Soil erosion following a wildfire often needs to be addressed in areas of high-intensity fires. Which method is used to minimize erosion depends on soil type, slope steepness and subsequent rainfall.
Alicia Christiansen, Wildfire Recovery group |
Nov 2020 |
Article
This curriculum is designed to teach the basics of fire to non-fire-professional community members, including instructors and landowners, such as ranchers and farmers.
Dan Leavell, Carrie Berger, Stephen Fitzgerald, Robert (Bob) Parker |
Sep 2017 |
Extension Catalog publicationPeer reviewed (Orange level)
This article briefly discusses the most prevalent madrone disease problems, then offers a broader perspective on the health of this southern Oregon native.
Poisonous plants are a major cause of economic loss to the livestock industry. Two poisonous plants common to Oregon are poison hemlock and Western water hemlock. Ingestion of either by humans or livestock typically results in death.
Scott Duggan |
Jun 2018 |
Article
Credit: Yuri Arcurs, stock.adobe.com (Cropped from original)
This curriculum package teaches students to help protect their communities from wildfire. They also learn about careers in natural resources.
Kara Baylog, Jennifer Payne, Herb Johnson, Yasmeen Hossain, Christopher Adlam, Ben Ho |
Mar 2024 |
Extension Catalog publicationPeer reviewed (Orange level)
How do wildfires affect Oregon bees? Flames and heat can destroy their nests and smoke can disrupt their navigation abilities. But research shows they rebound strongly along with other flora and fauna after a fire.
In this episode, Lauren Grand is joined by Glenn Ahrens and Scott Altenhoff to discuss the impact of storms on Oregon's forests and preventative measures that can be taken to mitigate tree damage caused by storms.
Lauren Grand, Glenn Ahrens, Scott Altenhoff |
Mar 2024 |
Podcast episode
Oregon State Extension Service and other agencies are working together to help landowners recover from wildfires. The effort includes assessing reforestation needs, acquiring seedlings and facilitating restoration.
Silage-making has been used to reduce the concentrations of toxins in a variety of crops. But in the case of poison hemlock, the opposite is true — making silage out of it actually increases one of its toxic alkaloids.