An evaluation of sprinkler irrigation for Imperial Valley
Authors
F. E. RobinsonO. D. McCoy
G. F. Worker
Authors Affiliations
Frank E. Robinson is Assistant Water Scientist, University of California, Imperial Valley Field Station, El Centro; Oral D. McCoy is Associate Specialist in Vegetable Crops, University of California, Imperial Valley Field Station, El Centro; George F. Worker, Jr., is Associate Specialist in Agronomy, University of California, Imperial Valley Field Station, El Centro.Publication Information
Hilgardia 21(2):6-8. DOI:10.3733/ca.v021n02p6. February 1967.
PDF of full article, Cite this article
Abstract
Sprinkler irrigation reduced surface salt accumulation, increased water use efficiency, and cooled the soil surface more effectively than conventional furrow irrigation in recent tests. No detrimental effects were observed on lettuce, cabbage, carrots, onions or sugar beet seedlings from sprinkler application of Colorado River water. Emergence of seedlings was significantly higher with cabbage, sugar beets, carrots, and onions—and in some cases with lettuc—when sprinkled, as compared with furrow irrigation. When combined with precision planting, sprinkler irrigation resulted in earlier maturity of lettuce as well as highest yields obtained from a single harvest. Further studies will be needed to re-evaluate cultural practices involved in changing from furrow to sprinkler irrigation.
Also in this issue:
A comparison of deep and shallow drain tile for reduction of soil salinity in Imperial ValleyChemical growth control of Chinese elm trees
Effects of irrigation treatments on barley yields
Effect of winter chilling on Bartlett pear and Jonathan apple trees
Control of strawberry powdery mildew
The genus Aeolothrips haliday in North America (Thysanoptera: Aeolothripidae)