Figure 4.3.4 Synergies for resouce management User needs benefitting from synergies P SM ET RD ST GW P Irrigation balance Water Water water Irrigation allocation Water Recharge allocation and allocation and and allocation scheduling scheduling treatment Dam operation SM Radar Vegetation Discharge Leakage LST growth predict for from Aquifer MWI allocation reservoirs water synergies availability ET High res LST High res LST TBD Storage Aquifer LC Maps water water loss availability RD Radar TBD Storage In change and mountains, refill GW technologies’ stratgey discharge ST Radar Soil Type and Surface temp Altimetry Aquifer and profile map level recharge GW TBD Data Soil type and Soil type and Data assimilation profile map profile map assimillation Radar, High High res LST, Surface Radar, Radar, soil Data Sensors res LST, MWI LC Maps, temp/LST, LC Altimetry maps, Radar, Soil maps, Soil type and Surface maps maps, Data Soil maps, profile map temp. Data assimilation assimilation Altimetry 5. Recommendations on the Virtual Water Constellations The FS demonstrated a viutual water cycle constellation can be constructed with existing and planned components of priority water cycle variable observations, considering synergies among them. Instruments requirement for observing a water variables considering synergies of other variable observations are shown in the following. Figure 5.1 Components of Virtual Water Constellation
Figure 4.3.4 Synergies for resouce management User needs benefitting from synergies Sensors and technologies’ synergies P SM ET RD ST GW P Irrigation water allocation and scheduling balance Irrigation allocation and scheduling Water allocation and treatment Water allocation Dam operation Water Recharge SM Radar LST MWI Vegetation growth Discharge predict for allocation Leakage from reservoirs Aquifer water availability ET High res LST High res LST LC Maps TBD Storage water loss Aquifer water availability RD Radar TBD Storage change and refill stratgey In mountains, GW discharge ST Radar Soil Type and profile map Surface temp Altimetry level Aquifer recharge GW TBD Data assimilation Soil type and profile map Soil type and profile map Data assimillation Radar, High res LST, MWI High res LST, LC Maps, Radar, Soil maps, Data assimilation Surface temp/LST, LC maps, Soil maps, Radar, Altimetry Soil type and profile map Radar, soil maps, Surface temp. Data assimilation Altimetry Data maps 5. Recommendations on the Virtual Water Constellations The FS demonstrated a viutual water cycle constellation can be constructed with existing and planned components of priority water cycle variable observations, considering synergies among them. Instruments requirement for observing a water variables considering synergies of other variable observations are shown in the following. Figure 5.1 Components of Virtual Water Constellation
SITTWS2016_17_Clean_Agenda17-Preliminary%20draft_Water%20Constellation%20FS%20report_Sep%2010.docx