Tall Timbers Wildland Fire Science Program has received Department of Defense funding from the Strategic Environmental Research and Development Program to characterize multiscale feedbacks between forest structure, fire behavior and fire effects. This work seeks to advance more mechanistic predictions of fire effects through the application and advancement of coupled fire-atmospheric modeling to empirical study of surface fire regimes. The project is field-intensive and includes intensive fire-line experimentation campaigns using a variety of spatial and temporal monitoring techniques. This post-doctoral fellowship has up to 3.5 years of funding to lead integration efforts of multidisciplinary empirical fire behavior and forest measurements. The position will oversee data management, analysis, and data integration of 3D fuel characterization, fire behavior, fire effects, and 3D flows. The position will also facilitate the transfer of pre- and post-burn datasets to fire behavior modeling teams at Los Alamos National Laboratory and Colorado State University. The incumbent will play a key role in advancing our understanding of heat transfer to vegetation during fire and in improving post fire effects prediction. Primary duties are to assist the Wildland Fire Scientist and project collaborators with implementation of the study plan, help supervise field data acquisition, facilitate data transfer among participating organizations, and lead spatially explicit analysis of energy transfer and resulting fire effects. Other duties range from publication writing and preparation for submission to peer-reviewed journals, administering project management software, budget reporting, and student advisement.