Join WSU Extension Forester Sean Alexander, US Forest Service research scientist Dr. Paul Hessburg, author of the acclaimed TED Talk Living (Dangerously) in the Era of Megafires, and Dept. of Natural Resources wildfire protection specialist Guy Gifford (DNR) to discuss the history of fire on the landscape, how it shaped our forests, what we are doing today to manage these forests, and what landowners on the dry Eastern side of the state can do to protect their homes and resources.
Tuesday, July 21st 6:30 pm
Register Here (https://bit.ly/2OkWzU7)
A prescribed burn project near Leavenworth, Washington in May 2020. Photo: Sean Alexander
Sean M. Alexander, Extension Forester – NE, Washington State University
Email: email@example.com. Phone: (509) 680-0358 (cell).
By Sonia A. Hall
Our most recently published case study on resilience to climate change describes Brenda and Tony Richards’ family cow-calf operation in Murphy, Idaho.
Over the last few years at the Center for Sustaining Agriculture and Natural Resources we have developed a range of case studies highlighting individual farmers and ranchers in the Pacific Northwest that are implementing practices or strategies that provide ecological and economic benefits now in addition to increasing resilience to climate change. We’ve discussed some of these case studies in previous AgClimate articles (see those on the use of stripper headers and precision nitrogen). Our most recent series is the Rancher-to-Rancher series, which explores innovative approaches three Pacific Northwest ranchers are using that increase their resilience in the face of a changing climate. Though each case study is specific to the conditions of the particular rancher being profiled, insights and strategies from each case study may be applicable elsewhere.
Check out the most recently published case study, that describes Brenda and Tony Richards’ family cow-calf operation in Murphy, Idaho. Continue reading
Re-posted from Water Current News, WSU Extension
The Entiat Experimental Forest 40 years after a wildfire. Photo Marketa McGuire.
In 1970, when a large lightening caused wildfire started in the Entiat Experimental Forest in north-central Washington, researchers had already collected 12 years of baseline data on three watersheds. Weather and streamflow (including quantity, quality, and timing of water discharge) had all been recorded. This provided a unique opportunity to study the long-term effects of post-fire recovery efforts on hydrology.
Decades after the fire occurred, Ryan Niemeyer, an adjunct professor in Washington State University’s Center for Sustaining Agriculture and Natural Resources, along with his colleagues Kevin Bladon and Rick Woodsmith, began examining the long-term impacts the fire had on the hydrologic system. His findings, recently published in the journal Hydrological Processes, reveal that fire can affect annual stream discharge, peak flows, low flows, and evapotranspiration even 40 years after the burn. Continue reading
By Sonia A. Hall
The lightning-sparked Carlton Complex Fire in July was the largest in the state’s recorded history, burning 256,108 acres and destroying 322 residences. Photo and caption: Washington Department of Natural Resources, on Flickr, under CC BY-NC-ND 2.0.
Pacific Northwesterners, especially those of us living and breathing in the inland Northwest, expect wildfires every summer. It’s not about if, but about when, where, and how severe they will be, both in forest and rangeland landscapes. As with many other aspects of natural resource management, climate change continues to add a layer of complexity and uncertainty both in terms of the patterns of fire expected in the future, and in terms of the response of land managers. The USDA’s Northwest Climate Hub’s April 2020 newsletter highlighted the findings of two scientific articles that are addressing questions around future patterns in wildfires and what can be done to prepare. Continue reading
By Sonia A. Hall
A recent report describes how wildfire risk reduction projects can have rippling economic effects across a community. Photo: Gila National Forest under CC BY-SA 2.0.
Being involved in FireEarth, a large research project exploring what makes communities more or less vulnerable to the impacts of wildfire and its cascading consequences, I am really interested in the complexity of impacts and, just as important, what communities, agencies, and other organizations can do to reduce their vulnerabilities. It is not unusual for the initial hypothesis associated with these questions to be that wildfire risk reduction projects in the watershed upstream and around a community have costs associated with them, and we need to understand those costs—as well as the targeted risk reduction benefits that such projects provide—to make sound investment decisions. Now recent work published by the US Geological Survey and partners explores other advantages of such projects: Continue reading