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Landscape Position and Burn Intensity Influence Heat-Induced Soil Chromium Contamination

“We use natural soil samples, laboratory experimentation, and spectroscopic analyses to simulate and quantify how burn intensity and landscape position drive Cr(VI) generation and mobility across an unburned serpentine soil toposequence in southwestern Oregon.”

Read HERE

Posted by:
Brooke Simmons
Published on:
April 29, 2026

Categories: PublicationTags: hexavalent chromium, iron, soil and water quality, soil minerals, weathering, wildfire

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This regional Fire Exchange is one of 15 regional fire science exchanges sponsored by the Joint Fire Science Program (JFSP).
View resources from multiple exchanges.