Terauds Aleks, Lee Jasmine R, Wauchope Hannah S, Raymond Ben, Bergstrom Dana M, Convey Peter, Mason Claire, Patterson Charlotte R, Robinson Sharon A, Van de Putte Anton, Watts David, Chown Steven L
Integrated Digital East Antarctica Program, Australian Antarctic Division, Department of Climate Change, Energy, the Environment and Water, Kingston, Tasmania, Australia.
Securing Antarctica's Environmental Future, Queensland University of Technology, Brisbane, Queensland, Australia.
Ecology. 2025 Jan;106(1):e70000. doi: 10.1002/ecy.70000.
Antarctica is one of Earth's most untouched, inhospitable, and poorly known regions. Although knowledge of its biodiversity has increased over recent decades, a diverse, wide-ranging, and spatially explicit compilation of the biodiversity that inhabits Antarctica's permanently ice-free areas is unavailable. This absence hinders both Antarctic biodiversity research and the integration of Antarctica in global biodiversity-related studies. Fundamental and applied research on biodiversity patterns, ecological structure and function, and options for conservation are reliant on spatially resolved, taxonomically consistent observations. Such information is especially important for modern, data-driven biodiversity science, in both Antarctica and globally, and forms the backbone of biodiversity informatics, reflected, for example, in the Darwin Core Standard used by the Global Biodiversity Information Facility. Biodiversity data are also essential to fulfill the conservation requirements for Antarctica, as set out in the Protocol on Environmental Protection to the Antarctic Treaty and inform the design of systematic surveys to address biodiversity and ecological knowledge gaps, for both specific taxa and ecosystems. Such surveys are key requirements for understanding and mitigating the impacts of environmental change on the region's biodiversity. Here, we address these requirements through the public release of The Biodiversity of Ice-free Antarctica Database. In 2008, we extracted a subset of biodiversity records only from terrestrial ice-free areas from the Scientific Committee on Antarctic Research (SCAR) Antarctic Biodiversity Database. We have subsequently added thousands of records from a range of sources: checking, and where necessary (and possible), correcting the spatial location, clarifying, cross-referencing, and harmonizing taxonomy with globally recognized sources, and documenting the original source of records. The Biodiversity of Ice-free Antarctica Database spans the early 1800s to 2019 (with most records collected after 1950) and represents the most comprehensive consolidation of Antarctic ice-free biodiversity occurrence data yet compiled into a single database. The Biodiversity of Ice-free Antarctica Database contains 35,654 records of 1890 species in over 800 genera across six kingdoms and spans all Antarctic Conservation Biogeographic Regions. These data are released under a CC BY Attribution License (http://creativecommons.org/licenses/by/4.0/).
南极洲是地球上最原始、最不适宜居住且鲜为人知的地区之一。尽管近几十年来人们对其生物多样性的了解有所增加,但目前尚无一份涵盖南极洲永久无冰区生物多样性的全面、广泛且具有空间明确性的汇编资料。这种缺失既阻碍了南极生物多样性研究,也妨碍了南极洲融入全球生物多样性相关研究。关于生物多样性模式、生态结构与功能以及保护方案的基础研究和应用研究,都依赖于空间解析且分类一致的观测数据。此类信息对于现代数据驱动的生物多样性科学在南极洲乃至全球都尤为重要,并且构成了生物多样性信息学的支柱,例如全球生物多样性信息设施所使用的达尔文核心标准就体现了这一点。生物多样性数据对于满足《南极条约环境保护议定书》中规定的南极洲保护要求也至关重要,同时可为针对特定分类群和生态系统的生物多样性及生态知识差距开展的系统调查设计提供参考。此类调查是理解和减轻环境变化对该地区生物多样性影响的关键要求。在此,我们通过公开发布《无冰南极洲生物多样性数据库》来满足这些要求。2008年,我们仅从南极研究科学委员会(SCAR)的南极生物多样性数据库中提取了陆地无冰区的生物多样性记录子集。随后,我们又从一系列来源添加了数千条记录:检查并在必要时(且可能的情况下)校正空间位置,与全球公认的来源核对、交叉引用并统一分类法,以及记录每条记录的原始来源。《无冰南极洲生物多样性数据库》涵盖了19世纪初至2019年(大部分记录是1950年之后收集的),是迄今汇编到单个数据库中的最全面的南极无冰生物多样性出现数据汇总。该数据库包含来自六个王国、800多个属的1890种生物的35654条记录,覆盖了所有南极保护生物地理区域。这些数据根据知识共享署名许可协议(http://creativecommons.org/licenses/by/4.0/)发布。