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Predicting landslides related to clearcut logging, northwestern California, U.S.A.Author(s): David J. Furbish; Raymond M. Rice
Source: Mountain Research and Development 3(3): 253-259.
Publication Series: Miscellaneous Publication
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DescriptionAbstract - Landslides related to clearcut logging are a significant source of erosion in the mountains of northwestern California. Forest managers, therefore, frequently must include assessments of landslide risk in their land-use plans. A quantitative method is needed to predict such risk over large areas of rugged mountainous terrain. From air photographs, data were collected of conditions associated with a sample of logging-related slides and randomly located stable sites. Discriminant analyses were used to develop an equation that distinguishes the two types of sites-slide and non-slide-with 81 percent accuracy. The equation can be used to provide an assessment of risk for undisturbed terrain. Results showed that post-logging failure is most likely to occur near actively scouring streams, just below major convex breaks of slope and within drainage depressions.
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CitationFurbish, David J.; Rice, Raymond M. 1983. Predicting landslides related to clearcut logging, northwestern California, U.S.A. Mountain Research and Development 3(3): 253-259.
KeywordsPSW4351, landslides, hillslopes, erosion, soils, clearcut logging, northwestern California
- Predicting landslides in clearcut patches
- Estimating risk of debris slides after timber harvest in northwestern California
- "Social, technological, and research responses to potential erosion and sediment disasters in the western United States, with examples from California"
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