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Our Researchers

Research Scientist
	Research topics
Ager, Alan Research Forester	Forest landscape modeling and scenario planning Restoration of fire adapted systems Socioecological aspects of wildfire risk governance Transboundary risk assessment
Finney, Mark Research Forester	fire spread in deep and discontinuous fuel beds fire simulation for purposes of fire risk assessment Inside the Megafire \| NOVA	Meet Dr. Mark Finney, Research Forester
Grumstrup, Torben P. Research Mechanical Engineer	Convection heat transfer in spreading wildland fires Fluid mechanics of fire Laboratory and field instrumentation and measurement
Hao, Wei Min Supervisory Research Chemist	spatial distribution of daily emissions of atmospheric pollutants and greenhouse gases comparing fire emission sources with industrial sources of greenhouse gases and air pollutants quantify atmospheric pollutant concentrations downwind from large fires. smoke plume dynamics and optical properties of smoke particles	Meet Dr. WeiMin Hao, Research Chemist
Hood, Sharon Research Ecologist	Fire-induced tree mortality Fuel and silvicultural treatment effects Tree defenses Ecosystem resilience Inside the Megafire \| NOVA	Meet Dr. Sharon Hood, Research Ecologist, It’s a Goopy Mess When Pines and Beetles Duke it Out \| Deep Look, Is That Tree Dead? - Sharon Hood, Dr. Sharon Hood: Fire Ecologist Discusses Bark Beetles
McAllister, Sara Research Mechanical Engineer	understanding fuel particle ignition combustion fundamentals Inside the Megafire \| NOVA	Meet Research Mechanical Engineer Sara McAllister
Parsons, Russell Research Ecologist	Modeling, measuring, and mapping wildland fuels Exploring how fuel heterogeneity affects fire behavior Understanding how beetle outbreaks change fuels and fire Building capability to more robustly assess fuel treatments	Meet Dr. Russ Parsons, Research Ecologist
Short, Karen Research Ecologist
Urbanski, Shawn Research Physical Scientist	The evaluation and development of biomass burning emission inventory systems Laboratory and field experiments characterizing the gas and aerosol emissions biomass burning Development of satellite based wildfire emission inventories for the United States Airborne and ground based experiments for the validation of smoke dispersion models and atmospheric chemistry transport models	Meet Shawn Urbanski, Research Physical Scientist
Wagenbrenner, Natalie Research Meterologist	high-resolution modeling of the atmosphere over complex terrain fire-atmosphere interactions at fuel part fire-atmosphere interactions at fuel particle- to atmospheric meso-scales observations and predictability of short-lived atmospheric boundaries

Research Scientist, Retired-FS
	Research topics
Heyerdahl, Emily Retired Research Forester	Multicentury fire history from tree rings in western North America Climate and topographic drivers of historical fire regimes across landscapes Climate drivers of historical regional-fire years
Keane, Robert (Bob) Emeritus Research Ecologist	Wildland fuel science Whitebark pine ecosystem restoration Ecological modeling Climate change science Please do not use Internet Explorer for the following videos Introduction to Photoload Sampling Technique (video) RMRS Bite Sized Science: Want to learn a new way to sample wildland fuel loadings using photoloads? (video) Spotted Bear Research Projects (video presentation 3/24/2020)	Meet Dr. Robert Keane, Research Ecologist, Restoring Whitebark Pine Ecosystems of the West in the Face of Climate Change
Smith, Jane Kapler Retired, Ecologist - FEIS Lead Scientist

FMI (Fire Modeling Institute), Research Scientist
	Research topics
Jolly, Matt Ecologist	Seasonal variations in live fuel composition and flammability Live fuel contributions to wildland fire behavior Ecological disturbance interactions Advancements in local, regional, national and global fire danger rating

Staff, Research Scientist
	Research topics
Riley, Karin Research Ecologist	estimation of risk to terrestrial carbon resources from wildland fire; creating CONUS-wide maps of trees, understory, and downed woody material; analysis of fuel treatment effects; simulation of fire regimes under climate change.	Meet Dr. Karin Riley, Research Ecologist