Accomplished Fisheries Scientist with comprehensive expertise in aquatic ecology and data analytics, specializing in ecosystem-based fisheries management. Successfully managed projects and conducted environmental monitoring, utilizing advanced field and laboratory techniques to promote sustainable resource recovery. Known for effectively communicating complex scientific findings to diverse audiences, contributing significantly to the Upper Skagit Indian Tribe’s scientific review during the Skagit Hydroelectric Project relicensing. Committed to developing high-quality science that informs policymakers for optimal decision-making in resource management.
Review and conduct population analyses to inform fisheries management under the Endangered Species Act.
Assist the Harvest Management Biologist with forecast models to improve fisheries management.
Assist NRD in planning and designing monitoring programs that enhance and protect Treaty Fishing implementation and management.
Provide technical review, recommendations, and advise policy on environmental documents to promote USIT Treaty resources, including but not limited to ESA-related recovery plans, resource management plans, NEPA documents, fishery management plans, and the Pacific Salmon Treaty.
Lead researcher evaluating Baker and Shannon reservoirs' Sockeye rearing capacity through collecting and analyzing long-term limnological data using a variety of multivariate statistical approaches, in conjunction with food web assessments, and bioenergetic modeling.
USIT technical representative on the Skagit and Baker Hydroelectric Project license implementation committees, as well as the Skagit Watershed Council Board of Directors.
Develop long-term strategic plans relevant to natural resource management, in particular, listed and threatened stocks, and climate change.
Technical advisor to USIT Policy to protect and secure Tribal Treaty rights throughout the Skagit relicensing and settlement process, with an emphasis on developing and negotiating settlement articles, and management plans for flows (including functional flows), aquatic habitat restoration programs, water quality (numeric and narrative criteria), fish passage, and reservoir management. Organized and facilitated inter-agency weekly technical and policy caucus meetings. Lead the USIT technical team in providing comments on study plans, study reports, proposed management plans, and other official FERC regulatory milestones.
Administrative duties: develop EPA and federal funding proposals, maintain budgets, complete purchase requests, draft consultant contracts, and conduct performance evaluations for staff under the position’s direct supervision, manage EPA and hydropower implementation fund grants.
Navigated waters safely while operating 16–19-foot jet boats in small and big rivers.
U.S. Coast Guard Operator of Uninspected Passenger Vessels merchant mariner credential for inland waters of Alaska.
In charge of client safety for up to four customers at a time.
Seasonal Technician from November-June.
Data entry, analysis, and written summarization of field data for annual reports.
Data included: annual temperature loggers, smolt and adult steelhead migrations on the Potlatch River, and White Sturgeon metal ingestion on the Lower Snake River.
Construction, installation, maintenance, and operation of PIT tag arrays (floating and fixed), rotary screw traps, low water smolt traps, and adult fish weirs (picket and floating) designed to trap both up- and down-migrating steelhead as part of a long-term monitoring program aimed at determining the impacts of stream restoration on increasing rearing and spawning habitat access through population monitoring using mark-recapture models.
PIT tagging of juvenile and adult ESA-threatened summer steelhead and white sturgeon.
Developed a Microsoft Access database entry system.
Trained replacement technicians in all field operations.
Assisted with giving presentations at local area grade and middle schools regarding the Idaho Department of Fish and Game’s steelhead and white sturgeon fishery monitoring programs, including the Trout in the Classroom program.
Monitored five lakes throughout Eastern Washington for limnological and water-quality purposes.
Collaborated with Confederated Colville Tribal biologists in assessing the effectiveness of hypolimnetic oxygenation in North Twin Lake, WA, in increasing coldwater fish habitat by monitoring habitat use through tracking trout movement using ultrasonic telemetry, archival tags, gillnetting, and hydroacoustic analysis.
Assisted a fellow graduate student on thesis research using stream habitat surveys to determine Coho habitat suitability in an area with a variety of land-use practices on the Skagit Delta, Washington.
Assisted the Colville Tribe with gillnetting surveys of Twin Lakes, WA, to monitor fish populations, and extract fish stomach and tissue samples for analysis of diet consumption using stable isotopes.