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demand
crop
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demand
surfaceRwaterR
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maxRwellR
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scenarios
water stacking
acreage optimization
natural
resource
sufficiency
surface water
sufficiency
groundwater
sufficiency
supplyRfromR
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resources
yes
yes
yes
no
no
no
>
>
>
ThisIpaperIisIpresentedIwithinItheI frameworkIofItheIprojectIFREEWAT1IwhichI hasIreceivedIfundingIfromItheIEuropeanI Union’sIHORIZONIy9y9IresearchIandI innovationIprogrammeIunderIGrantI AgreementIn5I6'yyy'5ICT TOOLS FOR
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Implementation of the Water Framework Directive Rural water managementREFERENCES
Hanson1RTB1Boyce1SEB1Schmid1WB1Hughes1JDB1Mehl1SMB1Leake1SAB1 Maddock1TB1Niswonger1RGB1AMLGW1OneSWater1Hydrologic1Flow1Model1 DMODFLOWSOWHMRW1U.S. Geological SurveyB1RestonB1VirginiaW Rossetto1RB1Borsi1IB1Foglia1LB1AMLOW1FREEWAT31FREE1and1open1source1 software1tools1for1WATer1resource1managementW1Rendiconti Online Societa Geologica ItalianaB1NO3AOASAOOW1DOI31LMWNNMLJROLWAMLOWLLN
EURH2020RFREEWAT @H2020FREEWAT MLT (i.e., demand) download the poster h ere waterpunitpdcultivatedpfield@ drainagepchannel irrigationpchannel waterpwell precipitations waterpunitpdurbanparea@ plantp uptake evapo‐ transpiration