Date
2018
Abstract
These data were simulated using the LANDIS-II model with the Century Succession extension (v3.1.1), the Dynamic Leaf Biomass Fuel extension (v2.0), and the Dynamic Fire extension (v.2.0.5). We used CMIP3 projections, driven by the A2 emission scenario, from CNRM, CCSM3, GFDL. The study area includes three transects across the Sierra Nevada Mountains of California. The transects are labeled as North, Middle, South. The objective of the study was to account for the effects of climate on fuel flammability (static) and the effects of climate on fuel flammability combined with the effects of climate and prior wildfire events on fuel availability (dynamic).
Document Type
Dataset
DOI
10.25827/m7nr-ft88
Recommended Citation
Hurteau, Matthew D.; Shuang Liang; A. LeRoy Westerling; and Christine Wiedinmyer. "Supporting data for "Vegetation-fire feedback reduces projected area burned under climate change"." (2018). doi:10.25827/m7nr-ft88.
Emissions.zip (285 kB)
R code for processing the data and generating the figures in the manuscript.
fire_size.zip (1457 kB)
R code for processing the data and generating the figures in the manuscript.
severity.zip (59427 kB)
R code for processing the data and generating the figures in the manuscript.
TEC.zip (259 kB)
R code for processing the data and generating the figures in the manuscript.
