Fire-Driven Erosion Modeling is a computational framework within post-fire watershed recovery research that specifically simulates sediment transport and soil loss processes initiated by wildfire-induced hydrological changes, distinguishing it from general erosion models by its explicit integration of fire-affected landscape variables such as burn severity, vegetation loss, and soil hydrophobicity.
45
Publications
2.9K
Citations
159
Authors
93
Institutions
Publications per year
2017–2026
15
Parents
Publications
45
1–5 of 45
Authors
159
- PR
5
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- ME
5
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- WJ
4
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- TE
3
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- DD
3
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1–5 of 159
Institutions
93
Rocky Mountain Research Station
Fort Collins, United States
11 h-index
15 publications
1K citations
Colorado State University
Fort Collins, United States
7 h-index
21 publications
1.6K citations
Agricultural Research Service
Washington, United States
6 h-index
14 publications
1K citations
Rocky Mountain Research (United States)
Salt Lake City, United States
5 h-index
9 publications
391 citations
Michigan Technological University
Houghton, United States
5 h-index
5 publications
303 citations
United States Geological Survey
Reston, United States
4 h-index
8 publications
806 citations
Northwest Watershed Research Center
Boise, United States
4 h-index
12 publications
1K citations
Southwest Watershed Research Center
Tucson, United States
4 h-index
7 publications
310 citations
1–8 of 93
Venues
- CATENA
6 publications · 205 citations
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- International Journal of Wildland Fire
4 publications · 140 citations
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- Earth Surface Processes and Landforms
2 publications · 90 citations
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- Natural Hazards
2 publications · 53 citations
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- Geomorphology
2 publications · 65 citations
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1–5