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Hadas, A., Agricultural Research Organization,, Dep of Soil Physics, Bet Dagan, Isr, Agricultural Research Organization, Dep of Soil Physics, Bet Dagan, Isr
Wolf, D., Agricultural Research Organization,, Dep of Soil Physics, Bet Dagan, Isr, Agricultural Research Organization, Dep of Soil Physics, Bet Dagan, Isr
Rawitz, E., Agricultural Research Organization,, Dep of Soil Physics, Bet Dagan, Isr, Agricultural Research Organization, Dep of Soil Physics, Bet Dagan, Isr
In the work reported here the residual effects of soil compaction on cotton yield reduction through diminished plant stand and increased stand variability have been established. A simple variational model is used to predict average yield from the mean values land the standard deviations of the crop stand and water use in the field. Good agreement was attained between predicted and measured average yields of seed cotton for trickle and sprinkler irrigated fields. Seed cotton yields were found to be more sensitive to stand variations than to variations in water distributions under the described experimental conditions. ,
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RESIDUAL COMPACTION EFFECTS ON COTTON STAND AND YIELDS.
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Hadas, A., Agricultural Research Organization,, Dep of Soil Physics, Bet Dagan, Isr, Agricultural Research Organization, Dep of Soil Physics, Bet Dagan, Isr
Wolf, D., Agricultural Research Organization,, Dep of Soil Physics, Bet Dagan, Isr, Agricultural Research Organization, Dep of Soil Physics, Bet Dagan, Isr
Rawitz, E., Agricultural Research Organization,, Dep of Soil Physics, Bet Dagan, Isr, Agricultural Research Organization, Dep of Soil Physics, Bet Dagan, Isr
RESIDUAL COMPACTION EFFECTS ON COTTON STAND AND YIELDS.
In the work reported here the residual effects of soil compaction on cotton yield reduction through diminished plant stand and increased stand variability have been established. A simple variational model is used to predict average yield from the mean values land the standard deviations of the crop stand and water use in the field. Good agreement was attained between predicted and measured average yields of seed cotton for trickle and sprinkler irrigated fields. Seed cotton yields were found to be more sensitive to stand variations than to variations in water distributions under the described experimental conditions. ,
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