A two stage nonlinear optimization model was developed to account for the major surface and groundwater hydrologic features and cropping patterns in Colorado's San Luis Valley. Conjunctive use of surface and groundwater is included to assess changes in crop patterns and producer income from water exports outside the valley
Mathematical programming models of agricultural production in the Colorado River Upper Basin were in...
This chapter explores optimal water supply portfolios for agricultural, environ-mental, and urban us...
The uncertainty of water resources availability is a growing problem in California as agricultural i...
A two stage nonlinear optimization model was developed to account for the major surface and groundwa...
Linear programming and regional input-output models were applied to estimate the impacts of increase...
The investigation reported in this dissertation is a portion of a larger effort to determine how all...
Water transfers from agricultural to urban and environmental uses will likely become increasingly co...
This paper employs an economic-engineering optimization model to explore water supply options for en...
Water management models have evolved through three basic stages. The earliest models dealt with the ...
The Colorado River is the lifeblood of the southwestern United States. The imbalance between water s...
This research models selected impacts of climate change on Colorado agriculture several decades in t...
Abstract: This paper employs an economic-engineering optimization model to explore water supply opti...
The demand for water is increasing in the western United States. Coupled with growing emphasis on de...
Agricultural water use in the binational Lower Colorado River Basin is about ninety percent of all t...
As water needs for energy development increase, the possibility of competition for water between ene...
Mathematical programming models of agricultural production in the Colorado River Upper Basin were in...
This chapter explores optimal water supply portfolios for agricultural, environ-mental, and urban us...
The uncertainty of water resources availability is a growing problem in California as agricultural i...
A two stage nonlinear optimization model was developed to account for the major surface and groundwa...
Linear programming and regional input-output models were applied to estimate the impacts of increase...
The investigation reported in this dissertation is a portion of a larger effort to determine how all...
Water transfers from agricultural to urban and environmental uses will likely become increasingly co...
This paper employs an economic-engineering optimization model to explore water supply options for en...
Water management models have evolved through three basic stages. The earliest models dealt with the ...
The Colorado River is the lifeblood of the southwestern United States. The imbalance between water s...
This research models selected impacts of climate change on Colorado agriculture several decades in t...
Abstract: This paper employs an economic-engineering optimization model to explore water supply opti...
The demand for water is increasing in the western United States. Coupled with growing emphasis on de...
Agricultural water use in the binational Lower Colorado River Basin is about ninety percent of all t...
As water needs for energy development increase, the possibility of competition for water between ene...
Mathematical programming models of agricultural production in the Colorado River Upper Basin were in...
This chapter explores optimal water supply portfolios for agricultural, environ-mental, and urban us...
The uncertainty of water resources availability is a growing problem in California as agricultural i...
DOI
Add to ORKG