Skip to Main Content
3. Evaluation of unstable lands for interagency watershed analysisAuthor(s): Leslie M. Reid; Robert R. Ziemer; Mark E. Smith; Colin Close
Source: Issues in watershed analysis. Discussions at interdisciplinary and interagency workshops held at the Humboldt Interagency Watershed Analysis Center in McKinleyville, California.
Publication Series: Miscellaneous Publication
PDF: View PDF (65 KB)
DescriptionAbstract - Although methods for evaluating landslide rates and distributions are well developed, much less attention has been paid to evaluating the biological and physical role of landsliding. New directions in land management on Federal lands of the Pacific Northwest now require such evaluations for designing Riparian Reserves. Traditional analysis methods are no longer sufficient, because: 1) the significance of instability is now partially defined on the basis of its ecological role; 2) Riparian Reserves are intended to serve terrestrial ecosystem needs as well as aquatic ones; 3) the level of effort justified in avoiding instability must be evaluated in the context of the economic and ecological impact of both the instability and its remedy; and 4) the existing distribution of ecosystem processes reflects the past history of instability; 5) rehabilitation plans must take into account the ecological role of instability; and 6) knowledge of such interactions is necessary to design monitoring plans.
- You may send email to email@example.com to request a hard copy of this publication.
- (Please specify exactly which publication you are requesting and your mailing address.)
CitationReid, Leslie M.; Ziemer, Robert R.; Smith, Mark E.; Close, Colin 1994. 3. Evaluation of unstable lands for interagency watershed analysis. Issues in watershed analysis. Discussions at interdisciplinary and interagency workshops held at the Humboldt Interagency Watershed Analysis Center in McKinleyville, California.
KeywordsPSW4351, watershed analysis, landslides, unstable lands, hillslope processes, riparian reserves, ecosystem
- 2. Evaluating the biological significance of intermittent streams
- Watershed analysis on federal lands of the Pacific northwest
- Ecology and management of the commercially harvested American matsutake.
XML: View XML