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Simulating Timber Yields and Hydrologic Impacts Resulting from Timber Harvest on Subalpine Watersheds

C. F. Leaf / R. R. Alexander

A dynamic simulation model determines the hydrologic changes resulting from timber harvesting, and correlary models simulate timber yields. Emphasis is placed on the 'planning unit' which is defined by environmental characteristics, including combinations of slope, aspect, elevation, and forest cover.

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Simulating Timber Yields and Hydrologic Impacts Resulting from Timber Harvest on Subalpine Watersheds

C. F. Leaf / R. R. Alexander

A dynamic simulation model determines the hydrologic changes resulting from timber harvesting, and correlary models simulate timber yields. Emphasis is placed on the 'planning unit' which is defined by environmental characteristics, including combinations of slope, aspect, elevation, and forest cover.

Simulating Timber Yields and Hydrologic Impacts Resulting from Timber Harvest on Subalpine Watersheds

C. F. Leaf / R. R. Alexander

A dynamic simulation model determines the hydrologic changes resulting from timber harvesting, and correlary models simulate timber yields. Emphasis is placed on the 'planning unit' which is defined by environmental characteristics, including combinations of slope, aspect, elevation, and forest cover.

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Title:

Simulating Timber Yields and Hydrologic Impacts Resulting from Timber Harvest on Subalpine Watersheds

Contributors:

C. F. Leaf (author) / R. R. Alexander (author)

Publication date:

1975

Size:

25 pages

Type of media:

Report

Type of material:

No indication

Language:

English

Keywords:

Natural Resource Management , Hydrology , Mathematical models , Forestry , Structural timber , Harvesting , Slope , Elevation , Vegetation , Forest land , Rocky Mountains , Stream flow , Snowmelt , Evapotranspiration , Soil water , Colorado , Wyoming , Forest watersheds , Water yield

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