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James Randerson
University of California IrvineMeeting roles in:
Four-decades of annual aboveground biomass maps at 30m reveal impacts of disturbances in Arctic and Boreal North America
Drivers and Impacts of Three Consecutive Extreme Fire Years in Boreal North America
Tracking Individual Fire Spread Behavior to Understand Global Fire Risk
A Novel Strategy for Fuel-Break Placement Informed by Fire-Spread Connectivity to Effectively Mitigate Wildfire Risk
Burned area mapping across the Arctic-boreal zone with Landsat and Sentinel-2 imagery
Estimating recent trends in forest carbon across the Western US by fusing forest inventory and disturbance data
The influence of diffuse radiation on global terrestrial photosynthesis
Integrating Uncertainty in Fuel Properties for Wildland Fire Carbon Emissions Inventories
Integrating Atmospheric Science, Fire Science, and Public Policy to reduce Wildfire Risk in Southern California
Enhancing VIIRS Fire Detection Accuracy: Differentiating Static Heat Sources from Vegetation Fires Using Persistence, Proximity, and Machine Learning
Tailored multi-sensor fire detection approaches to better constrain fire dynamics in tropical forests and peatlands
Tree rings Show Global CO2-driven Rise in Leaf Photosynthesis and Increased Stomatal Regulation Since 1901
Recovering young forests dominate the current and future land carbon sink
Understanding the causes of the unprecedented growth of atmospheric CO2 in 2024
Reconciling Top-Down and Bottom-Up Estimates of Tropical Gross Deforestation Flux
Radiocarbon-based source apportionment of carbonaceous aerosol in the Athabasca oil sands region
Lightning-Fire Coupling across California: Understanding Summer Dry Lightning Storms and their Impacts on Ignitions and Burned Area
Machine Learning to Advance Fire Spread Modeling
Characterizing Fire Behavior Across the Continental United States With a Decade of Sub-Daily Fire Perimeters
Communicating and Visualizing Fire Event Evolution in Near-Real-Time
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