Remote Sensing Monitoring and Driving Force Analysis of Water Storage in Shanxi Province
WANG Ping
Abstract：Shanxi Province,located far from the ocean,has a typical semi-arid continental climate with low annual rainfall and severe water resource shortages.The high demand for water resources due to regional industrial development makes it crucial to quantitatively monitor water resource changes and analyze their driving factors for rational utilization.By combining remote sensing with water storage balance,a quantitative estimation model was established to analyze the spatiotemporal trends of surface water and groundwater storage.The least squares method was used to examine the relationship between changes in water storage and driving factors.The results indicated that surface water storage was increasing at a rate of 0.01 cm/a,while groundwater storage was decreasing at a rate of 1.16 cm/a.The primary driving factors were coal mining water consumption and agricultural irrigation.These findings provide support for future regional water resource allocation.
Keywords：water storageremote sensing monitoringregression modelShanxi Province
Publication Date：2025-07-20
Online Publishing Date：2025-08-15(First online date of this platform, not the publication date of the document)
Pages：5( 8-12 )