irrigation equipment / energy costs / biotechnology adoption scenario / biotechnology / biotechnology option / center pivot sprinkler irrigation systems / Food production / satellite industries / biotechnology resulting / irrigation technology adoption scenario / improved biotechnology / technology adoption / natural gas / energy use factor / sub-surface drip technology / energy-spray-application / irrigation systems / technology adoption scenario / biotechnology scenario / irrigation technology / low-energy-application / sub-surface drip systems / irrigation technology maintenance / food / energy / /
NaturalFeature
Ogallala aquifer / /
Organization
Texas Water Development Board / West Texas A&M University / Department of Agricultural Sciences / US Federal Reserve / Texas Tech University Center for Geospatial Technology / National Agricultural Statistics Service / /
Person
Specification / Bridget Guerrero / Stephen H. Amosson Lal / Lal K. Almas / Algebraic Modeling / Robert H. Taylor / /
Position
non-linear programming model / the functional relationship / General Data Collection / Model / farmer / General / Economist / Texas AgriLife Extension Service / producer / head / Associate Professor of Agricultural Business and Economics / /
ProvinceOrState
Texas / New Mexico / Hartley / Parmer / Swisher / Castro / Oklahoma / Deaf Smith / Dallam / Moore / Swisher County / Sherman / Sherman County / /
Region
northern Texas / Western United States / West Texas / /
Forum on Public Policy Securing Food Supply for Future Generations through Groundwater Management: A Policy Analysis Approach Lal K. Almas, Robert H. Taylor, Bridget Guerrero, and Stephen H. Amosson Lal K. Almas, Associ