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Model and citation | Description | Linkage within ArcFuels | Case studies |
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Forest Vegetation Simulator (FVS) [52] | Individual-tree, distance-independent growth and yield model | Calls the program, creates input data, processes output data, plus allows interaction in execution | [53–56] |
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Fire and Fuels Extension to FVS (FVS-FFE) [18] | Stand-level simulations of fuel dynamics and potential fire behavior over time | Calls the program, creates input data, processes output data, plus allows interaction in execution | [57, 58] |
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Stand Visualization System (SVS) [59] | Generates graphics depicting stand conditions | Calls the program, creates input data | N/A |
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NEXUS [17] | Stand-level spreadsheet that links surface and crown fire prediction models | Calls the program, creates input data | [60–62] |
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BehavePlus [63] | Stand-level fire behavior, fire effects, and fire environment modeling system | Calls the program | [64–67] |
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BehavePlus (SURFACE module) [68] | Stand-level fire behavior, fire effects, and fire environment modeling system | Fully integrated (Behave calculator in Wildfire Models tool) | N/A |
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FlamMap [20] | Landscape-level fire behavior mapping and analysis program | Calls the program, creates input data, processes output data | [69] |
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FARSITE [19] | Fire spread simulator | Calls the program, creates input data, processes output data | [62, 67, 69] |
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FOFEM [13] | Stand-level first order fire effects modeling system | Calls the program | [70] |
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