Three powerful wildfires are blazing in California. By Friday morning, the Camp fire had burned 70,000 acres in 24 hours, destroying Paradise, a community of about 26,000 people north of Sacramento.
Near Los Angeles, the Woolsey and Hill fires have already scorched more than 7,000 acres, resulting in the evacuation of 88,000 homes by Friday morning, according to the Los Angeles Times.
The three wildfires are being fueled by dry conditions and strong Santa Ana winds. And on Friday, each of the fires remained almost completely uncontained. The severe fire activity is raising questions about whether climate change is influencing wildfires, especially in the American West.
Park Williams, a bioclimatologist at Lamont-Doherty Earth Observatory, was awarded funding from the Center for Climate and Life to study this topic. Williams examines the drivers of drought and the role of human-induced climate change, particularly on the health and resilience of forests.
A 2016 study co-authored by Williams and John Abatzoglou, a professor of geography at the University of Idaho, found that rising temperatures have doubled the area affected by forest fires in the western United States over the last 30 years.
“No matter how hard we try, the fires are going to keep getting bigger, and the reason is really clear,” said Williams in an interview about their findings. “Climate is really running the show in terms of what burns. We should be getting ready for bigger fire years than those familiar to previous generations.”
Watch Williams discuss his research on droughts and wildfires in the video below.
Related
Why Does California Have So Many Wildfires? (The New York Times)
California Heat Wave, Wildfires Rage on with No Relief in Sight (Newsweek)
Before the concept “climate change” is used to explain how California is lacking in rain, please explain to me, on this N.O.A.A. weather map –> https://www.ssd.noaa.gov/goes/west/nepac/h5-loop-wv.html. So, how is all the incoming water vapor in the jet stream is being evaporated by a stationary high pressure system in the west. Why does the Low pressure system right off the coast of So-Cal contain a straight/box shaped righ angle in the “vortex?” Again, why is there a straight high pressure zone between the Northwest Coast and another low pressure storm system in the pacific? This low pressure system is not allowed to combine with the water vapor diverted north via high pressure blockade on the NW coast.