Conjunctive Use of Groundwater and Surface Water
Conjunctive water use refers to simultaneous use of surface water and groundwater to meet crop demand. This Note concludes that to optimize conjunctive use of water, the best way forward is to concentrate on capacity building of irrigation system managers to improve system management and reshape hydraulic infrastructure of large and small-surface systems. To sustain groundwater use in tube well-irrigated areas, enhancing recharge from precipitation and surface water imports is necessary. None of these improvements can be made without the proper institutional and organizational development, including investment in the capacities of local governments to lead on participatory groundwater management and integrated water resources management.
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dig-okr-1098696412024-08-08T17:05:57Z Conjunctive Use of Groundwater and Surface Water Shah, Tushar Darghouth, Salah Dinar, Ariel AGRICULTURAL PRODUCTION AGRICULTURAL WATER AQUIFER AQUIFERS BASINS CANAL IRRIGATION CANALS CAPACITY BUILDING CATCHMENT CHANNELS CONJUNCTIVE USE CONJUNCTIVE USE OF GROUNDWATER DISCHARGE DISTRIBUTION NETWORK DIVERSION DRAINAGE DROUGHT EVAPORATION EVAPORATION LOSSES EVAPOTRANSPIRATION FARMERS FARMING FLOODS FLOW MEASUREMENT FOOD SECURITY GROUNDWATER GROUNDWATER IRRIGATION GROUNDWATER MANAGEMENT GROUNDWATER PUMPING GROUNDWATER RECHARGE GROUNDWATER RESOURCES GROUNDWATER STORAGE GROUNDWATER USE HYDRAULIC INFRASTRUCTURE IMPORTS INDUSTRIAL WASTEWATER INTENSIVE GROUNDWATER USE INTERNATIONAL WATER IRRIGATION IRRIGATION MANAGEMENT IRRIGATION SYSTEMS IRRIGATION WATER LOCAL COMMUNITIES MINE WATER NATURAL RESOURCES PERCOLATION PUMPING QUALITY WATER RAINFALL REGIONAL WATER RESOURCES REMOTE SENSING RESERVOIRS RIVER BASIN RIVERS RUNOFF SALINE WATER SALINITY SALINIZATION DUE SEEPAGE SOILS SOUTH ASIAN SURFACE DRAINAGE SURFACE WATER SURFACE WATER IRRIGATION USE OF WATER WASTEWATER WASTEWATER DISPOSAL WASTEWATER USE WATER AVAILABILITY WATER CONSERVATION WATER DELIVERIES WATER DELIVERY WATER HARVESTING WATER LEVEL WATER LEVELS WATER MANAGEMENT WATER MANAGEMENT STRATEGIES WATER NEEDS WATER POLICY WATER QUALITY WATER RESOURCES MANAGEMENT WATER STORAGE WATER USE WELLS Conjunctive water use refers to simultaneous use of surface water and groundwater to meet crop demand. This Note concludes that to optimize conjunctive use of water, the best way forward is to concentrate on capacity building of irrigation system managers to improve system management and reshape hydraulic infrastructure of large and small-surface systems. To sustain groundwater use in tube well-irrigated areas, enhancing recharge from precipitation and surface water imports is necessary. None of these improvements can be made without the proper institutional and organizational development, including investment in the capacities of local governments to lead on participatory groundwater management and integrated water resources management. 2012-08-13T09:10:17Z 2012-08-13T09:10:17Z 2006-02 http://documents.worldbank.org/curated/en/2006/02/7104292/conjunctive-use-groundwater-surface-water https://hdl.handle.net/10986/9641 English Agricultural and Rural Development Notes; No. 6 CC BY 3.0 IGO http://creativecommons.org/licenses/by/3.0/igo/ World Bank application/pdf text/plain World Bank, Washington, DC |
| institution |
Banco Mundial |
| collection |
DSpace |
| country |
Estados Unidos |
| countrycode |
US |
| component |
Bibliográfico |
| access |
En linea |
| databasecode |
dig-okr |
| tag |
biblioteca |
| region |
America del Norte |
| libraryname |
Biblioteca del Banco Mundial |
| language |
English |
| topic |
AGRICULTURAL PRODUCTION AGRICULTURAL WATER AQUIFER AQUIFERS BASINS CANAL IRRIGATION CANALS CAPACITY BUILDING CATCHMENT CHANNELS CONJUNCTIVE USE CONJUNCTIVE USE OF GROUNDWATER DISCHARGE DISTRIBUTION NETWORK DIVERSION DRAINAGE DROUGHT EVAPORATION EVAPORATION LOSSES EVAPOTRANSPIRATION FARMERS FARMING FLOODS FLOW MEASUREMENT FOOD SECURITY GROUNDWATER GROUNDWATER IRRIGATION GROUNDWATER MANAGEMENT GROUNDWATER PUMPING GROUNDWATER RECHARGE GROUNDWATER RESOURCES GROUNDWATER STORAGE GROUNDWATER USE HYDRAULIC INFRASTRUCTURE IMPORTS INDUSTRIAL WASTEWATER INTENSIVE GROUNDWATER USE INTERNATIONAL WATER IRRIGATION IRRIGATION MANAGEMENT IRRIGATION SYSTEMS IRRIGATION WATER LOCAL COMMUNITIES MINE WATER NATURAL RESOURCES PERCOLATION PUMPING QUALITY WATER RAINFALL REGIONAL WATER RESOURCES REMOTE SENSING RESERVOIRS RIVER BASIN RIVERS RUNOFF SALINE WATER SALINITY SALINIZATION DUE SEEPAGE SOILS SOUTH ASIAN SURFACE DRAINAGE SURFACE WATER SURFACE WATER IRRIGATION USE OF WATER WASTEWATER WASTEWATER DISPOSAL WASTEWATER USE WATER AVAILABILITY WATER CONSERVATION WATER DELIVERIES WATER DELIVERY WATER HARVESTING WATER LEVEL WATER LEVELS WATER MANAGEMENT WATER MANAGEMENT STRATEGIES WATER NEEDS WATER POLICY WATER QUALITY WATER RESOURCES MANAGEMENT WATER STORAGE WATER USE WELLS AGRICULTURAL PRODUCTION AGRICULTURAL WATER AQUIFER AQUIFERS BASINS CANAL IRRIGATION CANALS CAPACITY BUILDING CATCHMENT CHANNELS CONJUNCTIVE USE CONJUNCTIVE USE OF GROUNDWATER DISCHARGE DISTRIBUTION NETWORK DIVERSION DRAINAGE DROUGHT EVAPORATION EVAPORATION LOSSES EVAPOTRANSPIRATION FARMERS FARMING FLOODS FLOW MEASUREMENT FOOD SECURITY GROUNDWATER GROUNDWATER IRRIGATION GROUNDWATER MANAGEMENT GROUNDWATER PUMPING GROUNDWATER RECHARGE GROUNDWATER RESOURCES GROUNDWATER STORAGE GROUNDWATER USE HYDRAULIC INFRASTRUCTURE IMPORTS INDUSTRIAL WASTEWATER INTENSIVE GROUNDWATER USE INTERNATIONAL WATER IRRIGATION IRRIGATION MANAGEMENT IRRIGATION SYSTEMS IRRIGATION WATER LOCAL COMMUNITIES MINE WATER NATURAL RESOURCES PERCOLATION PUMPING QUALITY WATER RAINFALL REGIONAL WATER RESOURCES REMOTE SENSING RESERVOIRS RIVER BASIN RIVERS RUNOFF SALINE WATER SALINITY SALINIZATION DUE SEEPAGE SOILS SOUTH ASIAN SURFACE DRAINAGE SURFACE WATER SURFACE WATER IRRIGATION USE OF WATER WASTEWATER WASTEWATER DISPOSAL WASTEWATER USE WATER AVAILABILITY WATER CONSERVATION WATER DELIVERIES WATER DELIVERY WATER HARVESTING WATER LEVEL WATER LEVELS WATER MANAGEMENT WATER MANAGEMENT STRATEGIES WATER NEEDS WATER POLICY WATER QUALITY WATER RESOURCES MANAGEMENT WATER STORAGE WATER USE WELLS |
| spellingShingle |
AGRICULTURAL PRODUCTION AGRICULTURAL WATER AQUIFER AQUIFERS BASINS CANAL IRRIGATION CANALS CAPACITY BUILDING CATCHMENT CHANNELS CONJUNCTIVE USE CONJUNCTIVE USE OF GROUNDWATER DISCHARGE DISTRIBUTION NETWORK DIVERSION DRAINAGE DROUGHT EVAPORATION EVAPORATION LOSSES EVAPOTRANSPIRATION FARMERS FARMING FLOODS FLOW MEASUREMENT FOOD SECURITY GROUNDWATER GROUNDWATER IRRIGATION GROUNDWATER MANAGEMENT GROUNDWATER PUMPING GROUNDWATER RECHARGE GROUNDWATER RESOURCES GROUNDWATER STORAGE GROUNDWATER USE HYDRAULIC INFRASTRUCTURE IMPORTS INDUSTRIAL WASTEWATER INTENSIVE GROUNDWATER USE INTERNATIONAL WATER IRRIGATION IRRIGATION MANAGEMENT IRRIGATION SYSTEMS IRRIGATION WATER LOCAL COMMUNITIES MINE WATER NATURAL RESOURCES PERCOLATION PUMPING QUALITY WATER RAINFALL REGIONAL WATER RESOURCES REMOTE SENSING RESERVOIRS RIVER BASIN RIVERS RUNOFF SALINE WATER SALINITY SALINIZATION DUE SEEPAGE SOILS SOUTH ASIAN SURFACE DRAINAGE SURFACE WATER SURFACE WATER IRRIGATION USE OF WATER WASTEWATER WASTEWATER DISPOSAL WASTEWATER USE WATER AVAILABILITY WATER CONSERVATION WATER DELIVERIES WATER DELIVERY WATER HARVESTING WATER LEVEL WATER LEVELS WATER MANAGEMENT WATER MANAGEMENT STRATEGIES WATER NEEDS WATER POLICY WATER QUALITY WATER RESOURCES MANAGEMENT WATER STORAGE WATER USE WELLS AGRICULTURAL PRODUCTION AGRICULTURAL WATER AQUIFER AQUIFERS BASINS CANAL IRRIGATION CANALS CAPACITY BUILDING CATCHMENT CHANNELS CONJUNCTIVE USE CONJUNCTIVE USE OF GROUNDWATER DISCHARGE DISTRIBUTION NETWORK DIVERSION DRAINAGE DROUGHT EVAPORATION EVAPORATION LOSSES EVAPOTRANSPIRATION FARMERS FARMING FLOODS FLOW MEASUREMENT FOOD SECURITY GROUNDWATER GROUNDWATER IRRIGATION GROUNDWATER MANAGEMENT GROUNDWATER PUMPING GROUNDWATER RECHARGE GROUNDWATER RESOURCES GROUNDWATER STORAGE GROUNDWATER USE HYDRAULIC INFRASTRUCTURE IMPORTS INDUSTRIAL WASTEWATER INTENSIVE GROUNDWATER USE INTERNATIONAL WATER IRRIGATION IRRIGATION MANAGEMENT IRRIGATION SYSTEMS IRRIGATION WATER LOCAL COMMUNITIES MINE WATER NATURAL RESOURCES PERCOLATION PUMPING QUALITY WATER RAINFALL REGIONAL WATER RESOURCES REMOTE SENSING RESERVOIRS RIVER BASIN RIVERS RUNOFF SALINE WATER SALINITY SALINIZATION DUE SEEPAGE SOILS SOUTH ASIAN SURFACE DRAINAGE SURFACE WATER SURFACE WATER IRRIGATION USE OF WATER WASTEWATER WASTEWATER DISPOSAL WASTEWATER USE WATER AVAILABILITY WATER CONSERVATION WATER DELIVERIES WATER DELIVERY WATER HARVESTING WATER LEVEL WATER LEVELS WATER MANAGEMENT WATER MANAGEMENT STRATEGIES WATER NEEDS WATER POLICY WATER QUALITY WATER RESOURCES MANAGEMENT WATER STORAGE WATER USE WELLS Shah, Tushar Darghouth, Salah Dinar, Ariel Conjunctive Use of Groundwater and Surface Water |
| description |
Conjunctive water use refers to
simultaneous use of surface water and groundwater to meet
crop demand. This Note concludes that to optimize
conjunctive use of water, the best way forward is to
concentrate on capacity building of irrigation system
managers to improve system management and reshape hydraulic
infrastructure of large and small-surface systems. To
sustain groundwater use in tube well-irrigated areas,
enhancing recharge from precipitation and surface water
imports is necessary. None of these improvements can be made
without the proper institutional and organizational
development, including investment in the capacities of local
governments to lead on participatory groundwater management
and integrated water resources management. |
| topic_facet |
AGRICULTURAL PRODUCTION AGRICULTURAL WATER AQUIFER AQUIFERS BASINS CANAL IRRIGATION CANALS CAPACITY BUILDING CATCHMENT CHANNELS CONJUNCTIVE USE CONJUNCTIVE USE OF GROUNDWATER DISCHARGE DISTRIBUTION NETWORK DIVERSION DRAINAGE DROUGHT EVAPORATION EVAPORATION LOSSES EVAPOTRANSPIRATION FARMERS FARMING FLOODS FLOW MEASUREMENT FOOD SECURITY GROUNDWATER GROUNDWATER IRRIGATION GROUNDWATER MANAGEMENT GROUNDWATER PUMPING GROUNDWATER RECHARGE GROUNDWATER RESOURCES GROUNDWATER STORAGE GROUNDWATER USE HYDRAULIC INFRASTRUCTURE IMPORTS INDUSTRIAL WASTEWATER INTENSIVE GROUNDWATER USE INTERNATIONAL WATER IRRIGATION IRRIGATION MANAGEMENT IRRIGATION SYSTEMS IRRIGATION WATER LOCAL COMMUNITIES MINE WATER NATURAL RESOURCES PERCOLATION PUMPING QUALITY WATER RAINFALL REGIONAL WATER RESOURCES REMOTE SENSING RESERVOIRS RIVER BASIN RIVERS RUNOFF SALINE WATER SALINITY SALINIZATION DUE SEEPAGE SOILS SOUTH ASIAN SURFACE DRAINAGE SURFACE WATER SURFACE WATER IRRIGATION USE OF WATER WASTEWATER WASTEWATER DISPOSAL WASTEWATER USE WATER AVAILABILITY WATER CONSERVATION WATER DELIVERIES WATER DELIVERY WATER HARVESTING WATER LEVEL WATER LEVELS WATER MANAGEMENT WATER MANAGEMENT STRATEGIES WATER NEEDS WATER POLICY WATER QUALITY WATER RESOURCES MANAGEMENT WATER STORAGE WATER USE WELLS |
| author |
Shah, Tushar Darghouth, Salah Dinar, Ariel |
| author_facet |
Shah, Tushar Darghouth, Salah Dinar, Ariel |
| author_sort |
Shah, Tushar |
| title |
Conjunctive Use of Groundwater and Surface Water |
| title_short |
Conjunctive Use of Groundwater and Surface Water |
| title_full |
Conjunctive Use of Groundwater and Surface Water |
| title_fullStr |
Conjunctive Use of Groundwater and Surface Water |
| title_full_unstemmed |
Conjunctive Use of Groundwater and Surface Water |
| title_sort |
conjunctive use of groundwater and surface water |
| publisher |
World Bank, Washington, DC |
| publishDate |
2006-02 |
| url |
http://documents.worldbank.org/curated/en/2006/02/7104292/conjunctive-use-groundwater-surface-water https://hdl.handle.net/10986/9641 |
| work_keys_str_mv |
AT shahtushar conjunctiveuseofgroundwaterandsurfacewater AT darghouthsalah conjunctiveuseofgroundwaterandsurfacewater AT dinarariel conjunctiveuseofgroundwaterandsurfacewater |
| _version_ |
1807158302687100928 |