Irrigation management conserves water
Authors
Jan van SchilfgaardeJ. D. Oster
Authors Affiliations
Jan van Schilfgaarde is Director, USDA, ARS, U.S. Salinity Laboratory, Riverside, California; James D. Oster is Soil Scientist, USDA, ARS, U.S. Salinity Laboratory, Riverside, California.Publication Information
Hilgardia 31(5):15-16. DOI:10.3733/ca.v031n05p15. May 1977.
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Abstract
Californians are acutely aware that water is a valuable and scarce resource and are concerned about protecting its quantity and quality. Irrigated agriculture, the states biggest water user, depends on good-quality water; it also degrades the quality of the drainage water. Supplying irrigation water and disposing of drainage water account for a significant part of our fossil energy consumption. Furthermore, even though irrigated agriculture is crucial to the economy and makes a substantial contribution to supplying the worlds need for food, it must compete with other demands—municipal, industrial, and recreational. The question, then, is what can be done practically to conserve water, in quantity and quality, while maintaining a viable irrigated agriculture.
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Local planning for future water supplies: Santa Barbara County case study
State policy developments in water reclamation
Wildlands and watershed management
Ground-water management
Can water pricing encourage conservation? Some principles and some problems
Saltier irrigation
Cotton responses to irrigation
Irrigation management service–a new water-management tool
Drip irrigation in California
Vineyard irrigation in the Salinas Valley
Drainage problems in the San Joaquin Valley—an interagency approach
Irrigation efficiencies in the Tulare Basin
Nitrogen fertilization and water pollution
U.C. guidelines for interpretation of agricultural water quality
Monitoring salt levels in farmland drainage
Sources and fate of nitrogen in the southern San Joaquin Valley floor
Nitrate-nitrogen in the unsaturated zone below irrigated fields
Hydrobiological studies in the sacramento-San Joaquin Delta
Surface irrigation return flows vary
Trace elements in wastewater
Water quality requirements for floricultural operations
Recharging and recycling ground water—the fresno experience
Irrigation trial with morro bay wastewater
Irrigating with wastewater in Sonoma County
Using food- processing wastewater for irrigation
Management of water resources in rainfed agriculture
Reducing transpiration to conserve water in soil and plants
Water use on pot chrysanthemums can be cut
Aquatic weeds and their control
Energy: Can irrigation with municipal wastewater conserve energy?
Energy for irrigation
Response of clusters of Vitis vinifera grapes to 2,4-D and related compounds