This is a Half a degree Additional warming, Prognosis and Projected Impacts (HAPPI) project - an attempt to answer the questions set by policymakers under the Paris Agreement for "pre-industrial warming."
What does the Son et al. (2021) study find? Fire weather conditions will increase for much of the world.
But because this is a HAPPI approach, the actual landscapes and vegetation - i.e., fuels - are not considered. Which they note as not being "fully coupled".
Fires caused by humans mainly; study does not aim to include ignitions.
It also excludes Arctic areas as well as other arid locations, which is why you'll see so little fire in Alaska and Siberia in their model. And Arctic fires appear to be increasing.
Friday deep dive into #ArcticFires of Siberia, focusing on the 8,000+ fires detected by MODIS & VIIRS satellites between May 2020 and mid-July 2020 at latitudes above 70°N. (A thread).
Important to note that Arctic fire regimes are not novel, but seem to be increasing in number. Here, @iccinet Climate Change Intern and @StOlaf undergraduate student, @BradenPohl, maps fires for last 3 years in northern Krasnoyarsk Krai and Sakha Republic.
Braden and @jj_fain created this fire density heatmap in @qgis, highlighting that certain areas tend to burn regularly, like northern Krasnoyarsk Krai, along Lena River, south of Yana Bay, and south of East Siberian Sea. Human-caused fires? Start looking here.