Genomic study flags climate-vulnerable fish populations in Australian freshwater species
Researchers show genomic data can reveal which wild fish populations are most at risk from climate change before their numbers collapse.
What to know
- A new genomics-based method can flag which wild fish populations are most at risk from climate change before their numbers visibly decline.
- The study used the southern pygmy perch, a small Australian freshwater fish, as its case study species.
- The approach is framed as giving conservation managers a window to intervene while recovery is still possible, rather than after populations have already collapsed.
Research team behind the study Study authorsSouthern pygmy perch (Nannoperca australis) Study subject species
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- Aug 13
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Genomics Reveal Endangered Fish Populations Most Vulnerable to Climate Change A tiny Australian freshwater fish may be carrying a warning for the future of wildlife conservation. New research shows that genomic data can reveal which populations are most vulnerable to climate change long before their numbers collapse, giving conservation managers a…
- Aug 12
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Scientists have shown that genomics can help identify which wild populations are most vulnerable to climate change - offering practical guidance for conserving threatened species before declines become irreversible https://www. scimex.org/newsfeed/genomics-u sed-to-find-endangered-fish-most-vulnerable-to-climate-change # ClimateChange #…