Antarctic Specially Protected Areas (ASPA): a case study at Rothera Point providing tools and perspectives for the implementation of the ASPA network in the Antarctic Peninsula
Antarctica is considered among the world’s last great wildernesses, but its current
network of Antarctic Specially Protected Areas (ASPAs) is inadequate, unrepresentative
and at risk, needing urgent expansion due to the vulnerability of Antarctica to increasing
threats from climate change and human activities. Among the existing ASPAs, no. 129
Rothera Point is unique because its designation related specifically to the monitoring of
the impacts associated with the neighbouring Rothera Research Station, operated by the
United Kingdom. The station is located on Adelaide Island (Antarctic Peninsula) in Antarctic
Conservation Biogeographic Region 3 (ACBR3). We aim here to: (1) provide an
improved description of the botanical values of the ASPA, and detailed vegetation mapping
as for the establishment of future monitoring, (2) assess the representativeness of the
ASPA vegetation within a wider geographical context encompassing Marguerite Bay and
Adelaide Island and, (3) use this case study as a contribution to the ongoing discussion
within the Antarctic Treaty System on the future development of the continent-wide ASPA
network. Even though this specific ASPA was not initially designated for its biodiversity
value, a higher species richness was recorded within the ASPA than outside the protected
area on Rothera Point. Within the local geographic context, based on the available data, Rothera Point is characterized by high biodiversity and, above all, Léonie Island exhibits
the greatest floristic richness within Marguerite Bay and Adelaide Island, being a biodiversity
hot-spot of exceptional value. This case study emphasizes the continued existence
of significant knowledge gaps relating to Antarctic terrestrial biodiversity, and the urgent
need for large-scale assessment of the biological values of Antarctica, as one of the main
challenges for the implementation of a robust and representative system of protected areas
in terrestrial Antarctica, to protect this global natural heritage in the face of current and
predicted future environmental change.
Details
Publication status:
Published
Author(s):
Authors: Cannone, Nicoletta, Convey, Peter ORCID record for Peter Convey, Malfasi, Francesco