Impact of Temperature and Contaminants on Chinook Salmon Survival: A Multi-Stressor Approach
Description / purpose
The decline of native salmon species has resulted in their protection under the U.S. Endangered Species Act and the California Endangered Species Act. Disease and predation are primary drivers of mortality as salmon migrate. Multiple stressors, such as exposure to contaminants and elevated temperature, can impact rates of disease and predation of salmon as they migrate to the ocean. This study examines how contaminant exposures at different temperatures affects salmon health. Specifically, the study investigates the sensitivity of salmon to a contaminant mixture of bifenthrin (a pyrethoid pesticide) and triclosan (an antibacterial added to personal care products). Both contaminants can alter fish swimming behavior and critical physiological functions. Similarly, temperature stress can impact fish physiology and behavior, as well as exacerbate the adverse effects of contaminants.
Linked science activities
None specifiedCollaborators
Activity status
- 1 Awarded / Initiating (2019)
- 2 In progress / Ongoing (2019 - 2023)
- 3 Complete
Funding summary
Total allocated funding: $478,048
| Label | Value |
|---|---|
| Contract # or labor code | 18214 |
| Implementing organization | National Marine Fisheries Service [NMFS] |
| Funding organization | U.S. Bureau of Reclamation [USBR] |
| Funding Source | Not provided |
| Date of award | 2019-06-30 |
| Date of fiscal year-end | Not provided |
| Total award amount | $478,048 |
| State type of obligation | Not provided |
| Federal type of obligation | Not provided |
| Reimbursability | Not provided |
| Procurement mechanism | Contracted competitive or direct award |
Location
Geographic tags
Products and outputs
| Type | Title | Description | Views |
|---|---|---|---|
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Impact of Temperature and Contaminants on Chinook Salmon Survival: A Multi-Stressor Approach | screenshot of a web-based summary of the project | 0 |