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United States Department of Agriculture

Agricultural Research Service

Title: Soil Erosion in Tepetates

Authors
item Norton, Lloyd
item Ventura, E - UNIV OF QUERETARO
item Figueroa, B - COLEGIO DE POSTGRADUADOS
item Oropeza, J - COLEGIO DE POSTRADUADOS
item Wallace-Cochrane, B - PURDUE UNIVERSITY

Submitted to: National Congress Mexican Society for Soil Science
Publication Type: Abstract Only
Publication Acceptance Date: October 26, 2002
Publication Date: October 17, 2002
Citation: Norton, L.D., Ventura, E., Figueroa, B., Oropeza J.L., Wallace-Cochrane, B. Soil erosion in tepetates. National Congress Mexican Society for Soil Science. 2002. Abstract. p. 29-34.

Technical Abstract: The valley of Mexico is one of the most populous places on earth. Although rainfall is low and infrequent, there is considerable soil erosion by water and land destruction due to high intensity storms, steep slopes, highly erodible volcanic derived soils and disturbance by man. The disturbance by man was accelerated with European colonization of the area and is intensified today by population pressures that push activities onto the more marginal hilly lands. We have conducted several studies to document the problems of reclaiming the degraded lands, study the soil erosion processes, understand the nature of the soils of volcanic origin and their unique properties and to develop methods to control erosion when these soils are reclaimed and disturbed. This paper will present data from rainfall simulation studies on reclaimed "tepetates" that have been degraded and on soil properties of various tepetates that occur in the region. We also will present data on laboratory experiments aimed at developing erosion control strategies for these degraded, reclaimed and disturbed lands. It was found that gypsum in addition to reclamation efforts on these soils can significantly reduce soil erosion.

Last Modified: 12/25/2014
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