Predicting Soil Water Content Using the “Drained to Equilibrium” Concept

Author:

Barquin-Valle Luis P.1,Migliaccio Kati W.1,Schaffer Bruce2,Muñoz-Carpena Rafael3,Crane Jonathan H.2,Li Yuncong4

Affiliation:

1. Dep. of Agricultural and Biological Engineering; Univ. of Florida; Tropical Research and Education Center; 18905 SW 280th St. Homestead FL 33031

2. Horticultural Sciences Dep.; Univ. of Florida; Tropical Research and Education Center; 18905 SW 280th St. Homestead FL 33031

3. Dep. of Agricultural and Biological Engineering; Univ. of Florida; 287 Rogers Hall Gainesville FL 32603

4. Dep. of Soil and Water Science; Univ. of Florida; Tropical Research and Education Center; 18905 SW 280th St. Homestead FL 33031

Publisher

Wiley

Subject

Soil Science

Reference45 articles.

1. Al-Yahyai , R. Soil water depletion, growth, physiology, and yield of carambola trees in Krome soil 2004

2. Four levels of soil water depletion minimally affect carambola phenological cycles;Al-Yahyai;HortTechnology,2005

3. Characterization of soil-water retention of a very gravelly loam soil varied with determination method;Al-Yahyai;Soil Sci.,2006

4. Use of saline water from a shallow water table by cotton;Ayars;Trans. ASAE,1986

5. Barquin , L.P. Modeling shallow groundwater contributions to soil water retention in the unsaturated zone of a calcareous soil of South Florida 2009

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