Science activity #49878,
updated 29 April 2022
Estuarine fish community responses to climate, flow, and habitat
Description / purpose
The goal of this research is to better understand how climate change will affect fishes with different life histories and habitat associations across the San Francisco Estuary. Existing datasets will be incorporated in synthetic analyses and cutting-edge statistical models to identify fish community responses to climate, flows, and habitats along the estuarine salinity gradient.
This synthesis-science project will use rich long-term datasets that have been collected by Bay-Delta researchers for decades that will then be analyzed in a reproducible and open science framework. It will also support efforts by the Interagency Ecological Program’s Climate Change Project Work Team.
Linked science activities
None specifiedCollaborators
Denise Colombano, Principal investigator -
University of California - Berkeley [UC Berkeley]
Stephanie Carlson, Co-investigator -
University of California - Berkeley [UC Berkeley]
Albert Ruhi, Co-investigator -
University of California - Berkeley [UC Berkeley]
James Hobbs, Contributor -
California Department of Fish and Wildlife [CDFW]
Activity status
- 1 Awarded / Initiating (2020)
- 2 In progress / Ongoing (2020 - 2022)
- 3 Complete
Funding summary
Total allocated funding: $192,470
Label | Value |
---|---|
Contract # or labor code | 19054 |
Implementing organization | University of California |
Funding organization | Delta Stewardship Council |
Funding Source | Delta Stewardship Council - General Fund |
Date of award | 2020-05-01 |
Date of fiscal year-end | Not provided |
Total award amount | $192,470 |
State type of obligation | Not provided |
Federal type of obligation | Not provided |
Reimbursability | Not provided |
Procurement mechanism | Contracted competitive or direct award |
Location
Subbasins
Delta regions
Geographic tags
None specified
Products and outputs
Type | Title | Description | Views |
---|---|---|---|
Project summary: Estuarine fish community responses to climate, flow, and habitat | Project summary website | 0 |