Publication Date
1985
Location
Kyoto Japan
Description
There is little information on field measurement of soil water on arid rangelands. Forage production is largely dependent upon adequate water. The soil water potential is characterized for three sandy loam soils during 1957-76 on arid rangelands of southwestern United States. Gypsum-impregnated resistance blocks were placed at soil depths of 10, 25, 41, 61, and 91 cm. The average annual precipitation during the study periods was 244, 265, and 233 mm. At the 10-cm soil depth, the probability of soil water :2: -1.5 megapascals during December-March was 66, 70, and 68% at the three sites; during July-September, it was 40, 50, and 49%, respectively. Factors affecting soil water were: 1) precipitation amount, 2) surface soil characteristics, 3) topography, 4) soil texture, and 5) vegetation type. This information is useful for modeling the range ecosystem.
Citation
Herbel, Carlton H. and Gibbens, Robert P., "Field Water Regimes of Sandy Loam Soils on Arid Rangelands of Southern New Mexico" (1985). IGC Proceedings (1985-2023). 28.
(URL: https://uknowledge.uky.edu/igc/1985/ses6/28)
Included in
Agricultural Science Commons, Agronomy and Crop Sciences Commons, Plant Biology Commons, Plant Pathology Commons, Soil Science Commons, Weed Science Commons
Field Water Regimes of Sandy Loam Soils on Arid Rangelands of Southern New Mexico
Kyoto Japan
There is little information on field measurement of soil water on arid rangelands. Forage production is largely dependent upon adequate water. The soil water potential is characterized for three sandy loam soils during 1957-76 on arid rangelands of southwestern United States. Gypsum-impregnated resistance blocks were placed at soil depths of 10, 25, 41, 61, and 91 cm. The average annual precipitation during the study periods was 244, 265, and 233 mm. At the 10-cm soil depth, the probability of soil water :2: -1.5 megapascals during December-March was 66, 70, and 68% at the three sites; during July-September, it was 40, 50, and 49%, respectively. Factors affecting soil water were: 1) precipitation amount, 2) surface soil characteristics, 3) topography, 4) soil texture, and 5) vegetation type. This information is useful for modeling the range ecosystem.
