The purpose of this research is to quantify how macro-scale factors such as weather, crop prices, and land conversion affect agricultural water use at the irrigation district level in central Arizona and to understand what constraints and considerations district managers face when making water-sourcing decisions. A conceptual model is developed and econometrically estimated finding that much of the annual variation in total water use for agriculture can be explained by differences in precipitation, cotton prices, and alfalfa prices. Further, results from empirical analysis support the notion that total water use for agriculture has been greatly affected by land conversion from agriculture to other uses. Irrigation district manager interview...
In an irrigated multi-crop production system, farmers make decisions on the land allocated to each c...
Hydrologic, climatic, and economic factors interact in complex ways to influence groundwater conditi...
7 pp.Agriculture is by far the largest water-demanding sector in Arizona, accounting for 70% of wate...
Throughout the arid American West, agriculture is the dominant consumptive use of water, with farmin...
Irrigated agriculture's future in central Arizona is dependent upon the availability of two relative...
Water management strategies are currently being developed in Arizona. Arguments exist over which str...
The investigation reported in this dissertation is a portion of a larger effort to determine how all...
Arizona is a highly productive region for agriculture due to its long growing season, high crop yiel...
Increasing irrigation water cost due to higher pump energy price and falling groundwater tables is a...
The Central Arizona Project (CAP) is a billion-dollar-plus project to construct an aqueduct to trans...
This is an author's peer-reviewed final manuscript, as accepted by the publisher. The published arti...
Irrigation water is a major component of the cost of crop production for farmers In central Arizona....
Water for irrigation is a scarce resource in central Arizona. Additional water imported into the Sal...
The Colorado River is the lifeblood of the southwestern United States. The imbalance between water s...
The groundwater level in Pinal County has been dropping steadily since large scale expansion of irri...
In an irrigated multi-crop production system, farmers make decisions on the land allocated to each c...
Hydrologic, climatic, and economic factors interact in complex ways to influence groundwater conditi...
7 pp.Agriculture is by far the largest water-demanding sector in Arizona, accounting for 70% of wate...
Throughout the arid American West, agriculture is the dominant consumptive use of water, with farmin...
Irrigated agriculture's future in central Arizona is dependent upon the availability of two relative...
Water management strategies are currently being developed in Arizona. Arguments exist over which str...
The investigation reported in this dissertation is a portion of a larger effort to determine how all...
Arizona is a highly productive region for agriculture due to its long growing season, high crop yiel...
Increasing irrigation water cost due to higher pump energy price and falling groundwater tables is a...
The Central Arizona Project (CAP) is a billion-dollar-plus project to construct an aqueduct to trans...
This is an author's peer-reviewed final manuscript, as accepted by the publisher. The published arti...
Irrigation water is a major component of the cost of crop production for farmers In central Arizona....
Water for irrigation is a scarce resource in central Arizona. Additional water imported into the Sal...
The Colorado River is the lifeblood of the southwestern United States. The imbalance between water s...
The groundwater level in Pinal County has been dropping steadily since large scale expansion of irri...
In an irrigated multi-crop production system, farmers make decisions on the land allocated to each c...
Hydrologic, climatic, and economic factors interact in complex ways to influence groundwater conditi...
7 pp.Agriculture is by far the largest water-demanding sector in Arizona, accounting for 70% of wate...