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Research ArticleResearch

Erosion from simulated rainfall on mountain rangeland in Utah

George E. Hart
Journal of Soil and Water Conservation September 1984, 39 (5) 330-334;
George E. Hart
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ABSTRACT:

Simulated rainfall was applied to large runoff plots that were bare or covered with sagebrush and grass. Soil erosion on the vegetated plots was negligible; on the bare plots soil loss averaged 1.9 t/ha from lower intensity rain on dry soil and 16.6 t/ha from higher intensity rain on prewet soil. Antecedent soil moisture condition had a pronounced effect on erosion. The universal soil loss equation greatly overestimated measured loss on dry soils, but was within 13 to 51% of measured losses on prewetted plots with a 10% slope. Comparison of predicted and measured soil losses on a 32% slope suggested that overestimation was due partly to the USLE's slope value.

Footnotes

  • George E. Hart is an associate professor in the Forest Resources Department, Utah State University, Logan, 84322. The study was sponsored by a university research grant and the Utah Agricultural Experiment Station.

  • Copyright 1984 by the Soil and Water Conservation Society

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Journal of Soil and Water Conservation: 39 (5)
Journal of Soil and Water Conservation
Vol. 39, Issue 5
September/October 1984
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Erosion from simulated rainfall on mountain rangeland in Utah
George E. Hart
Journal of Soil and Water Conservation Sep 1984, 39 (5) 330-334;

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Erosion from simulated rainfall on mountain rangeland in Utah
George E. Hart
Journal of Soil and Water Conservation Sep 1984, 39 (5) 330-334;
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