Forage Performance in Crop—Livestock Systems Designed to Reduce Water Withdrawals From a Declining Aquifer

Zilverberg, Cody
Brown, Phil
Green, Paul
Allen, Vivien
Galyean, Michael
Society for Range Management
Publication Year: 
On the Ground• In the semiarid Texas High Plains, integrating cropswith grazing systems could conserve irrigationwater and increase perennial grassland.• We combined irrigated and nonirrigated exotic andnative grasses with cotton production.• We grazed and hayed the grasses, harvested grassseed, and harvested cotton.• Strategically combining different forages, fertilizer,and water inputs can extend the grazing season,improve the quality of available forage, and providea buffer against moderate drought.• Nonirrigated, seeded native grass mixtures canprovide valuable grazing and decrease total wateruse of an integrated crop-livestock system.Keywords: water conservation, grazing, forage,irrigation, Ogallala Aquifer, crude protein, fiber.
Document Type: 
Journal Issue/Article
Society for Range Management

Rangelands, a publication of the Society for Range Management, serves as a forum for the presentation and discussion of facts, ideas, and philosophies pertaining to the study, management, and use of rangelands. The journal features scientific and historical articles as well as Society news. It provides readers with scientifically accurate information in a user-friendly format, placed in context of the world we live in today. Rangelands is a practical (non-technical) counterpart of Rangeland Ecology & Management (formerly the Journal of Range Management). The Global Rangelands collection includes articles from Rangelands up to 3 years from the current year. Access to more recent content is available by subscription from BioOne and the Society for Range Management and may also be available at your local university library. 
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