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1
Introduction
2
Presentation
3
Background
4
Physiology ecology
5
Environmental change
6
Multiple stressors
7
Environmental complexity
8
Bioenergetics
9
Salmonids
10
California Salmon
11
Early life stages
12
The study
13
Growth metrics
14
Summary
15
Conclusion
Description:
Explore a comprehensive presentation on the differential sensitivity of Chinook salmon to warming and hypoxia during early developmental stages. Delve into the research findings of Anne Todgham's paper, accepted by Conservation Physiology in July 2021. Gain insights into environmental change, multiple stressors, and their impacts on salmon physiology and ecology. Examine the study's methodology, growth metrics, and conclusions, with a focus on California salmon populations and the complexities of their bioenergetics. Understand the long-term effects of early life stage exposure to environmental stressors and their implications for salmon conservation.

Differential Sensitivity to Warming and Hypoxia During Development

Society for Experimental Biology
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