Snow and tree mortality event March 2019
Looking into the forest from the 130 Road. Almost all stems down are from this storm.
Disturbance
Snow and tree mortality event March 2019
Looking up into the forest from the 130 Road
Snow and tree mortality event March 2019
Looking up into the forest from the 130 Road. Note backpack in foreground for scale.
Snow and tree mortality event March 2019
Tree tip up and disturbed soil around root mass
Snow and tree mortality event March 2019
Along the 130 Road. Notice tip up, even of a very large tree
Snowdown 2019
Winter Conditions: limited access
News Brief Description:
Headquarters and the research facility were affected by heavy snow and falling trees. Due to fallen trees on all roads, access to the site is limited. Check conditions before traveling to the site. See photos of the "snowdown" event and clean up efforts: https://andrewsforest.oregonstate.edu/gallery/snowdown-2019
Students Study Effects of Drought
A recent publication out of the HJ Andrews Experimental Forest LTER site illustrates the role that summer research experiences can play in contributing to LTER science and in engaging and mentoring students. Oregon State University graduate student Matthew Kaylor is the lead author on a paper about how trout and salamanders respond to drought. Kaylor wrote this paper in collaboration with two undergraduate students. The first student, Brian VerWay, worked with Kaylor to survey trout and salamanders in a set of streams in the Andrews Forest in 2014 and 2015.
Fall 2018
Dissertation seminar: “Biogeochemical signals of watersheds’ response to disturbance”
Event Date:
Wednesday, November 7, 2018
Event Brief Description:
Francisco Guerrero-Bolano, PhD Candidate, Sustainable Forest Management and Water Resources Science. Major professor: Jeff Hatten
Dissertation Defense: “Biogeochemical signals of watersheds’ response to disturbance”
In his research, Francisco looks at long-term records (30-1500 years) of biogeochemical signals that result from the interaction between streamflow, sediment transport and nutrient cycling in forested landscapes. Francisco combines detailed physical-chemical analysis of sediments with fundamental principles derived from the mathematical theory of information to gain mechanistic insights on ecosystem behavior. By understanding the biogeochemical signals of watersheds response to disturbance, Francisco’s research aims to gain insights into integrated resilience assessments in forested watersheds of the Pacific Northwest.
Wednesday, November 7, 2 PM. 361 Strand Hall