By Edited by Wesley W. Wallender, Kenneth K. Tanji, Sc.D.
Agricultural Salinity evaluate and administration, moment variation, considers around the globe salinity and hint aspect administration in irrigated agriculture and water offers. This up to date variation offers a connection with support maintain irrigated agriculture and integrates modern options and administration practices. It covers technical and medical points of agricultural salinity mangement, in addition to environmental, fiscal, and felony issues. issues contain: nature and volume of agricultural salinity; analysis of salinity difficulties and choice of keep an eye on practices; soil reaction to saline and sodic stipulations; plant responses to saline and sodic stipulations; long term regional-scale modeling of soil salinity; case learn of San Joaquin Valley, California; institutional and salinity matters at the top Rio Grande; and viability of irrigated agriculture with increasing house and time. the second one variation of MOP seventy one is efficacious to water execs, engineers, scientists, practitioners, and educators drawn to constructing and coping with ever extra limited water provides around the globe
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Additional resources for Agricultural Salinity Assessment and Management
River discharge,” Technical Committee Report. SJVDIP. (1999j), “Salt utilization,” Technical Committee Report. SJVDIP. (1999k). “Grasslands subarea report,” Technical Committee Report. SJVDIP. (1999l). “Westlands subarea report,” Technical Committee Report. SJVDIP. (1999m). “Tulare/Kern subarea report,” Technical Committee Report. SJVDIP. (1998). Drainage management in the San Joaquin Valley, A status report, Department of Water Resources, Sacramento, Calif. Szabolcs, I. (1989). , Boca Raton, Fla.
1988). J. Gelburd, D. E. (1985). “Managing salinity lessons from the past,” J. , 40(4), 329–331. Gibbs, R. J. (1970). “Mechanisms controlling world water chemistry,” Science, 170, 1088–1090. Hornsby, A. G. (1973). S. C. , and Adams, R. A. (1958). ” Science, 128, 1251–1258. Kelley, W. P. (1951). Alkali soils: Their formation, properties and reclamation, Reinhold Publishers, New York. , and Vasek, C. (1987). An agricultural dilemma: Drainage water and toxic disposal in the San Joaquin Valley, Special Publication 3319, Div.
Nisms may also be significant. Figure 1-7 illustrates the complex chemical interactions that take place between the solution, solid, exchanger, and gas phases. A change in soil-water content by irrigation and rainfall or evapotranspiration by plants will cause the equilibrium to shift due to mineral precipitation or dissolution, association or dissociation of ion pairs, adsorption or desorption of cations, and emission or absorption of gases (Paul et al. 1966). , water movement). Salinity and Irrigation Agricultural irrigation changes the soil-water content equilibrium.
Agricultural Salinity Assessment and Management by Edited by Wesley W. Wallender, Kenneth K. Tanji, Sc.D.