基于广义水资源的十大孔兑地区植被建设路径与策略

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关键词：广义水资源；植被承载力；风水复合侵蚀;土壤水库容；植被建设；十大孔兑地区中图分类号：P641;S715;S725 文献标志码：A doi：10.3969/j.issn.1000-1379.2025.09.006引用格式：，，，等.基于广义水资源的十大孔兑地区植被建设路径与策略[J].人民黄河，2025，47（9）：37-42.

Pathways and Strategies for Vegetation Construction in the Top Ten Tributaries Region Based on Generalized Water Resources

MU Xingmin 1，2 ， SUN Wenyi 1，2 ， GAO Peng1，2， SONG Xiaoyan （1.Institute of Soil and Water Conservation， CAS&MWR，Yangling 71210O，China; 2.Collge of Soil and Water Conservation Science and Engineering，NorthwestA&F University，Yangling 7121oo，China; 3.College of Water Resourcesand Architectural Engineering，Northwest A&F University，Yangling 71210o，China）

Abstract：TheTopTenTributarisRegionisharacterizedbyfragilecosstemsandseverewatersarcity，hichhavebecocorechaen geffectingeogicalprotendgqualitevelopntinheeloiversineaditioalocptsofatesousnly focusonsurfcewater（.g.iversndlaks）andgroudatertataredectlyessibletoumans，hileoverloingsoilaederived fromprecipitatio，ichonstitutesthepriarywatersouefvegetatioIviewofis，genealiedwatesoucstofraork hadbeenproposdtobeaktroughthliatiosoftaditioalatersoucesootatios，focusigoeateratvegetatiooulddirectlyutilidicopoatislwatetatvgeatioouldfilyutliteateyofatersousBuantifgthdy namicreltioshipbetwnvegetationgrowthandnaturalwatercyle，thedlmmaofwatersortageinaridandsem-aridcosystesould bsolvedTisoreialfraerkeidttsisfgeatingaaityfoucsideasdlt theoretcalframeworkfordyamicbalanceofwaterresoucesbycouplinghydrologicalprocees，olwaterstoragecapacityndetation adaptabilty.Wedproposdanologicalostructionstrategbasedoefingecologicalpatebyate，stablisdaoingte forwaterresogacityndfulatddftaedeatiooatioplasdaeuilaiotoly paths.Basedoegealidatesousteoodsfudametaloretcalakthoghsndprctcaltisfoeaio constructionintToTTbutarisRegionandlsoprovdsimporantsientificupportandparadiggudancefocieigiguality development in the Yellow River Basin under the rigid constraints of water resources.

Keywords：eeraliedwateresous;vgeationcaingcapacitywind-watrompositerosionsoilwaterstoageapacityeati construction； Top Ten Tributaries Region

1 研究背景

黄河流域生态保护和高质量发展重大国家战略的实施，对干旱半干旱地区生态治理提出了更高更新的要求。（剩余8488字）