Page Roderic
University of Glasgow, Glasgow, United Kingdom University of Glasgow Glasgow United Kingdom.
Biodivers Data J. 2023 Sep 14;11:e107914. doi: 10.3897/BDJ.11.e107914. eCollection 2023.
A major gap in the biodiversity knowledge graph is a connection between taxonomic names and the taxonomic literature. While both names and publications often have persistent identifiers (PIDs), such as Life Science Identifiers (LSIDs) or Digital Object Identifiers (DOIs), LSIDs for names are rarely linked to DOIs for publications. This article describes efforts to make those connections across three large taxonomic databases: Index Fungorum, International Plant Names Index (IPNI) and the Index of Organism Names (ION). Over a million names have been matched to DOIs or other persistent identifiers for taxonomic publications. This represents approximately 36% of names for which publication data are available. The mappings between LSIDs and publication PIDs are made available through ChecklistBank. Applications of this mapping are discussed, including a web app to locate the citation of a taxonomic name and a knowledge graph that uses data on researcher ORCID ids to connect taxonomic names and publications to authors of those names.
生物多样性知识图谱中的一个主要空白是分类学名称与分类学文献之间的联系。虽然名称和出版物通常都有持久标识符(PID),如生命科学标识符(LSID)或数字对象标识符(DOI),但名称的LSID很少与出版物的DOI相关联。本文描述了在三个大型分类学数据库(真菌索引、国际植物名称索引(IPNI)和生物名称索引(ION))之间建立这些联系的努力。超过一百万个名称已与分类学出版物的DOI或其他持久标识符相匹配。这约占可获得出版物数据的名称的36%。LSID与出版物PID之间的映射可通过清单库获取。本文讨论了这种映射的应用,包括一个用于查找分类学名称引用的网络应用程序,以及一个利用研究人员ORCID标识符数据将分类学名称和出版物与这些名称的作者联系起来的知识图谱。