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  • Presentation | B13G: The Resilience and Vulnerability of Arctic and Boreal Ecosystems to Climate Change IV Poster
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  • B13G-1635: Impacts of fuel removal on fire intensity and fire extent in Interior Alaska: three case studies
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  • Board 1635‚ Hall EFG (Poster Hall)
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Author(s):
Monika Calef, Soka University of America (First Author, Presenting Author)
Jennifer Schmidt, University of Alaska Anchorage


We are researching the impact of fuel treatment (removal of flammable materials) on wildfires in Interior Alaska. While fuel treatment seems to reduce wildfire intensity and size in the western US, it is not clear that such a treatment is effective in the boreal black spruce forest because the trees are very short and have branches extending to the ground. We found three locations that have both extensive fuel treatments and wildfires. Fire intensity and fire extent data show two different responses: 1) the fire stopped at the fuel treatment line (Shovel Creek fire), and 2) the fire burned through the fuel treatment line but fire intensity was reduced along that location. More research is needed to better understand how and if fuel treatment can be used to keep communities save in Alaska.



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