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Model forest landscape change in the Missouri Ozarks under alternative management practicesAuthor(s): Stephen R. Shifley; Frank R. Thompson; David R. Larsen; William D. Dijak
Source: Computers and Electronics in Agriculture. Volume 27. 2000. 7--24
Publication Series: Scientific Journal (JRNL)
Station: North Central Research Station
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DescriptionWe used a spatially explicit landscape model, LANDIS, to simulate the effects of five management alternatives on a 3216 ha forest landscape in southeast Missouri, USA. We compared management alternatives among two intensities of even-aged management with clearcutting, uneven-aged management with group selection harvest, a mixture of even- and uneven-aged management, and no harvesting. Anticipated disturbances by windthrow and wildfire were included in the 100-year simulations across the landscape. The uneven-aged, even-aged long rotation, and mixed harvest regimes were similar to one another in total area in each forest size class, timber volume produced and volume of wood on the forest floor. However, they varied geatly in quantity of edge habitat and in the extent of the mature forest habitat tree from edge effects. The intensive even-aged harvest regime and the no-harvest regime produced the greatest volume of timber and the greatest volume of downwood, respectively. This model provides a quantitative flamework to simultaneously explore multiple factors that affect landscape-scale management decisions.
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CitationShifley, Stephen R.; Thompson, Frank R.; Larsen , David R.; Dijak, William D. 2000. Model forest landscape change in the Missouri Ozarks under alternative management practices. Computers and Electronics in Agriculture. Volume 27. 2000. 7--24
KeywordsSimulation, volume yield, patch size, edge, landscape pappern, timber harvest, clearcutting, group selection, LANDIS
- Simulated effects of forest management alternatives on landscape structure and habitat suitability in the Midwestern United States
- Simulated cavity tree dynamics under alternative timber harvest regimes
- Expanding the scale of forest management: allocating timber harvests in time and space
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