Faculty Pilot Projects

Fort Lewis College

 
Image

Principal Investigator: Collins, William
Title: Natural Products as Antivirals
Abstract: North American honey bee populations are in a state of instability, and the corresponding beekeeping profession is in economic distress. While this is believed to be a multifaceted problem, the pest-pathogen-host relationship among Varroa destructor (an ectoparsitic mite), their accompanying viruses, and the honey bees they infect is understood to be a major cause of the decline of honey bee health globally.
Dates of Award: 07/01/2022-06/30/2024
Institution: Fort Lewis College
Email: collins_w@fortlewis.edu
Faculty Page

 

University of Alaska Fairbanks

 
Image

Principal Investigator: Clinton, Morag
Title: Clinical Health Indicators in Fish
Abstract: Ichthyophonus infection is an important cause of disease in Yukon Chinook, but current methodologies in screening require killing fish. Fisheries managers perform this sampling to understand the health status of fish and monitor infectious challenges within the river system. However, Yukon Chinook are a valuable subsistence stock and important to the cultural identity of native Alaskans, making studies that require their removal from an already reduced population undesirable. This research seeks to explore non-destructive indicators of Ichthyophonus infection in salmon towards the goal of non-lethal disease surveillance approaches on the Yukon river.
Dates of Award: 07/01/2022-06/30/2024
Institution: University of Alaska Fairbanks
Email: mclinton2@alaska.edu
Faculty Page

 
 
Image

Principal Investigator: Schuette, Ursel
Title: Characterization of jost immunity response in trembling aspen to a fungal pathogen causing widespred mortality across the boreal forest
Abstract:Alaskans are experiencing changes in their environment due to climate change including disease spread and virulence of plant pathogens. A fungal pathogen develops an aggressive running canker causing widespread mortality in aspen in the boreal forest. The continued loss of aspen will have wide ranging implications for ecosystem health and social-ecological dynamiccs essential to the Alaskan subsistence lifestyle. We characterize host immune defense mechanisms in trembling aspen to N. populina.. Using transcriptomics we determine differences in gene expression among infected tissue and healthy tissue in trembling aspen with focus on genes involved in immune response and environmental stress response.
Dates of Award: 07/01/2022-06/30/2024
Institution: University of Alaska Fairbanks
Email:uschuette@alaska.edu
Faculty Page

 

University of Alaska Southeast

 
Image

Principal Investigator: Harley, John
Title: Drivers of variation in paralytic shellfish toxins in butter clams
Abstract: John's current research interests include environmental drivers of paralytic shellfish poisoning in Southeast Alaska. In addition to his research John spends a lot of time in the outdoors paddling, climbing, and forgetting maps. He recently was appointed to University of Alaska Southeast and looks forward to being lost in new places.
Dates of Award: 07/01/2022-06/30/2024
Institution: University of Alaska Southeast-Juneau Campus
Email: john.harley@alaska.edu
Faculty Page

 

Diné College

Salish Kootenai College