Effects of Wildfire on Phosphorus Loading in Forested Ecosystems
Additional Funding Sources
This project was made possible by the NSF Idaho EPSCoR Program and by the National Science Foundation under Award No. OIA-1301792.
Abstract
Effects of Wildfire on Phosphorus Loading in Forested Ecosystems
1Margaret McGovern, 2Nicolai Ripplinger, and 1Dr. Erin Brooks
2University of Idaho, 1North Idaho College
Abstract
We hypothesize that phosphorus rich ‘hotspots’ exist in forested ecosystems and that forest management which relies on low severity prescribed burns may be a useful strategy to minimize phosphorus loading from these systems. In this study we identified 30 stream locations where we conducted weekly water sampling to identify ‘hotspots’ of excessive phosphorus loading. We then examined these hotspots to determine the importance of fire history and forest management on the observed spatial variability. We also compared phosphorus concentration in the water to existing soil phosphorus maps developed over the last two years from a previous study to identify key factors which explain this spatial variability.
Funding for this study was made possible by the NSF Idaho EPSCoR Program and by the National Science Foundation under award number IIA-1301792.
Effects of Wildfire on Phosphorus Loading in Forested Ecosystems
Effects of Wildfire on Phosphorus Loading in Forested Ecosystems
1Margaret McGovern, 2Nicolai Ripplinger, and 1Dr. Erin Brooks
2University of Idaho, 1North Idaho College
Abstract
We hypothesize that phosphorus rich ‘hotspots’ exist in forested ecosystems and that forest management which relies on low severity prescribed burns may be a useful strategy to minimize phosphorus loading from these systems. In this study we identified 30 stream locations where we conducted weekly water sampling to identify ‘hotspots’ of excessive phosphorus loading. We then examined these hotspots to determine the importance of fire history and forest management on the observed spatial variability. We also compared phosphorus concentration in the water to existing soil phosphorus maps developed over the last two years from a previous study to identify key factors which explain this spatial variability.
Funding for this study was made possible by the NSF Idaho EPSCoR Program and by the National Science Foundation under award number IIA-1301792.
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