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Simulating coarse-scale vegetation dynamics using the Columbia River Basin Succession Model--CRBSUM .

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Title	Simulating coarse-scale vegetation dynamics using the Columbia River Basin Succession Model--CRBSUM.
Contributor	Keane, Robert E.
Description	The Columbia River Basin Succession Model (CRBSUM) simulates broad-scale landscape changes as a consequence of various land management policies. CRBSUM is a coarse-scale, spatially explicit, deterministic model with stochastic properties that simulates changes in vegetation cover and structural stages on large landscapes over long periods. CRBSUM was used to simulate coarse-scale landscape changes in the Interior Columbia River Basin as a result of four management scenarios, called management futures. CRBSUM results have an inherent 1 to 5 percent variability because of stochastic structure of the model. Sensitivity analysis results suggest moderate changes in disturbance probabilities (25 percent increase) will only slightly affect simulated results.
Publisher	Ogden, UT (324 25th St., Ogden 84401) : U.S. Dept. of Agriculture, Forest Service, Intermountain Research Station, [1996]
Subject	Vegetation dynamics - - Columbia River Watershed - - Simulation methods. ; <br> Forest dynamics - - Columbia River Watershed - - Simulation methods. ; <br> Plant succession - - Columbia River Watershed - - Simulation methods.
Relation	General technical report INT ; 340.
Source	A 13.88:INT-GTR-340
Date Original	1996-10-01
Date Digital	2007;
Type	text
Format	application/pdf
Resource Identifier	mtg002171
Contributing Institution	The University of Montana
Language	en
Digitization Specifications	Scanned by Lacey Gibbons using an OpticBook 3600 scanner at 400 dpi, 8 bit gray scale. Master images stored as TIFF and derivatives presented as PDF. Abbey FineReader 8.0 used for optical character recognition.

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Simulating coarse-scale vegetation dynamics using the Columbia River Basin Succession Model--CRBSUM .

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