UK: Transatlantic genomic divergence in lumpfish

Published 2024년 6월 12일

Tridge summary

A study by Langille and colleagues has revealed a significant genomic division between Northeast and Northwest Atlantic lumpfish populations, a finding similar to other marine species in the same regions. The team identified a chromosomal inversion on chromosome 2, predominantly fixed in the Northwest Atlantic, which may play a role in the adaptive diversity of lumpfish. The research suggests parallel adaptive diversity in lumpfish populations due to similar environmental pressures, highlighting the need for further research for effective conservation and management of the species.
Disclaimer:The above summary was generated by Tridge's proprietary AI model for informational purposes.

Original content

Transatlantic genomic divergence in lumpfish. Historically harvested for roe, lumpfish (Cyclopterus lumpus) has recently gained popularity as a biological control for sea lice in Atlantic salmon aquaculture across the North Atlantic. The use of lumpfish in salmon aquaculture involves both translocation and increasing domestication of this species. Given that wild lumpfish populations in several regions are conservation concerns, there is a critical need for a deeper understanding of how the escape of farmed lumpfish might affect wild populations. With recent advances in genomic analysis, researchers are reporting fine-scale geographic diversity in marine species that traditionally show high dispersal and gene flow. Studies on a variety of marine species across the North Atlantic have revealed large genomic isolation of fish in the east and west Atlantic. Although genetic studies have identified regional population structuring of lumpfish in the Northeast and Northwest Atlantic, ...
Source: Fish Focus

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