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Title: A numerical model of heat and water movement in furrow-sown water repellent sandy soils / Bangjie Yang, Paul S. Blackwell and David F. Nicholson.
Author: Nicholson, D. F. (Agriculture Western Australia, Geraldton) ; Yang, B. J. (Chinese Academy of Science) ; Blackwell, P. S. (Agriculture Western Australia, Geraldton)
Series: Water Resources Research (USA), v. 32(10)
Description: p. 3051-3061.
Subject: Computer software. ; Soil water movement. ; Soil compaction. ; Modelling. ; Water repellent soils. ; Field experimentation. ; Soil properties. ; Water content. ; Sandy soils. ; Wetting.
Notes: 2 tables, 18 figs.
24 refs.
(En)
Type: Journal
Abstract: (En)
Water repellent soils have thin layers of hydrophobic organic matter on the surfaces of soil particles. The hydrophobic organic matter makes these soils difficult to wet in opening rains after dry periods. This can cause losses of crop and pasture production and encourage land degradation by wind and water erosion. Wetting patterns in water repellent soils are irregular and incomplete, and no successful model of heat and water movement in water repellent soils has been reported. Furrow swing improves crop
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