Department of Zoology, University of Cambridge, The David Attenborough Building, Pembroke Street, Cambridge, CB2 3QZ, UK.
School of Biological Sciences, The University of Queensland, St Lucia, QLD, 4067, Australia.
Nat Commun. 2019 Feb 26;10(1):946. doi: 10.1038/s41467-019-08915-6.
Threats to Antarctic biodiversity are escalating, despite its remoteness and protection under the Antarctic Treaty. Increasing human activity, pollution, biological invasions and the omnipresent impacts of climate change all contribute, and often combine, to exert pressure on Antarctic ecosystems and environments. Here we present a continent-wide assessment of terrestrial biodiversity protection in Antarctica. Despite Antarctic Specially Protected Areas covering less than 2% of Antarctica, 44% of species (including seabirds, plants, lichens and invertebrates) are found in one or more protected areas. However, protection is regionally uneven and biased towards easily detectable and charismatic species like seabirds. Systematic processes to prioritize area protection using the best available data will maximize the likelihood of ensuring long-term protection and conservation of Antarctic biodiversity.
尽管南极洲地处偏远,且受到《南极条约》的保护,但对其生物多样性的威胁仍在不断加剧。人类活动的增加、污染、生物入侵以及无处不在的气候变化影响,都对南极生态系统和环境造成了压力,而且这些因素往往还会共同作用。在这里,我们对南极洲的陆地生物多样性保护进行了全大陆范围的评估。尽管南极特别保护区仅覆盖了南极洲不到 2%的面积,但仍有 44%的物种(包括海鸟、植物、地衣和无脊椎动物)存在于一个或多个保护区中。然而,这种保护在区域上并不均衡,而且偏向于那些容易被发现且具有魅力的物种,如海鸟。利用现有最佳数据来确定保护重点区域的系统过程,将最大限度地确保长期保护和维护南极生物多样性。