生态修复下的文峪河流域水储量变化及定量影响分析

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关键词：CSRMascon；陆地水储量变化；植被覆盖度；相对影响权重；文峪河流域中图分类号：TV213.4 文献标志码：A doi：10.3969/j.issn.1000-1379.2026.02.015引用格式：，，，等.生态修复下的文峪河流域水储量变化及定量影响分析[J].人民黄河，2026，48（2）：96-101，108.

Change and Quantitative Impact Analysis of Water Storage in Wenyu River Basin Under Ecological Restoration

CHEN Xuhui1， SHEN Wenming¹，SHI Xuewei1，TAI Wenfei1， ZHANG Xinsheng'，REN Zhihua'BI Jingpeng'， ZHANG Hongwei'，LIU Ping²（1.Satelite Environment Application Center，Ministry of Ecology and Environment，Beijing 100094，China;2.Taiyuan University of Technology，Taiyuan O306Oo，China）

Abstract：InodertoexploretevariationstatusofrgioalwaterstorageinteWenyuiverBasinuderthcombinediflueneofultiple factorssuchasologicalprotetionadrestoration，andhigtesityoalmining，thissudyadoptedCSRMascondatatoostucanin versionmodelofTerestrialWaterStorgeAomalies（TW）withregoalchaacteristsoftsudyaea.BymeansofSn’srdaaly sis，partialatsuasgeseds，isduantiativelyetedtieenesftcto influencingthrdofterestralwatesoaeagsindyaesulssodat：）omtteelter storage in the study area showed a fluctuating downward trend at a rate of -1.80 cm per year.b） Coal mining water consumption，Fractional VegetationCovee（VC）andoestcterosuioetainfctosingtherrstralwaterstoeageinesuyare a，with their relative influence weights being 65.15% ， 34.32% and 0.53% respectively. This indicates that coal mining water consumption has thelargest impact weightonthe basin water storage followedbyFVC，whiledomestic waterconsumptionhas thesmalest impact.

Keywords：CSRascon；terestrialaterstorageanoalyfractoalvegetationcoverageelaieifuenceweigt；WenyuiverBsin

陆地水是区域社会经济、生态保护及气候改善的关键因素，主要由地下水、地表水、土壤湿度及冰川积雪等组成，区域陆地水变化是降雨、蒸发、径流、采煤、生态修复等自然和人为因素综合作用的结果[1-2]。（剩余12246字）