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Forest Vegetation Simulator Calibration 130-107 Description: The Forest Vegetation Simulator (FVS) is an individual tree, non-spatial growth and yield computer model that: - Provides detailed summary data on density, volume, species, DBH, height, and MAI; - Can simulate most common forms of harvesting activities (including partial harvesting methods, commercial thinning, etc.); - Can simulate natural forest regeneration or planting (for some species); - Can simulate prescribed fire (US variants of the model); - Has the flexibility to model complex stands of many species, and multi-canopy associations; - Can integrate with various computer extensions that include insect and disease modules and fire and fuels extensions that have been developed elsewhere; - Has the ability to provide required input files for other computer models (e.g., wood supply models) - Has been adopted by the U.S. Forest Service as the national modeling framework. FVS has been designed to project ground based inventory data. Recent work in British Columbia involves the development of methods of integrating the provinces forest inventory description into individual tree lists for model input.
A computer screen capture showing the visual power of FVS/SVS Making it work for Ontario… Future Development Possibilities… The Forest Vegetation Simulator Project is allowing the adaptation and development for Ontario, of a powerful and proven individual tree and stand level modeling tool. Its potential to visually communicate how a forest stand grows, either naturally, or following forest management activities will be useful to foresters and planners in evaluating various management scenarios, and in demonstrating these different options and their results during public and professional consultation. FVS will be highly useful in Ontario for forest inventory maintenance, wood supply modeling, determining thinning regimes, and in developing partial harvesting strategies in mixed wood stands. The Project Team: Murray Woods and John Parton, OMNR, Dave Nesbitt and Scott McPherson, OMNR, Guy Larocque and Valerie Lacerte, CFS Project Outputs: Representing site productivity in the basal area increment model for FVS-Ontario FVSOntario Overview - Presentation
Project Work Report (2007-2008)
For Additional Information Contact: forest@canadianecology.ca or visit www.fvsontario.ca
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