In this 1-hour webinar, we will present findings from a recently completed study, which was funded by the Joint Fire Science Program, on landscape fuel treatment effectiveness within recent large wildfire events in north-central Washington State.
Wildfire involves a diversity of land managers, owners, and stakeholders with their own roles and resources. Strategic coordination across this diversity of actors can be challenging. Social science research about collaboration recognizes the importance of building trust, but that can be hard to foster at large scales.
The Association for Fire Ecology is excited to host this online event with Tall Timbers November 30 to December 3, 2021.
Indigenous communities in the Pacific West of North America have long depended on fire to steward their environments, and they are increasingly asserting the importance of cultural burning to achieve goals for ecological and social restoration. We synthesized literature regarding objectives and effects of cultural burning in this region within an ecosystem services framework.
Managing natural processes at the landscape scale to promote forest health is important, especially in the case of wildfire, where the ability of a landowner to protect his or her individual parcel is constrained by conditions on neighboring ownerships.
Increasing size and severity of wildfires have led to an interest in the effectiveness of forest fuels treatments on reducing fire severity and post-wildfire fuels. Our objective was to contrast stand structure and surface fuel loadings on treated and untreated sites within the 2002 Rodeo-Chediski Fire area.
An important consideration in forest management to mitigate climate change is the balance between forest carbon (C) storage and ecological sustainability.
The Ashland Forest Resiliency Stewardship Project has released “Fire for Water,” a 10-minute video (produced by Jon Schwedler, Darren Borgias and Chris Chambers) on the treatment work being done to protect the city of Ashland’s watershed. Some of the work in this multi-partner collaborative project is being supported by SPER funding, and the NW FLN is one of the co-sponsors of the video.
Climate projections for the next 20-50 years forecast higher temperatures and variable precipitation for many landscapes in the western United States. Climate changes may cause or contribute to threshold shifts, or tipping points, where relatively small shifts in climate result in large, abrupt, and persistent changes in landscape patterns and fire regimes.