Watershed Analysis Reports

Permanent URI for this collection

https://hdl.handle.net/1794/6628

Watershed analyses evaluate the effect of forest management practices on a watershed's physical and biological processes.

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Browsing Watershed Analysis Reports by Author "Deschutes National Forest (Agency : U.S.)"

Now showing 1 - 5 of 5
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    Bend Watershed analysis
    (1998-09-30) Deschutes National Forest (Agency : U.S.)
    Provides characterization and maps of watershed, issues and key questions, historic and current conditions, trend and interpretation, and management recommendations.
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    Big Marsh Watershed analysis
    (1997-06) Deschutes National Forest (Agency : U.S.)
    Provides analysis to develop conceptual strategies to sustain viable ecosystems, divided into three domains: physical, biological, and social. Includes background information, existing conditions, trends and analysis, landscape goals and opportunities.
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    Cascade Lakes Watershed analysis
    (1995-10-05) Deschutes National Forest (Agency : U.S.)
    Analysis provides current and future trends of the watershed as compared to historic conditions, past uses such as recreation, timber harvest, and range or grazing practices, and past disturbance events such as wildfire, insect and disease epidemics.It presents management goals and future opportunities to prevent ecologically undesirable catastrophic events, maintain physical and biological integrity, and restore ecosystem function to deteriorated areas.
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    Forks/Bridge Watershed analysis
    (1995-04) Deschutes National Forest (Agency : U.S.)
    Provides overview of watershed; identifies issues, key trends, causes, and resources at risk; and lists goals and opportunities by domain.
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    Odell pilot watershed analysis
    (1994) Deschutes National Forest (Agency : U.S.)
    Provides analysis focusing on the three basic domains (physical, biological, and social) and the four key issues of the watershed: viability of indigenous fish, recreational use, soil quality, and vegetative structure. Includes orientation and context, data gathering and analysis, synthesis and integration, and landscape goals and opportunities.