| Date post: | 20-May-2015 |
| Category: |
Environment |
| Upload: | aceas13tern |
| View: | 174 times |
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Using genetics to understand the impacts of climate change on Australian endemicsPart A
Vicki Thomson, Alan Cooper, Jeremy Austin, Corey Bradshaw, Leo Joseph, Margaret Byrne, Craig Moritz, Steve Donnellan, Marc Suchard, Mike Hickerson, Tanya Laity
Predicting effects of future climateson Australian biodiversity
Predicting effects of future climateson Australian biodiversity
Predicting effects of future climateson Australian biodiversity
Predicting effects of future climateson Australian biodiversity
• First time ever – largest set of terrestrial vertebrates and plants
Predicting effects of future climateson Australian biodiversity
• First time ever – largest set of terrestrial vertebrates and plants
• Consistent, standardised analysis techniques
Predicting effects of future climateson Australian biodiversity
• First time ever – largest set of terrestrial vertebrates and plants
• Consistent, standardised analysis techniques
• 227 species dataset
Predicting effects of future climateson Australian biodiversity
• First time ever – largest set of terrestrial vertebrates and plants
• Consistent, standardised analysis techniques
• 227 species dataset
• ARC discovery grant – Oz LGM project
In the beginning…
• There was data…
…papers…
In the beginning…
• There was data…
…DNA…
In the beginning…
• There was data…
…files…
In the beginning…
• There was data…
…scripts…
In the beginning…
• There was data…
…scripts…
