最近想写一篇关于格尔木的水资源规划论文，需要格尔木分行业的用水量数据

论文题目：Analysis of the expansion and impact of Dabson Salt Lake in Qinghai based on 20 years of remote sensing data 论文摘要：Qinghai Qarhan Salt Lake is currently the largest base of production for potassium, magnesium and lithium salts in China and one of the world's largest salt lake deposits. Furthermore, Dabson Salt Lake is the largest lake within the Qarhan Salt Lake area. Over the past two decades, Dabson Salt Lake has been expanding, and the mechanisms driving this expansion, as well as its overall impact, remain unclear. The surge in glacial meltwater resulting from global warming is frequently acknowledged as the principal driver of glacial lake enlargement, this study analyzed Dabson Salt Lake and the glaciers upstream of the Golmud River using 22 years of Landsat and Sentinel-2 remote sensing images and meteorological data. The results of the research show that during the 2000-2022 interval, Dabson Salt Lake showed an expanding trend while the glaciers upstream of the Golmud River showed a retreating trend, Dabson Salt Lake expanded at a rate of 6.46 km2 per year and the glaciers upstream of the Golmud River retreated at an annual rate of 20.07 km2. Additionally,the areas of glaciers and Dabson Salt Lake exhibit significant seasonal variation. The expansion of the Dabson Salt Lake area is intricately linked to climate change. The primary factor driving this expansion is the increased influx of glacial meltwater resulting from elevated temperatures. Concurrently, the rise in precipitation and the reduction in evaporation also contribute significantly to the expansion of the Dabson Salt Lake area. Over 22 years, the distance between the lake and the Qarhan section of the Qinghai-Tibet Railway decreased from 8.79 km to 1.98 km, at an average annual rate of 0.31 km. This study demonstrates that remote sensing technology can provide strong technical support for environmental monitoring of salt lakes and can also provide important evidence for the subsequent development and planning. 论文类型：期刊论文 导师姓名：代晶晶

论文题目：格尔木河地表水地下水联合调控技术研究 论文摘要：以柴达木盆地格尔木河为研究对象，在分析流域各水文要素时空变化特征的基础上，研究变化环境下气候变化和人类活动对流域水资源的影响，建立格尔木河地表水-地下水耦合模型，分析地表水与地下水之间的相互关系，对流域变化条件下的地表水和地下水进行联合模拟，为研究区地表水-地下水的调控，水资源的高效利用提供理论参考。 论文类型：硕士论文 导师姓名：李润杰

验证特征提取算法，对冰川数据进行提取、建模、制作专题

用于论文的撰写，数据的研究，图件的绘制分析研究等

因个人原因，想了解此地区情况，故此申请此信息，望通过！

用于完成相关课题的研究，具体内容为python数据分析。

主要用于了解市区用水量分布，为后期工作做准备。