Karizes and Current Prospects for Their Use in Kazakhstan

A. Sultanbekova, A. Mitusov, A. Azami, J.M. Sagintayev
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Abstract

The kariz (karez, qanat) represent one of the ancient water supply systems in arid zones. Natural collection of groundwater coming down from the mountains and its transportation to irrigated fields is the main advantage of the kariz systems. This article aims to introduce into the community of Central Asian hydrologists, hydrogeologists, and farmers the idea of the possibility of applying the kariz technologies and constructing them based on the experiences of neighboring countries and the ancient settlement of Sauran (Turkestan Region, Kazakhstan). Satellite imagery allowed identifying 3 (three) karizes around Sauran. The subsequent geomorphological analyses of the digital elevation model was carried out using the specialized ECO GIS-software. Further on, the maximum catchment areas (MCA) of mother wells (kariz beginning) were calculated. As the result, it was revealed that the target karizes themselves were located in the areas with low MCA. However, the mother wells were located in close proximity to the areas with high MCAs. 300 hectares was enough to collect groundwater to feed the entire irrigation system in ancient times. Modern examples from neighboring countries and the archaeological sites on the territory of Kazakhstan prove the possibility of using the kariz technology in current conditions. The introduction of this practice will allow introducing the foothill land in Southern Kazakhstan into agricultural circulation, as well as eliminating water losses due to evaporation during storage and transportation.
karize及其在哈萨克斯坦的应用前景
坎儿井(坎儿井,坎儿井)是干旱地区古代供水系统之一。从山上自然收集地下水并将其输送到灌溉农田是卡里兹系统的主要优点。本文旨在向中亚的水文学家、水文地质学家和农民介绍应用kariz技术的可能性,并根据邻国和Sauran古定居点(哈萨克斯坦突厥斯坦地区)的经验进行建设。卫星图像可以识别出索兰周围的3个火山口。随后,利用专门的ECO gis软件对数字高程模型进行地貌分析。进一步计算了母井(kariz起点)的最大集水面积(MCA)。结果表明,靶区本身位于低MCA区。然而,母井位于高MCAs区域附近。在古代,300公顷的土地足以收集地下水,供整个灌溉系统使用。来自邻国的现代例子和哈萨克斯坦境内的考古遗址证明了在当前条件下使用kariz技术的可能性。这种做法的引入将使哈萨克斯坦南部的山麓土地进入农业循环,并消除由于储存和运输过程中蒸发造成的水分损失。
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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