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Studies highlight fragility of Antarctic ecosystems

29/11/2019 0 By wildfeed

29 November, 2019

Two studies published in a special issue of the journal Science Advances this week (27 November 2019) highlight the fragility of the Antarctic and its ecosystems in the lead up to the COP25 meeting in Madrid.

The first study, involving scientists from British Antarctic Survey (BAS), explores the integration of climate change considerations in the global network of Marine Protected Areas, and how this can contribute to ensuring a sustainable ocean future.

MPAs provide special measures to protect areas of the ocean around Antarctica

Little is known about how well MPAs account for climate impacts, or how climate adaptation can be improved in the global MPA network. A key finding shows that the proportion of marine protected areas that account for climate change cannot be accurately measured, since there is no repository that holds this information.

Developing a database to track climate adaptation plans in MPAs is one of eight recommendations that the researchers present. They also recommend the development of new dynamic management tools to allow a more rapid response to climate impacts.

“The impacts of climate change and biodiversity loss are two of the most significant challenges facing our oceans, yet the policy agendas for these issues have tended to be developed independently. There is now an urgent need to actively integrate climate change as a core consideration in ocean conservation and management.” says BAS ecologist scientist Dr Rachel Cavanagh.

Another crucial component of climate-smart conservation and management is that it is centred around building capacity in regions with limited resources, and around inclusiveness, bringing stakeholders fully into the discussion and the decision-making process.

Dr Susie Grant, a marine bio-geographer at BAS says:

“Establishing marine protected areas (MPAs) that are responsive to climate change is especially important in the Southern Ocean, where the marine ecosystem is already changing rapidly. These new recommendations can help to improve the way in which MPAs are used to address both biodiversity conservation and climate adaptation.”

The second study also published in the journal Science Advances, is a review by BAS scientists. It discusses how Antarctica’s unique and delicate ecosystems face the dual problems of climate change and the accidental introduction of non-native or ‘alien’ species. The scientists analysed existing literature on the environmental challenges facing the continent and the Southern Ocean.

The study reaffirms the importance of all parties of the Antarctic Treaty to continue their commitment to governance of the region, as it still contains the best mechanisms to protect and preserve the environment. The scientists praise the establishment of the first genetic database of Antarctic species in New Zealand and recommend this is extended to create a comprehensive genetic archive for future generations to use.

The Southern Ocean has some of the highest levels of biodiversity in the globe, second only to the Coral Reefs. As many species are effectively cut off from the rest of the world, competition is low, leading to unique environments. The review states that the numbers of visitors to Antarctica is still relatively small, with around 50,000 tourists and 5,000 research staff per year. There has been no recorded establishment of non-native marine species around Antarctica, however climate change and increasing human activity in the region increases the likelihood.

Antarctic environmental change and biological responses by Peter Convey* and Lloyd S. Peck and Integrating climate adaptation and biodiversity conservation in the global ocean by Derek Tittensor, Maria Beger, Kristina Boerder, Daniel Boyce, Rachel Cavanagh, Aurelie Cosandey-Godin, Guillermo Ortuño Crespo, Daniel Dunn, Wildan Ghiffary, Susie Grant, Lee Halpin, Patrick Halpin, Mike Harfoot, Susan Heaslip, Nicholas Jeffery, Naomi Kingston, Heike Lotze, Jennifer McGowan, Elizabeth McLeod, Chris McOwen, Bethan O’Leary, Laurene Schiller, Ryan Stanley, Maxine Westhead, Kristen Wilson and Boris Worm are published in the journal Science Advances here and here

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