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Session
  • Presentation | B21H: Wildfire Impacts on Watershed Biogeochemistry, Hydrology, and Biodiversity I Poster
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  • B21H-1727: First Flush, Future Impacts: Stream Water Quality Responses Across Burn Severity and Hydrologic Connectivity Following the Davis Fire
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  • Board 1727‚ Hall EFG (Poster Hall)
    NOLA CC
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Author(s):
Kelly Loria, Desert Research Institute Reno (First Author, Presenting Author)
William Larson, Desert Research Institute Reno
Brittany Kruger, Desert Research Institute Las Vegas
Mark Hausner, Desert Research Institute
Jodi Ryder, US Army Engineer Research and Development Center
Monica Arienzo, Desert Research Institute


Wildfires can severely impact water quality by changing how streams transport nutrients, metals, and sediments, in ways that vary through space and over time. We studied these impacts after the 2024 Davis Fire in Nevada USA by monitoring water quality across a gradient of burned and hydrologically connected catchments before and after storm events. Our findings help show how fire severity and water flow patterns influence short- and long-term stream recovery, supporting adaptive post-fire management and restoration strategies.



Scientific Discipline
Neighborhood
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Main Session
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