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An erosion-based land classification system for military installations

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Abstract

The universal soil loss equation (USLE) has been integrated with a geographic information system known as the geographical resources analysis support system (GRASS) to create a land classification system for use by military trainers and land managers to minimize the environmental impacts of military training activities. The USLE provides an estimate of current average annual sheet and rill erosion based upon factors representing climate, soil erodibility, topography, cover, and conservation support practices. The erosion estimate is compared to erosion tolerance values to produce an expression of the current erosion status. An index of inherent site erodibility is also achieved through manipulation of the USLE. Based on published soil surveys, satellite imagery, and ground-truth vegetation transects, data layers are created within GRASS for each of the component factors of the USLE. Appropriate mathematical operations are performed with the data layers, and color-coded maps are produced that represent the erosion status and erodibility index for each 50-m × 50-m area of soil surface. These maps aid military trainers and land managers in scheduling appropriate kinds and intensities of military training activities.

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Authors and Affiliations

  1. Environmental Division, US Army Construction Engineering Research Laboratory, PO Box 4005, 61820, Champaign, Illinois, USA

    Steven D. Warren, Victor E. Diersing, Pamela J. Thompson & William D. Goran

Authors
  1. Steven D. Warren
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  2. Victor E. Diersing
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  3. Pamela J. Thompson
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  4. William D. Goran
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Warren, S.D., Diersing, V.E., Thompson, P.J. et al. An erosion-based land classification system for military installations. Environmental Management 13, 251–257 (1989). https://doi.org/10.1007/BF01868372

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