12.1 Life-saving Collaborative Fire Warnings and Wind-shift Forecasts During the Disastrous Texas Panhandle and Oklahoma Wildfires of February 2024

Wednesday, 15 January 2025: 4:30 PM
202 (New Orleans Ernest N. Morial Convention Center)
T. Todd Lindley, NWS, Norman, OK; and S. Curl, D. Speheger, J. Carter, M. Davies, M. Fox, R. Smith, A. M. Ward, D. Weber, M. Gittinger, D. Daily, G. Murdoch, and L. Kanclerz
Manuscript (545.8 kB)

On 26-27 February 2024, devastating wildfires in the Texas panhandle and western Oklahoma burned nearly 1.4 million acres and threatened thousands of lives. While two civilians tragically lost their lives in the fires, the number of deaths was low compared to similar past wildfire disasters in the same geographic region. Past wildfire outbreaks that burned over one million acres in 2006 and 2017 caused mortality rates of 1.3% per fatality fire as derived by within-fire perimeter census populations. The average mortality rate for fatality fires on 26-27 February 2024 was 0.04%. The two orders of magnitude reduction in 2024 mortality occurred despite the fact that the fires were on average 72% larger than those in 2006 and 2017, threatening 3.4 times more people and 5.3 times more at-risk homes.

A factor contributing to the relatively low number of fatalities in 2024 was use of a novel fire warning paradigm that leveraged a multi-agency integrated team. In addition to collaborative fire warnings, forecasts were communicated up to 18 hours in advance that called for “an exceedingly dangerous wind shift...[with]...a life threatening situation for responders and the public...associated with exponential fire growth and sudden acceleration in the rate of spread for the Smokehouse [Creek Fire]” and ”escalation toward a megafire.”

This presentation will detail the roles of National Weather Service meteorologists and forestry agency fire analysts in conducting successful fire warning operations during the disastrous February 2024 wildfires.

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