KazRivDyn: Toolkit for Measuring the Dynamics of Kazakhstan Rivers with a Graphics Based on Google Earth Engine

Assel Ospan, M. Mansurova, E. Kakimzhanov, Baurzhan Aldakulov
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Abstract

Now it is possible to control the change in the width of the rivers of Kazakhstan using remote sensing. This article presents a platform called KazRivDyn, developed on the Google Earth Engine cloud computing platform, to monitor changes in the width of Kazakhstan's rivers over the past 20 years, with a graph for more accurate data. Due to the fact that in Kazakhstan there is a problem of reducing the volume of water in rivers, identify the general trend of changing the volume of water, as well as turn prevention to prevent such phenomena as drought and pollution. This platform has been applied to the pool. This platform flows through two countries, the darkest as the width of the river has changed since 1984. KazRivDyn is a publicly available tool and can be used to solve scientific problems related to rivers, as well as to create applications for operational water resources management. The results obtained are close to measurements taken using manual methods, and the application works for all rivers in Kazakhstan.
KazRivDyn:基于谷歌地球引擎的图形测量哈萨克斯坦河流动态的工具包
现在,利用遥感技术可以控制哈萨克斯坦河流宽度的变化。本文介绍了一个名为KazRivDyn的平台,它是在谷歌地球引擎云计算平台上开发的,用于监测过去20年来哈萨克斯坦河流宽度的变化,并提供了更准确的数据图表。由于哈萨克斯坦存在减少河流水量的问题,确定改变水量的总趋势,以及转向预防,以防止干旱和污染等现象。该平台已应用于泳池。这个平台流经两个国家,自1984年以来,随着河流宽度的变化,这是最黑暗的。KazRivDyn是一个公开可用的工具,可用于解决与河流有关的科学问题,以及创建操作性水资源管理应用程序。所得结果与人工方法测量结果接近,应用于哈萨克斯坦所有河流。
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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