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Evaluation of soil amendments in Imperial Valley

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Authors

F. E. Robinson
D. W. Cudney, University of Idaho
J. P. Jones

Publication Information

California Agriculture 22(12):10-11.

Published December 01, 1968

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Abstract

Gypsum is added to irrigation water to increase soil intake rates in some areas of California. More than a third of a ton of this compound is already present in each acre foot of irrigation water as it is delivered to farms in the Imperial Valley. Tests were conducted at the Imperial Valley Field Station to determine whether the addition of other soil amendments would increase the soil intake rates. These tests were conducted with three compounds commonly used by growers in the area as soil amendments: calcium polysulfide, ammonium polysulfide, and sulfuric acid. Water treated with these compounds was compared with untreated water in a randomized block design. Only ammonium polysulfide produced a significant increase in soil intake rates.

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Author notes

This study was a cooperative evaluation supported in part by Project 2382.

Evaluation of soil amendments in Imperial Valley

F. E. Robinson, D. W. Cudney, J. P. Jones
Webmaster Email: bjnoel@ucanr.edu

Evaluation of soil amendments in Imperial Valley

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

F. E. Robinson
D. W. Cudney, University of Idaho
J. P. Jones

Publication Information

California Agriculture 22(12):10-11.

Published December 01, 1968

PDF  |  Citation  |  Permissions

Author Affiliations show

Abstract

Gypsum is added to irrigation water to increase soil intake rates in some areas of California. More than a third of a ton of this compound is already present in each acre foot of irrigation water as it is delivered to farms in the Imperial Valley. Tests were conducted at the Imperial Valley Field Station to determine whether the addition of other soil amendments would increase the soil intake rates. These tests were conducted with three compounds commonly used by growers in the area as soil amendments: calcium polysulfide, ammonium polysulfide, and sulfuric acid. Water treated with these compounds was compared with untreated water in a randomized block design. Only ammonium polysulfide produced a significant increase in soil intake rates.

Full text

Full text is available in PDF.

Author notes

This study was a cooperative evaluation supported in part by Project 2382.


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