Examples
Worked examples
- Is an instance
A university using Elements as its researcher-facing publication capture front-end with downstream feeds to Pure or to an institutional reporting database.
- Is an instance
An Elements deployment integrated with DSpace for green-OA deposit workflows.
Counter-examples
Looks similar, but isn't
- Not an instance
A bibliographic database such as Scopus is not Elements, though Elements harvests from it.
- Not an instance
An institutional repository alone is not Elements.
Editorial commentary
Elements is a commercial current research information system (CRIS) product developed by Symplectic, part of Digital Science, that automates the discovery, capture, and management of research outputs and activities for individual researchers and for institutional reporting. Its core mechanism is an automated-harvest engine that continuously searches Scopus, Web of Science, Crossref, PubMed, arXiv, and other external sources for outputs likely authored by each researcher, then presents candidate matches to that researcher (or a delegated administrator) for a simple accept/reject decision. Beyond outputs, Elements manages grants, professional activities, teaching records, and impact narratives, and is widely deployed at research-intensive universities.
What problem it solves
Before systems like Elements, institutions relied on researchers manually entering publication lists into a repository or reporting system — slow, error-prone, and a source of chronic incompleteness in institutional output data. Elements inverts that workflow: it goes looking for a researcher’s outputs across major indexing databases automatically and asks the researcher only to confirm or reject candidate matches, which substantially raises both the completeness and the currency of institutional publication data with much less manual effort.
How a research office encounters Elements
- As the researcher-facing front end for publication capture, often feeding data downstream into a broader CRIS (such as Pure) or into an institutional reporting or research-assessment database.
- As the trigger point for green open-access deposit workflows: when a researcher accepts a harvested output in Elements, that action commonly kicks off a request to deposit the accepted manuscript into the institutional repository, most often DSpace or EPrints, to satisfy funder or institutional OA mandates.
- As a source system for REF-style or other periodic research-assessment exercises, where Elements’ accepted-output list becomes the basis of a submission dataset.
- As the place grants, professional activities, and impact case narratives get logged for annual review, promotion, or reporting purposes, alongside publications.
How it compares to other CRIS products
Elements is one of several commercial CRIS platforms institutions choose between, alongside Pure (also owned by Elsevier) and open-source alternatives like VIVO. Elements’ particular strength is its researcher-facing harvest-and-confirm workflow; institutions sometimes run Elements specifically for output capture while using a different system for grants or institutional reporting, though many run Elements as their full CRIS. See the ‘CRIS vendors compared‘ page for a fuller side-by-side.
How it relates to other terms in this cluster
- ‘Pure‘ — a comparable commercial CRIS product Elements is often evaluated against.
- ‘CRIS‘ — the general category of system Elements belongs to.
- ‘Research output (CRIS)‘ — the data object Elements’ harvest engine is built around capturing.
- Elements records commonly carry ORCID iDs and, increasingly, ‘ROR IDs‘ for author and institutional affiliation, connecting its data to the broader persistent-identifier ecosystem.
Frequently asked questions
Does Elements replace an institutional repository? No — Elements captures and manages metadata about outputs and triggers deposit workflows, but the actual full-text deposit typically happens in a separate repository platform such as DSpace or EPrints, which Elements integrates with.
Can researchers add outputs Elements hasn’t automatically found? Yes — Elements supports manual entry alongside its automated harvest, which matters for outputs that don’t appear in Scopus, Web of Science, Crossref, PubMed, or arXiv (books, some conference proceedings, non-traditional outputs).
Who owns Symplectic Elements? Symplectic is part of Digital Science, a research-technology company; Digital Science’s portfolio has also included other research-infrastructure products such as the legacy GRID organisation registry, now retired in favour of ROR.
References
- Symplectic / Digital Science, ‘Elements’ product documentation (symplectic.co.uk/elements).
Also known as
Symplectic Elements
Machine-readable encodings
Use in your systems
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