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Saline irrigation water and citrus production

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Authors

R. B. Harding, University of California
R. J. Mahler, University of California
E. J. Curran, Fruit Growers Laboratory, Inc

Publication Information

California Agriculture 20(6):4-5.

Published June 01, 1966

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Abstract

The noxious effects of saline irrigation waters on the growth and fruit production of citrus have been recognized for many years. Citrus trees are sensitive to relatively low concentrations of the salts of sodium, chlorine, and sulfur. Boron is toxic to citrus at concentrations of about 0.5 parts per million (ppm) and lithium at about 0.05 ppm. A number of interdependent factors determine the degree of success in the use of a given irrigation water. These include: total soluble salts and specific ion species, soil type and drainage characteristics, amounts of water used and method of application, cultural practices, climate, and the rootstock and associated scion variety.

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Author notes

Harry Forbes of Camulos Ranch and Clint Hutchins of Camarillo assisted with this study.

Saline irrigation water and citrus production

R. B. Harding, R. J. Mahler, E. J. Curran
Webmaster Email: bjnoel@ucanr.edu

Saline irrigation water and citrus production

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

R. B. Harding, University of California
R. J. Mahler, University of California
E. J. Curran, Fruit Growers Laboratory, Inc

Publication Information

California Agriculture 20(6):4-5.

Published June 01, 1966

PDF  |  Citation  |  Permissions

Author Affiliations show

Abstract

The noxious effects of saline irrigation waters on the growth and fruit production of citrus have been recognized for many years. Citrus trees are sensitive to relatively low concentrations of the salts of sodium, chlorine, and sulfur. Boron is toxic to citrus at concentrations of about 0.5 parts per million (ppm) and lithium at about 0.05 ppm. A number of interdependent factors determine the degree of success in the use of a given irrigation water. These include: total soluble salts and specific ion species, soil type and drainage characteristics, amounts of water used and method of application, cultural practices, climate, and the rootstock and associated scion variety.

Full text

Full text is available in PDF.

Author notes

Harry Forbes of Camulos Ranch and Clint Hutchins of Camarillo assisted with this study.


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