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Richard Vachula
Auburn UniversityMeeting roles in:
Paleo- and Historical Perspectives on Fire in the Earth System I GeoBurst
Assessing fuel type through microcharcoal in the Late Miocene C4 grass expansion from Ocean Drilling Site 1146
Assessing fuel type through microcharcoal in the Late Miocene C4 grass expansion from Ocean Drilling Site 1146
Paleo- and Historical Perspectives on Fire in the Earth System GeoBurst Session III Poster
Paleo- and Historical Perspectives on Fire in the Earth System II Poster
Spatiotemporal Patterns of Holocene Fire Activity in the Contiguous USA: Disentangling Ecological, Climatic, and Anthropogenic Drivers
Neotropical Woody Species Produce Charcoal Particles With a High Aspect Ratio Which Can Be Distinguished by Morphometrics and Morphotypes
A late Cretaceous paleo fire record and its implications for fire regime evolution.
Hurricane Disturbance Leads to Elevated Wildfire Activity in the Gulf Coast Region
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