Facebook
X (Twitter)
Reddit
Pinterest
Tumblr
Delicious
LinkedIn
StumbleUpon
By budgeting irrigated pasture growth rates, managers control forage levels and animal performance
Authors
Marya E. RobbinsFremont L. Bell
William J. vanRiet
Quinton J. Barr
Melvin R. George
David F. Lile
Gary Markegard
Charles B. Wilson
Authors Affiliations
M. E. Robbins is Graduate Research Assistants in Agronomy and Range Science, UC Davis; F. L. Bell as Farm Advisors in Glenn-Colusa counties, Stanislaus County, Humboldt County and Yuba-Sutter counties, respectively; W. J. wan Riet as Farm Advisors in Glenn-Colusa counties, Stanislaus County, Humboldt County and Yuba-Sutter counties, respectively; Q. J. Barr is a Graduate Research Assistant in the School of Natural Resources, Humboldt State University; M. R. George is Cooperative Extension Range and Pasture Specialist is Graduate Research Assistants in Agronomy and Range Science, UC Davis; D. F. Lile is Graduate Research Assistants in Agronomy and Range Science, UC Davis; G. Markegard as Farm Advisors in Glenn-Colusa counties, Stanislaus County, Humboldt County and Yuba-Sutter counties, respectively; C. B. Wilson as Farm Advisors in Glenn-Colusa counties, Stanislaus County, Humboldt County and Yuba-Sutter counties, respectively.Publication Information
Hilgardia 46(3):27-30. DOI:10.3733/ca.v046n03p27. May 1992.
PDF of full article, Cite this article
Abstract
Traditionally, little control is exerted over grazing on irrigated pasture. Today, however, with controlled grazing and feed budgeting, the pasture manager can use grazing stock to control forage levels, and forage levels can be used to control animal performance. Pasture budgeting can be applied to California's irrigated pastures when estimates of expected pasture growth are available, according to an ongoing study.
Robbins M, Bell F, vanRiet W, Barr Q, George M, Lile D, Markegard G, Wilson C. 1992. By budgeting irrigated pasture growth rates, managers control forage levels and animal performance. Hilgardia 46(3):27-30. DOI:10.3733/ca.v046n03p27
Also in this issue:
California's Long DroughtInitial research indicates dairy goats used to clear poison oak do not transfer toxicant to milk
Microcomputer program ACRE helps answer: When water is limited, how many acres do you plant?
A greenhouse experiment finds water-sorbing polymers do not conserve water
Two-year study in San Joaquin County indicates sampling procedures to find nepoviruses in grapevines need improvement
To anticipate the future, models simulate US. pistachio prices
In fumigating Verticillium-infested soils, potassium deficiencies in cotton go down, yields go up
In a study of avocado trees, using less fertilizer more often can reduce nitrate leaching
Normal fruit set is up; shotberries are down: Topical application of ‘Sevillano’ pollen to ‘Manzanillo’ olive proves effective
Researchers take a look at the versatile L.: wanton weed and/or golf turf?
Weed seed in dairy manure depends on collection site
Biological and systematic studies of developmental stages in Aphytis (Hymenoptera: Aphelinidae): I. Developmental history of Aphytis chilensis Howard
Biological and systematic studies of developmental stages in Aphytis (Hymenoptera: Aphelinidae): II. Larval criteria in the systematics of Aphytis
Biological and systematic studies of developmental stages in Aphytis (Hymenoptera: Aphelinidae): III. Meconia as a possible systematic tool in Aphytis