Patterns of tree and forest mortality after wildfire
Researchers examined drivers behind patterns of high tree mortality levels (>~75%) within the five megafires that simultaneously burned in the western Oregon Cascades in 2020.
Researchers examined drivers behind patterns of high tree mortality levels (>~75%) within the five megafires that simultaneously burned in the western Oregon Cascades in 2020.
Comparing leaves of western hemlock (left) and Pacific yew (right)
RET Whitney Davis climbs to the top of the canopy to take measurements as part of her Research Experience for Teachers program at the Andrews Forest
RET Whitney Davis climbs to the top of the canopy to take measurements as part of her Research Experience for Teachers program at the Andrews Forest
Please join us on Thursday, April 21 at 10am in Richardson 107 or on Zoom for a presentation of Amanda Brackett’s thesis, titled: “Effect of residual canopy cover and wildfire smoke on near-surface microclimate temperatures.” Amanda is earning her MS in Forest Ecosystems and Society with Klaus Puettmann and Chris Still. She used PRIMET and CENMET data from the Andrews Forest as part of her study.
Contact the FES Department for zoom link.
Dr. Posy E. Busby, a new co-signatory Principal Investigator on the Andrews Forest LTER grant, is the recipient of a National Science Foundation CAREER award titled, “How plant genotype and environmental factors jointly influence the structure of microbial communities and plant health.” The project focuses on fungal endophytes, ubiquitous yet cryptic microbes found in the leaves of all plants. Busby’s project will elucidate endophyte community assembly processes and the functional influence of endophytes on plant function (e.g., disease resistance, drought tolerance). The work specifically addresses how leaf traits influence endophyte communities across variable environments. A complementary educational program broadens the research through student-led work in common garden and greenhouse studies. Busby’s summer program for REU and high school students will integrate with the Andrews REU program. Overall, the new CAREER project will deepen our understanding of the interactive effects of plant genotype and the environment on plant microbial communities and their contribution to plant resilience in the face of climate change.
The Andrews Forest Program provides science on multiple themes and provides a broader foundation for regional studies.