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UID:73669-1642584600-1642588200@greatbasinfirescience.org
SUMMARY:Residents’ perspectives on Colorado’s 2020 Cameron Peak Fire
DESCRIPTION:Webinar recording. \nThe 2020 Cameron Peak Fire burned more than 200\,000 acres of public and private land in northern Colorado making it the largest fire recorded in Colorado’s history. Extreme fire behavior driven by dense and dry fuels\, steep terrain\, and weather and climatic factors greatly affected the range of potential management strategies. Many different communities were affected by the fire from smoke\, repeated and long-term evacuations\, emotional distress\, and property impacts. Social science researchers at Colorado State University\, in conjunction with the USDA Rocky Mountain Research Station\, interviewed more than 50 landowners and residents in communities directly impacted by the Cameron Peak Fire to understand and share their experiences and perspectives. Join this webinar to learn about people’s attitudes on the communication and fire management strategies\, their perceptions of post-fire landscape recovery and forest health\, and their support for future forest and fire management.
URL:https://greatbasinfirescience.org/event/residents-perspectives-on-colorados-2020-cameron-peak-fire/
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DTSTART;TZID=America/Los_Angeles:20220119T110000
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UID:73671-1642590000-1642593600@greatbasinfirescience.org
SUMMARY:Postfire landscape management in frequent-fire conifer forests of the southwestern US
DESCRIPTION:Webinar recording. \nThe increasing incidence of large wildfires with extensive stand-replacing effects across the southwestern United States is altering the contemporary forest management template within historically frequent-fire conifer forests. While management of fire-excluded forests continues to be a priority for land managers\, an increasing fraction of western conifer forests have recently burned. Many of these burned landscapes contain complex mosaics of surviving forest and severely-burned patches without surviving or regenerating conifer trees. In such complex landscapes\, postfire management decisions may be more effective when based on a spatially-explicit assessment of the mosaic of surviving forest and severely burned patches. Such a decision-making framework includes detailed considerations both for postfire fuels management\, e.g.\, edge hardening of surviving forest patches and repeat burning\, and for postfire reforestation\, e.g.\, nucleation planting strategies to establish “islands” of seed trees\, spatial planning to optimize reforestation success\, tradeoffs between intensive and extensive tree planting\, and improving nursery capacity. The decision-making framework developed here can be integrated with existing postfire management infrastructure to optimize allocation of limited resources while not abandoning recently burned landscapes\, which will continue to expand in a future of increasing fire activity.
URL:https://greatbasinfirescience.org/event/postfire-landscape-management-in-frequent-fire-conifer-forests-of-the-southwestern-us/
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