Add to ORKGA 19 county, 50-year dynamic economic optimization model of irrigated crop production is linked to a detailed hydrology model for purposes of improving policy estimates of economic cost and associated water saving of groundwater conservation management policies. Spatial and temporal desegregation, allows planners to target specific areas and improve the accuracy of benefit-cost policy estimates.Resource /Energy Economics and Policy,
Heavy withdrawals from the Ogallala Aquifer, the most dependable source of groundwater in the Texas ...
The Great Plains region of the United States is characterized by a significant dependence on agricul...
Economic losses caused by uncontrolled pumping of groundwater is of major concern on the Texas High ...
A 19 county, 50-year dynamic economic optimization model of irrigated crop production is linked to a...
Agriculture in the Texas High Plains depends entirely on the Ogallala Aquifer. Texas enacted water c...
An economic optimization model for a sixty years planning horizon is developed using available groun...
Irrigated agriculture has played a vital role in the development and growth of the Great Plains Regi...
Agricultural production in the High Plains region of Texas is a part of the foundation of the region...
Dynamic optimization and input-output models were used to estimate the impacts of depletion of the O...
The availability of water in the Texas Panhandle is a major concern. The top twenty-six counties of ...
Developing groundwater management plans requires a good understanding of the interdependence of grou...
Vita.The Northern High Plains of Texas and Western Oklahoma has experienced rapid economic developme...
Because of the decline of the Ogallala Aquifer, water districts, regional water managers, and state ...
The Texas Panhandle is one of the most unique and diversified agricultural areas in the world. Produ...
Typescript (photocopy).Crop production on the Texas High Plains is constrained by limited rainfall m...
Heavy withdrawals from the Ogallala Aquifer, the most dependable source of groundwater in the Texas ...
The Great Plains region of the United States is characterized by a significant dependence on agricul...
Economic losses caused by uncontrolled pumping of groundwater is of major concern on the Texas High ...
A 19 county, 50-year dynamic economic optimization model of irrigated crop production is linked to a...
Agriculture in the Texas High Plains depends entirely on the Ogallala Aquifer. Texas enacted water c...
An economic optimization model for a sixty years planning horizon is developed using available groun...
Irrigated agriculture has played a vital role in the development and growth of the Great Plains Regi...
Agricultural production in the High Plains region of Texas is a part of the foundation of the region...
Dynamic optimization and input-output models were used to estimate the impacts of depletion of the O...
The availability of water in the Texas Panhandle is a major concern. The top twenty-six counties of ...
Developing groundwater management plans requires a good understanding of the interdependence of grou...
Vita.The Northern High Plains of Texas and Western Oklahoma has experienced rapid economic developme...
Because of the decline of the Ogallala Aquifer, water districts, regional water managers, and state ...
The Texas Panhandle is one of the most unique and diversified agricultural areas in the world. Produ...
Typescript (photocopy).Crop production on the Texas High Plains is constrained by limited rainfall m...
Heavy withdrawals from the Ogallala Aquifer, the most dependable source of groundwater in the Texas ...
The Great Plains region of the United States is characterized by a significant dependence on agricul...
Economic losses caused by uncontrolled pumping of groundwater is of major concern on the Texas High ...