How rising emissions will hurt Canada's fisheries, and how curbing them could help

Published 2024년 6월 28일

Tridge summary

A study published in Nature reveals the potential impact of rising emissions on commercial fish stocks in the North Atlantic Ocean, focusing on Canada and over 2,000 marine species. The research highlights that if emissions are not significantly reduced, key Canadian commercial stocks, such as lobsters, scallops, and snow crabs, will be severely affected due to climate change. The study emphasizes the need for proactive measures, like prioritizing more resilient species and implementing adaptive fisheries management strategies. However, a separate study criticizes the department for not adequately considering climate change in its decision-making, citing the recent reopening of the cod fishery as an example. The research underscores the urgency for incorporating climate data into fisheries management to ensure the protection of vulnerable species and the sustainability of fisheries in a changing ocean environment.
Disclaimer:The above summary was generated by Tridge's proprietary AI model for informational purposes.

Original content

Canada’s most valuable commercial fish stocks — such as Iobsters, scallops and snow crabs — will be hit hardest if emissions don’t fall drastically, says a new study. The study, published in Nature on Wednesday, maps the fate of over 2,000 marine species and 90 fish stocks across the North Atlantic Ocean. It shows that if emissions are not drastically reduced, Canada’s most commercially exploited stocks will suffer the most. The study examines two scenarios over the next 75 years for marine life in the region. In one, emissions are kept in line with the Paris Agreement target of warming to 1.5 degrees C, while the other shows what will occur if emissions continue to rise. The high-emissions scenario — called RCP8.5, or business as usual — looks at a future where countries do not make significant changes to cut planet-warming greenhouse gas emissions. Overall, the paper found that in both scenarios, species in the region are at high or critical risk across about a third of their ...

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