Anthropogenic Impacts in the Yesil River Basin

Lyazzat Makhmudova, Ainur Mussina, Marzhan Ospanova, A. Zharylkassyn, Adilet Kanatuly
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Abstract

The research aimed to assess the impact of human economic activities on the Yesil River Basin based on the observational data contained in Kazhydromet’s (Republic State Enterprise, RSE) hydrometeorological periodicals of 1933-2019. The additional analysis of numerous sources – statistics digests, online data of the Bureau of National Statistics under the Agency for Strategic Planning and Reforms of the Republic of Kazakhstan (RK), monographs and scientific papers also allowed to reliably evaluate the overall water consumption in the country. The analysis of the available materials permitted identifying the indicators of irretrievable water consumption (IWC) by sectors of the national economy, including utilities, industry, and agriculture (irrigation). As the result, in terms of water use the IWC in the target watershed turned out to range between 3-29% of the total irretrievable water consumption (TIWC), with the corresponding highest value registered in 2007. It was also established that large reservoirs – Astaninskoye (Vyacheslavskoye) and Sergeyevskoye – have been exerting a regulating pressure on the long-term flow of the rivers comprising the basin. The review of the data obtained likewise indicates that, compared to the conditionally natural phase, their runoff reduction during the disturbed phase is caused not only by reservoir related but also agrotechnical and climate change impacts. The study findings can serve water management purposes, aid the design of hydraulic facilities, as well as expand regional theoretical and applied hydrological research.
宜溪江流域的人为影响
基于Kazhydromet (Republic State Enterprise, RSE) 1933-2019年水文气象期刊的观测数据,研究了人类经济活动对益溪河流域的影响。对众多来源的分析——统计摘要、哈萨克斯坦共和国战略规划和改革机构(RK)国家统计局的在线数据、专著和科学论文——也有助于可靠地评估该国的总体用水量。通过对现有材料的分析,可以确定国民经济各部门,包括公用事业、工业和农业(灌溉)部门的不可回收用水指标。结果,在用水方面,目标流域的IWC占总不可回收用水量(TIWC)的3-29%,2007年达到最高值。还确定了大型水库- -阿斯塔宁斯科耶(维亚切斯拉夫斯科耶)和谢尔盖耶夫斯科耶- -一直在对组成盆地的河流的长期流量施加调节压力。对获得的数据的回顾同样表明,与有条件的自然阶段相比,扰动阶段的径流减少不仅是由水库相关影响引起的,而且是由农业技术和气候变化影响引起的。研究成果可服务于水资源管理,辅助水利设施设计,拓展区域水文理论与应用研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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