect of above-mentioned negative impacts of irrigated agriculture. The solutions to the water-environmental problems of the Bukhara Oasis can be only developed through detailed analysis of the past of irrigated agriculture and water management system. This research paper describes stages of development of irrigated agriculture and water management system of Bukhara oasis, tries to analyze general trends, water use, and management changes in the different stages.
机译:干旱区有限的水资源是制约经济发展的主要因素。对于咸海灾区尤其如此。乌兹别克斯坦最古老的灌溉区布哈拉绿洲约有120万人居住。在超过230,000公顷的土地上,灌溉实践消耗了Amu Darya河水超过5 km〜3。灌溉农业的未来发展和咸海盆地的环境状况需要分析乌兹别克斯坦灌溉地区目前的水资源管理。直到1960年代,布哈拉绿洲都从源自塔吉克斯坦的Zarafshan河接受灌溉用水,该河流经乌兹别克斯坦三个省的塔吉克斯坦。扎拉夫山河为乌兹别克斯坦三个省的上部省提供了约1.2至150万公顷的灌溉水,满足了第二大城市乌兹别克斯坦-撒马尔罕的工业和公共需求。扎拉夫山河中上游的灌溉面积增加,影响了布哈拉绿洲的水供应。 1960年代初,布哈拉绿洲的灌溉农业缺水达到了顶点,占年需水量的50%至55%。为了解决布哈拉绿洲的水资源短缺问题,从中亚最大的水域阿木河谷(Amu Darya)修建了一条运河。 1970年代初,阿穆布哈拉(Amu-Bukhara)运河完工,布哈拉绿洲(Bukhara Oasis)开始从更可靠的水源接收水。从1970年代开始,布哈拉绿洲的灌溉农业的进一步发展完全取决于阿姆-布哈拉运河的供水。绿洲的灌溉农业开始每单位土地获得更多的水供应,并且已经开发了一些新区域。在1980年代末,布哈拉绿洲面临着严重的水环境问题,例如土地盐碱化和涝灾。由于上述灌溉农业的负面影响,土地和水生产率下降。布哈拉绿洲的水环境问题的解决方案只能通过对灌溉农业和水管理系统的过去进行详细分析来制定。该研究论文描述了布哈拉绿洲灌溉农业和水管理系统的发展阶段,试图分析不同阶段的总体趋势,用水和管理变化。

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