Abstract
Subglacial lakes, and their surrounding aqueous environments, are known to be viable yet extreme habitats for microbial life that may hold records of climate change spanning hundreds of thousands of years. Since the detection of Lake Vostok in 1996 plans have been developed to access, sample and monitor these unique environments. Critical to these plans is assurance that contamination and disturbance is minimized in all aspects of the activity. Precisely how this is achieved has been a matter of international debate for many years culminating in the formulation of a ‘Code of Conduct’ to guide responsible scientific exploration and stewardship of these pristine systems by the Scientific Committee on Antarctic research. The Code of Conduct was first introduced to the Antarctic Treaty Consultative Meeting in 2011, influencing planning for three exploration programmes. In May 2018, following several recent and operational advances, Antarctic Treaty Parties agreed to its use and dissemination, ensuring that subglacial lakes exploration and access is undertaken in a responsible, defensible and fact-based manner. As our knowledge of subglacial lakes improves, so too will our appreciation of their scientific value and potential vulnerability. In other regions of Antarctica where value and vulnerabilities are high, Antarctic Specially Protected Areas and Antarctic Specially Managed Areas ensure long-term protection whilst allowing scientific access and study. Such governance models will be applicable to the conservation and protection of subglacial lake systems as scientific understanding of their form and functioning advances.
Highlights
INTEREST IN SUBGLACIAL LAKESAntarctic subglacial lakes are bodies of water that lie underneath the polar ice sheet (Siegert, 2005)
Several new plans are proposed for subglacial lake exploration including those by Chile, South Korea, and China, as well as ongoing missions to Lake Vostok, Lake Ellsworth, and the Lake Whillans system
Adherence to the Scientific Committee on Antarctic Research (SCAR) Code of Conduct will ensure that these unique environments are examined in a scientifically valid way that allows both their protection and ensures the success of future missions
Summary
Reviewed by: Zoe Courville, Cold Regions Research and Engineering Laboratory, United States Alex Oriel Godoy, Universidad del Desarrollo, Chile. Since the detection of Lake Vostok in 1996 plans have been developed to access, sample, and monitor these unique environments Critical to these plans is assurance that contamination and disturbance is minimized in all aspects of the activity. In other regions of Antarctica where value and vulnerabilities are high, Antarctic Specially Protected Areas and Antarctic Specially Managed Areas ensure long-term protection whilst allowing scientific access and study. Such governance models will be applicable to the conservation and protection of subglacial lake systems as scientific understanding of their form and functioning advances
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