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Frost injury to range annuals: Nitrogen fertilization applied in fall found to reduce frost burn and extend growing season of annuals on foothill ranges

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Authors

Horton M. Laude, University of California
Lester J. Berry, University of California

Publication Information

California Agriculture 11(1):5-14.

Published January 01, 1957

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Abstract

Late fall applications of nitrogenous fertilizers to California foothill ranges have consistently hastened the growth of native forage plants both in fall and spring, resulting in a winter forage production which may be advanced as much as two months. Also, the herbage produced by fertilized plants is not subject to frost damage to the same extent as that produced by unfertilized plants.

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Author notes

The above progress report is based on Research Project No. 1194A.

Frost injury to range annuals: Nitrogen fertilization applied in fall found to reduce frost burn and extend growing season of annuals on foothill ranges

Horton M. Laude, Lester J. Berry
Webmaster Email: bjnoel@ucanr.edu

Frost injury to range annuals: Nitrogen fertilization applied in fall found to reduce frost burn and extend growing season of annuals on foothill ranges

Share using any of the popular social networks Share by sending an email Print article
Share using any of the popular social networks Share by sending an email Print article

Authors

Horton M. Laude, University of California
Lester J. Berry, University of California

Publication Information

California Agriculture 11(1):5-14.

Published January 01, 1957

PDF  |  Citation  |  Permissions

Author Affiliations show

Abstract

Late fall applications of nitrogenous fertilizers to California foothill ranges have consistently hastened the growth of native forage plants both in fall and spring, resulting in a winter forage production which may be advanced as much as two months. Also, the herbage produced by fertilized plants is not subject to frost damage to the same extent as that produced by unfertilized plants.

Full text

Full text is available in PDF.

Author notes

The above progress report is based on Research Project No. 1194A.


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