Rising temperatures are projected to trigger more wildfires in most of North America and Europe, according to a new study, but climate change may have the opposite effect around the equator.

The American West, where massive conflagrations are currently chewing up parts of Colorado and New Mexico, will be especially vulnerable to wildfires over the next three decades, according to scientists from the University of California-Berkeley and Texas Tech University.

Their study, published today in the peer-reviewed Ecosphere journal, utilized 16 separate climate change models and satellite-based databases to generate what researchers called one of the most comprehensive projections to date of how climate change might influence global fire patterns.

The Whitewater-Baldy Complex wildfire in New Mexico is one of the biggest in the state's history. (Photo by Kari Greer/Gila National Forest)

Previous studies have also predicted an uptick in wildfires, severe storms, floods and droughts.

“Most of the previous wildfire projection studies focused on specific regions of the world, or relied upon only a handful of climate models,” said study co-author Katharine Hayhoe, director of the Climate Science Center at Texas Tech University. “When many different models paint the same picture, that gives us confidence that the results of our study reflect a robust fire frequency projection for that region. What is clear is that the choices we are making as a society right now and in the next few decades will determine what Earth’s climate will look like over this century and beyond.”

The researchers noted that increased rain could dampen fire potential around the equator.

In a different study published in the June issue of BioScience, UC-Berkeley researchers analyzed decades of data that supported the use of controlled burns to lessen fuels and better manage risk.

“We need to act, because climate change is making fire season longer, temperatures are going up, and that means more fire in many regions, particularly ones with a Mediterranean environment,” Berkeley’s Scott Stephens said in a statement. “Based upon what we’ve found, forest managers can increase the scale and pace of necessary fuels treatments without worrying about unintended ecological consequences.”

The U.S. Forest Service reports that less than 1 percent of prescribed burns rage out of control, which is what happened in Conifer this spring when winds whipped a burn into a deadly 4,000-acre blaze.

Experts say this summer has the potential to be one of the worst fire seasons in the history of Colorado, where a snow-starved winter, hot temperatures and beetle-killed forests have left the state especially susceptible. The state snowpack is only 2 percent of normal, according to a U.S. Department of Agriculture Basin Outlook Report released today (pdf).

NASA's Aqua satellite passed over the High Park Fire in Colorado on Sunday and captured this image of the thick pall of smoke blowing east, just north of Fort Collins. (Image courtesy of NASA)

Colorado’s congressional delegation, led by Sens. Mark Udall and Michael Bennet, are urging the federal government to add air tankers and take other actions to improve preparedness for the coming years.

There are currently 19 active large fires burning in nine states. Federal agencies have made approximately 4,500 firefighters available to aid in efforts to suppress and contain the fires.

While today’s fires are extremely serious ones, to date federal officials say the season has been “below average,” meaning additional resources remain available should they be necessary.

“We’re bringing the full range of our federal, tribal, state, local and non-governmental resources together to manage these wildland fires and reduce risk to communities,” said Secretary of the Interior Ken Salazar. “We remain vigilant and continue to do all we can to ensure the safety of all firefighters in this challenging wildlife season.”