Number of Houses Burned in US Wildfires Shows Significant Growth Over 30-Year Study

Number of Houses Burned in US Wildfires Shows Significant Growth Over 30-Year Study

A team‌ of forestry management researchers at the University of Wisconsin, ​working with a colleague from the ⁢U.S. Department of ​Agriculture Forest Service, and another from the U.S. Geological⁢ Survey, Geosciences and Environmental Change⁢ Science ⁤Center, ‍has found that the number of houses burned by wildfires in the U.S. over the past 30⁣ years has grown substantially.

In their project, published in⁣ the journal Science, the group studied⁣ records showing the degree​ of expansion of houses into wildland urban interface⁣ areas compared ​with ⁢wildfires in the U.S. Judson Boomhower with the University of California, San Diego, has published ‍a Policy Forum piece in⁢ the same journal issue outlining the work and the‌ results.

Wildfires in the U.S. have become a staple of the news cycle as ever-larger⁣ fires ⁣burn huge swaths of grasslands ‌and forests in many parts ​of the ​U.S. Prior research has suggested fires are becoming more intense due to drier conditions related to climate change and, in some‍ cases, poor forestry management. For this⁤ new study, the researchers​ looked at associations between the number of houses burned by wildfires and the reasons for it.

The researchers looked‌ at statistics for all ‍the known wildfires in⁤ the U.S. over the years 1990 to 2020. They also looked at⁢ statistics for homes that exist or ​were built in ⁣wildland urban interface (WUI) areas—where homes are built ⁤next to natural areas—over the​ same time period.

The​ team found that the amount ‌of‍ land characterized⁤ as WUI grew by approximately 31% over the study period. They⁢ also found that the number of houses in WUI areas ⁤grew by 46%, which today numbers approximately 44 million. And they found that the number of houses burned in wildfires has doubled over the past 30 years—55,000 houses have burned in ⁢just the past⁤ 12 years.

2023-11-11 03:41:02
Post from phys.org

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