The chart below illustrates
how wildfire emissions have changed from 1850 to 2014, according to the model results.
Not exact matches
But while
wildfires are estimated to contribute about 18 percent of the total PM2.5
emissions in the U.S., many questions remain on
how these
emissions will affect human populations, including
how overall air quality will be affected,
how these levels will change under climate change, and which regions are to most likely to be impacted.
The new study, published in Nature Communications, estimates
how annual
wildfire emissions have been influenced by changes in land use and local population increases.
In the U.S. recent hurricanes and
wildfires have shown us
how unprepared we are for this new normal, and crystalize the risks we face if we do not reverse
emissions trends.
The fellow will conduct a two - year research project that brings new science to bear on
how Alaska
wildfire mitigation can help to achieve net - zero greenhouse gas
emissions in the US by mid-century.
Tracing through this list, it becomes increasingly clear
how the links between distant events lock into self - reinforcing loops: rising
emissions, higher temperatures, shrinking sea ice, additional warming, extended droughts, bigger
wildfires, and higher
emissions still.