Wildfire burn severity and emissions inventory: an example implementation over California
Creators
- 1. University of California, Merced
- 2. University of Colorado Boulder
- 3. ASRC Federal Data Solutions*
- 4. USDA Forest Service Institute*
- 5. University of New Mexico
- 6. University of California Los Angeles
Description
These data were generated to map spatial burn severity and emissions of each historically observed large wildfires (>404 hectares (ha)) that burned during 1984–2020 in the state of California in the US. Event-based assessments were conducted at 30-m resolution for all fires and daily emissions were calculated at 500-m resolution for fires burned since 2002. A total of 1697 wildfires were assessed using the Wildfire Burn Severity and Emissions Inventory(WBSE) framework developed by Xu et al 2022. The comprehensive, long-term event and daily emissions records described here could be used to study health effects of wildfire smoke, either by combining them with transport modeling to model air quality and estimate exposures, or by incorporating them into statistical models predicting health impacts as a direct function of estimated emissions. These data will also facilitate analyses of changing emissions impacts on the carbon cycle over the last three decades. High resolution severity and emissions raster maps are generated for each fire event to support further spatial analysis. While the emissions calculated for California with WBSE are not a substitute for real-time daily emissions estimates, it is designed to extend the estimated emissions record back to 1984 with a finer spatial resolution and provide more up-to-date estimates on emissions factors reflecting information from California's recent extreme fires.
Notes
Files
Area_burned_in_each_burn_severity_class_and_emissions_per_fire_1984_2020.csv
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Additional details
Related works
- Is cited by
- 10.1088/1748-9326/ac80d0 (DOI)