| Description: |
Specimens are often mentioned in scholarly publications or data infrastructures by referencing the local identifiers attached to the objects held in specimen collections. However, these are often only unique to the issuing institution and not resolvable. Transforming these into globally unique identifiers, such as the 'Darwin Core Triplet' constructed from codes that specify the institution, the collection and the accession or catalog number, is an imperfect solution. These cannot be unambiguously validated nor be dereferenced (Guralnick et al. 2015, Groom et al. 2019), are vulnerable to human error, and rely on accession numbers that sometimes change over time. Earlier approaches to give specimens globally unique and resolvable identifiers had limited success (Page 2009). Attaching labels with new identifiers is too costly and time consuming, apart from digital infrastructure challenges.The Digital Extended Specimen is a new object on the internet, containing all known information about the specimen, thus acting as a surrogate for the physical object. To distinguish it from its physical counterpart, it needs a new identifier, which also provides a solution to unambiguously and persistently refer to specimens. Digital specimens get Digital Object Identifiers (DOIs) and Persistent Identifiers, in the infrastructure developed in the BiCIKL project (see deliverable D7.1 and this blog post). Ties to these accession or catalog numbers of physical specimens, allow these local identifiers to change over time, while still persistently resolving to the digital object.DOIs guarantee global uniqueness, persistence and reliable resolution through the oversight of the DOI Foundation and its registration agencies (RAs). DiSSCo, Distributed System of Scientific Collections, is creating a partnership with DataCite RA, where both partners invest to provide Digital Specimen DOIs and enhance their findability, leveraging from their metadata services. This aids the potential of Digital Specimen DOIs to reliably create links with ... |