Saline water can be reused to irrigate sugarbeets, but sugar may be low
Authors
Dong DaxueGary Peterson
Stephen Kaffka
Publication Information
Hilgardia 53(1):11-15. DOI:10.3733/ca.v053n01p11. January 1999.
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Abstract
Salt is currently being transported into the San Joaquin Valley via rivers and irrigation water at about three times the rate that it is being removed, endangering the productivity of agricultural land. As a possible salt-management solution, the San Joaquin Valley Drainage Implementation Program seeks to reuse saline water, such as tile drainage water or shallow well water, in crop production. Sugarbeet is a deep-rooted, salt-tolerant crop that can be used as part of a cyclic reuse program to reduce drainage-water volume and conserve high-quality water. Although sugarbeets grown with saline water produced adequate yields on test plots, sugar percentages declined because nitrogen also was present in the irrigation water source. For this reason, irrigating sugarbeets with alternative water sources is more complex, requiring accounting of nitrogen in reused water together with soil nitrogen to assure adequate crop quality.
References
Alemi M. Drainage Management in the San Joaquin Valley: A Status Report. California Department of Water Resources, San Joaquin Valley Drainage Improvement Program 1998. Sacramento, CA: p.65.
Ayars JE, Hutmacher RB, Hoffman GJ, et al. Response of sugarbeet to non-uniform irrigation. Irrig Sci. 1990. 11:101-9. https://doi.org/10.1007/BF00188446
Hanson B, Grattan SR, Fulton A. Agricultural Salinity and Drainage. Water Management Series pub. No. 93-01. Department of Land, Air, and Water Resources, UC Davis 1993.
Hills FJ, Broadbent FE, Lorenz OA. Fertilizer nitrogen utilization by com, tomato, and sugarbeet. Agron J. 1983. (75):423-6.
Rhoades JD, Bingham FT, Letey J, et al. Re-use of drainage water for irrigation: Results of Imperial Valley study. Hilgardia. 1988. 56((5)):1-45.
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