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Researchonthecoordinatedregulationofwaterresources - food - energy - ecology
inBeijing - Tianjin - HebeiRegionI :MethodsandModel
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1,2
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CHANGHuanyu ,ZHAOYong,SANGXuefeng,LIHaihong,HEFan,ZHAIJiaqi
(1.StateKeyLaboratoryofSimulationandRegulationofWaterCycleinRiverBasin,ChinaInstituteof
WaterResourcesandHydropowerResearch ,Beijing 100038,China;
2.DepartmentofHydraulicEngineering,TsinghuaUniversity,Beijing 100038,China)
Abstract:TheBeijing - Tianjin - HebeiregionisanimportantfoodandenergyconsumptionareainChina,butwa
terresourceshavebecomeakeyfactorrestrictingthesustainabledevelopmentofregionalfood,energyandecology.
Inordertooptimizetherelationshipbetweenthewater - food - energy - ecologysystemandrealizethecoordinatedreg
ulationofmultiplewatersourcesfromtheperspectiveofwater - food - energy - ecology,basedonGWASmodel,this
studymodifiedthewaterresourceallocationmodule,addedthefoodproductionmodule,energyconsumptionmod
uleandhierarchicalwaterdemandpredictionmodule,andconstructedthewater - food - energy - ecologycoordinated
regulationmodeltorealizethetransferandmutualfeedofkeyelementsofeachsystem.Accordingtothecharacter
isticsoftheBeijing - Tianjin - Hebeiregionwater - food - energy - ecologysystem ,acoordinateddevelopmentgoalof
ensuringwatersecurity ,foodsecurity,low - carbondevelopmentpathandecologicalhealthisestablished,anda
collaborativeoptimizationalgorithmbasedonNSGA - Ⅱ andcouplingcoordinationdegreeandcomprehensivesus
tainabilityindexwereproposedtorealizetheoptimizationsolutionofthecoordinatedregulationschemeofwater -
food - energy - ecologysystem.
Keywords:Jing - Jin - Ji;water - food - energy - ecology;coordinatedregulation;GWAS;comprehensivesustain
abilityindex
(责任编辑:于福亮)
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