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Advances in soil science. Vol. 3
Yaron, B., Inst. of Soils & Water, Volcanic Center, Bet-Degan 50-250, Israel.
Gerstl, Z., Inst. of Soils & Water, Volcanic Center, Bet-Degan 50-250, Israel.
Spencer, W.F., Inst. of Soils & Water, Volcanic Center, Bet-Degan 50-250, Israel.
Irrigation can assist in optimising herbicide behavior in the soil and in the unsaturated zone or zones between the land surface and ground water. Competition between water and chemicals specifically non-polluting herbicides for soil adsorption sites may lead to an increase in herbicide availability when applied to prewetted soil. Flow rate and the amount of water applied will affect the leaching of herbicides and their three dimensional distribution in soil or other porous media. Research is complicated by soil heterogeneity. -K.Clayton
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Behavior of herbicides in irrigated soils.
Yaron, B., Inst. of Soils & Water, Volcanic Center, Bet-Degan 50-250, Israel.
Gerstl, Z., Inst. of Soils & Water, Volcanic Center, Bet-Degan 50-250, Israel.
Spencer, W.F., Inst. of Soils & Water, Volcanic Center, Bet-Degan 50-250, Israel.
Behavior of herbicides in irrigated soils.
Irrigation can assist in optimising herbicide behavior in the soil and in the unsaturated zone or zones between the land surface and ground water. Competition between water and chemicals specifically non-polluting herbicides for soil adsorption sites may lead to an increase in herbicide availability when applied to prewetted soil. Flow rate and the amount of water applied will affect the leaching of herbicides and their three dimensional distribution in soil or other porous media. Research is complicated by soil heterogeneity. -K.Clayton
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