Azura is seeking a Diadromous Fisheries Analyst to support the NOAA Fisheries Northeast Fisheries Science Center’s prey buffer project.
Thank you for applying. Azura Consulting LLC (Azura) is an Equal Opportunity Employer and does not discriminate on the basis of any status or condition protected by applicable federal or state law. We strongly encourage all qualified persons to apply for this position.
This recruitment process can take several weeks. Once we narrow the applicants, we conduct virtual interviews with chosen applicants and make a final selection. The chosen candidate then undergoes a federal background investigation which often takes 6 to 16 weeks; the candidate either passes or fails based on NOAA's regulations. Contingent upon satisfactory completion of this investigation and United States work authorization verification, Azura will formally offer the position to the preferred applicant. If the applicant fails this investigation, the next applicant who meets the position's criteria will be contacted. Azura will notify all other applicants if they are not chosen for the position.
About Azura
Azura is a woman-owned small business headquartered in the Dallas/Fort Worth area. We offer 'big city' resources with 'small town' customer service. Our primary consulting services are focused on natural resources, professional writing and editing, and educational outreach and communication. Please see our website above for more information.
Background
Remnant populations of U.S.-origin Atlantic salmon are located within the State of Maine and are listed as endangered under the Endangered Species Act. Maine has 11 additional native species of diadromous fish, and over the past 20 years, restoration efforts have been undertaken to restore these populations across the Gulf of Maine watersheds. Restoring these populations may provide utility to the broader ecosystem that they inhabit and may also benefit Atlantic salmon restoration efforts through a series of salmon-centric ecosystem services. One hypothesized benefit is that restored river herring populations (e.g., alewife and blueback herring) may positively affect Atlantic salmon lower river and estuarine smolt migration survival by providing a more abundant alternative prey source for predators to predate upon (i.e., prey buffering).
The Diadromous Fisheries Analyst will develop models to statistically evaluate the effect of increased river herring populations on the survival of immigrating Atlantic salmon juveniles within the lower Penobscot River. The models will combine reconstructed downstream migration tracks of individual Atlantic salmon based on telemetry data, potential alternative prey species composition, abundance and distribution datasets based on concurrent hydroacoustic surveys, and wide suite of environmental and biological datasets (e.g., temperature, salinity, discharge, turbidity).
Place of Performance and Work Schedule
Work is anticipated to be remote or conducted at the University of Maine in Orono, Maine. Work is full-time (40 hours per week, Monday through Friday) and expected to last at least 2 years. During workdays, candidates must be able to respond to all communications within 24 hours and conduct calls and meetings as necessary during normal business hours. Some travel to in-person meetings may be required.
Compensation and Benefits
Duties
The employee will perform a variety of tasks to support the prey buffer project. Specific tasks are expected to include the following:
Required Qualifications
Instructions
$27.42 - $32.4 per hour