CCAMLR, the international body tasked to manage Antarctic marine life, began discussions on the adoption of a representative network of Marine Protected Areas in the early 2000s. In 2009, CCAMLR established the South Orkney Islands Southern Shelf MPA, a region covering 94,000 km² in the South Atlantic. In 2011 it agreed on a „General framework for the establishment of CCAMLR MPAs.“

MPAs would further the conservation objective of the 1982 Convention on the Conservation of Antarctic Marine Living Resources. It would also be in accordance with the Strategic Plan for Biodiversity 2011-2020, acknowledged in the decision at the 2012 United Nations Conference on Sustainable Development to conserve 10% of marine and coastal areas through effectively and equitably managed, ecologically representative and well-connected systems of protected areas by 2020.

1. Antarctic Peninsula

MPA proposal in early stages of development

• Climate change reference area
• Highest levels of human activity and impact
• Antarctic krill are considered central to the functioning of the Southern Ocean food web but may be particularly sensitive to a changing climate
• Bone-eating worms were first observed here in 2012

2. Weddell Sea

MPA proposal in early stages of development

• Highly productive area
• Climate change reference areas during retreat of sea ice / ice shelves
• Glass sponges have quickly colonised areas following ice shelf collapse
• Leopard seals are one of Southern Ocean’s most fearsome predators

3. South Orkney Islands

In 2009, CCAMLR established the South Orkney Islands Southern Shelf MPA, a region covering 94,000 km² in the South Atlantic.

• High benthic biodiversity
• Declining numbers of chinstrap and Adélie penguins
• Marbled rock cod populations have still not recovered from overfishing in the 1970s
• Home to some of the highest numbers of Echinoderm species

4. South Georgia Islands

• Rare seamount habitats
• Penguin and albatross foraging ranges
• Members of the icefish family are almost entirely lacking in haemoglobin in their blood
• Salps faeces may play an important role in transporting nutrients to the deep sea

5. South Sandwich Islands Arc

• Volcanic activity associated habitats
• Breeding grounds for land-based predators
• The Yeti crab is a common species around hydrothermal vent communities in volcanically active zones
• More species of sea spiders may exist in the Southern Ocean than in warmer oceans

6. Maud Rise

• Area of high productivity for krill
• Shelf to basin biodiversity including seamounts, canyons, ridges and plateaus
• Foraging ground for Antarctic petrels, the most southerly breeding bird in the worldCopepods could be the most numerous type of zooplankton in the Southern Ocean

7. Bouvet Island

• Unique benthic environment with mid-ocean ridge rift valleys, fracture zones and seamounts
• Breeding and foraging area for land-based predators
• Chinstrap penguin numbers appear to be declining
• Eel cods resemble eels but have antifreeze proteins in their blood like toothfish

8. Ob and Lena Banks

• Recovering populations of toothfish
• Rare seamount habitats
• Skates are common bycatch species listed as near threatened by the IUCN
• Blue whales are recovering from hunting much more slowly than other whale species

9. Del Cano Region High Seas Area

• High levels of land-based predators
• Benthic environment including seamounts and canyons
• Wandering albatross has the largest wingspan of any bird

10. Kerguelen Plateau High Seas Area

• The Grand Banks of the Southern Ocean
• Lanternfish use bioluminescence to communicate and confuse predators
• Orcas are the highest predator on the Southern Ocean food chain
• Recovering toothfish populations
• Vulnerable marine ecosystems and canyons

11. Banzare Bank

• Recovering toothfish populations
• Vulnerable marine ecosystems and canyons
• Grenadiers are common bycatch in toothfish fisheries

12. Kerguelen Production Zone

• Rugose seabed habitats
• Area of high productivity
• Antarctic fur seals primarily hunt krill and fish

13. Eastern Antarctic Coastal Region

• Current MPA Proposal
• Areas of high productivity
• Climate change reference areas
• Emperors are the most ice-dependent penguin species
• Snow petrels are one of the most southerly breeding birds

14. Indian Ocean Benthic Environment

• Unique benthic habitats including troughs, shelf commencing canyons, ridges and thermohaline current formed sediments
• Anemone’s can be found in the deepest parts of the Southern Ocean

15. Ross Sea

• Current MPA Proposal
• Intact top predator assemblage
• Climate change reference area
• Silverfish are highly important prey for higher predators
• Antarctic toothfish fill a shark-like top fish predator role in the Southern Ocean
• Bending coral (Alcyonacean, Gersemia antarctica) continually bends itself over to locate food in seafloor sediments
• One of the least disturbed oceanic ecosystems

16. Northern Ross Sea Seamounts

• Toothfish breeding habitat
• Benthic biodiversity
• The colossal squid is the largest known invertebrate

17. Balleny Islands

• Land-based predator foraging ranges
• Adelie penguin is seen as a bell-weather species for environmental change
• Antarctic Minke whales feed mainly on krill
• Rare benthic habitat

18. Amundsen and Bellingshausen Seas (West Antarctic Shelf)

• Climate change reference areas
• Recognised vulnerable marine ecosystems
• 195 species of Antarctic molluscs have been found since 2007
• Antarctic molluscs are particularly vulnerable to ocean acidification

19. Peter I Island

• Area of high productivity
• Pacific Basin, De Gerlache, Belgica Guyot and Lecointe Seamounts
• Weddell seals dive to 600 metres to feed on deep-dwelling toothfish
• Antarctic fulmars breed later due to climate change

Two proposals for MPAs in East Antarctica and the Ross Sea have been prepared and put up for adoption since 2012. However, discussions over the past several years have not yet resulted in the adoption of any those MPAs by CCAMLR. Some individual members have repeatedly denied consensus to CCAMLR on the adoption of those proposals because of fishing and other interests. In the process, the proposals on the table have been significantly weakened. MPA proposals for other domains are in various stages of development.

As one of the main users of the Southern Ocean (for shipping, cruising, whale watching, landings in coastal sites, etc.) the tourism industry is one of the key stakeholders in the region. Furthermore, as an industry, tourism depends on the quality of the environment and the wilderness of Antarctica to conduct its activities.

Although not a formal actor in CCAMLR, the tourism industry, represented by IAATO, is very active as an observer and an expert body in other Antarctic fora, with a membership that overlaps that of CCAMLR in terms of individual countries, institutions, and even delegates.

A statement of support by the tourism industry to the adoption of MPAs would add to the pressure on decision-making bodies – CCAMLR – to agree on meaningful MPAs. It would also give the Antarctic tourism industry an opportunity to further walk the talk concerning environmental protection in Antarctica.

The opinion of Antarctic tourism industry representatives would certainly be noticed by decision makers and is a priority of this initiative. However, there are also opportunities for individuals involved in polar tourism – such as staff members and tourists – to make their own contribution. This could be for instance by encouraging decision makers in their own countries to continue negotiations and adopt meaningful MPAs – that is, MPAs that afford real protection to marine environments and ecosystems for the foreseeable future.

This initiative follows a two-stage process: first, the Antarctic tourism industry needs to explicitly support the adoption of one or more CCAMLR MPAs in the Southern Ocean. Then, CCAMLR needs to adopt one or more of several MPA proposals being discussed or in preparation, ideally starting at its next annual meeting in October 2016, and proceeding until a representative network of MPAs covers the Southern Ocean.

If this initiative is there will be opportunities for further engagement of the tourism industry and tourists themselves in the management of MPAs. This could be, for instance, through financial and practical contributions to research and monitoring, including keeping an eye on illegal fishing activities.

This initiative relates to the unique characteristics of Antarctica and the Southern Ocean, including particularly the region’s legal and governance regime and the type of tourism it attracts, however, its basic elements could be transferred to other locations where tourism takes place in marine and coastal environments.

In particular, this initiative could be replicated where the tourism industry may be willing and able to contribute proactively to marine protection, especially in relatively pristine areas. The experience of CCAMLR MPAs could be shared in a number of ways with decision makers in other governance bodies, the tourism industry, and tourists/the public at large.

This Antarctic MPA Initiative is authorized and coordinated by Dr.Ricardo Roura. For more information contact him and explore the website of the CCAMLR and the Antarctic Ocean Alliance. See also ATCM39_ip083_e and read how The Pew Charitable Trusts describe the wanted Southern Oceans MPAs.