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adaptation to ocean acidification: Genomics, physiology, and behavior

Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

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Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior. Where are we as an OA research community?. New data on organismal responses from lab & field experiments. News on emerging environmental data. See the benefits of Best Practices & shared protocols . - PowerPoint PPT Presentation

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Page 1: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

Acclimation and adaptation to ocean

acidification: Genomics, physiology, and behavior

Page 2: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

Where are we as an OA research community?

Page 3: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

New data on organismal responses from lab & field

experiments

Page 4: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

News on emerging environmental data

Page 5: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

See the benefits of Best Practices & shared protocols

Page 6: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

The Big Question Remains

Page 7: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior
Page 8: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

Road Map

Page 9: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

Thinking about OA & Evolution:

what do we know?

Page 10: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

Thinking about OA & Evolution:

what do we know?

Page 11: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

Adaptation in OA research:

what do we need to know?

Page 12: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

OA Community headed that way:Breeding experiments on marine invertebrates

Page 13: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior
Page 14: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

A second approach: Experimental evolution in the lab

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Road Map

Page 16: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

Acclimation & Physiology

Page 17: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior
Page 18: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

2. Persistent carry-over effects in early stages

Page 19: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

3. Adult condition can change the story

Page 20: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

Overview

Page 21: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

Road Map

Page 22: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

Local Adaptation

Page 23: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

Local Adaptation & OA

Page 24: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

Introducing the OMEGAS

Page 25: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior
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Page 27: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

We framed the question:

Page 28: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior
Page 29: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior
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1. Physiological differences amongst intertidal mussel

populations

Page 35: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

2. Evidence for cross-site differences & heritable body size in

purple urchin larvae

Page 36: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

Breeding experiment:Cross Design

Page 37: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

Larval culture

Page 38: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

Sensitivity to elevated pCO2 varies among and within families

Page 39: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior
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OMEGAS thus far…

Page 45: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior
Page 46: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

Acknowledgements

Page 47: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

The Future for the CCLME?

Page 48: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

Take Home Messages

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Page 51: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

Challenges remain!

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Exploration of gradients over ecologically-relevant space

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Calcification

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Page 59: Acclimation and adaptation to ocean acidification: Genomics, physiology, and behavior

Larvae raised under elevated CO2 are smaller