Changing Large Wildfire Patterns in the Eastern United States Wildland-Urban Interface

Changing Large Wildfire Patterns in the Eastern United States Wildland-Urban Interface

Jan 1, 2024·
Noah Weidig
Noah Weidig
,
Carissa L. Wonkka
,
Michaella A. Ivey
,
Victoria M. Donovan
· 0 min read
Abstract
The recent increase in large wildfires in the eastern United States makes it crucial to examine the subsequent risk to human life and property. In the eastern US, the wildland–urban interface (WUI), where wildfire risk is greatest, has expanded tremendously over the last three decades. Aims: This study aimed to understand how increasing wildfires in the eastern US are manifesting in the WUI. We quantified WUI growth and characterised large (>200 ha) wildfire regimes inside and outside the WUI at multiple spatial scales across the eastern US between 1986 and 2021. WUI wildfires in the eastern US comprised 45% of all large wildfires and 55% of the area burned, were on average 46% larger than non-WUI wildfires, and are becoming more frequent in spring. Most increases in wildfire number and area burned occurred outside of the WUI. The WUI plays an important role in large wildfire dynamics in the eastern US; however, increases in the number of large wildfires have occurred primarily outside the WUI. Our findings highlight important interactions between human development and large wildfire occurrence in the eastern US and should be used to direct future region-specific assessments of changing wildfire risk.
Type
Publication
Northwest Florida Association of Environmental Practitioners Symposium
pubs
Noah Weidig
Authors
GIS Analyst • Data Scientist
I leverage remote sensing, GIS, and data science to translate complex data into clear insight about how our world changes. I believe understanding patterns through time gives people the power to see beyond the moment and shape a more intentional world.