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CoreMeta4Cat

coremeta4cat logo.png

CoreMeta4Cat is a community-driven metadata initiative under NFDI4Cat defining minimum reporting requirements for catalysis research data.

Arjun Neyyathala, Franziska Flecken (fmr.), Hendrik Borgelt, Mohammad Khatamirad

Arjun Neyyathala, Franziska Flecken (fmr.), Hendrik Borgelt, Mohammad Khatamirad
coremeta4cat logo.png
Arjun Neyyathala, Franziska Flecken (fmr.), Hendrik Borgelt, Mohammad Khatamirad

CoreMeta4Cat is a community-driven metadata initiative under NFDI4Cat defining minimum reporting requirements for catalysis research data.

Arjun Neyyathala, Franziska Flecken (fmr.), Hendrik Borgelt, Mohammad Khatamirad

SHORT DESCRIPTION

This activity develops domain-specific metadata standards for catalysis research. Metadata, understood as structured contextual information describing experimental and computational data, is defined to specify minimum reporting requirements for catalysis studies. Based on the controlled vocabulary Voc4Cat, the framework identifies and standardizes the most relevant catalysis-specific metadata fields, enabling machine-readable, interoperable, and FAIR-compliant data documentation.

PROBLEM STATEMENT

Catalysis data are commonly accompanied by incomplete or weakly structured metadata, limiting reproducibility, interoperability, and reuse. The absence of clearly defined minimum information guidelines leads to heterogeneous reporting practices and ambiguous terminology, which hinder metadata-based data discovery, validation, and automated processing. A technically consistent metadata model, grounded in controlled vocabularies and aligned with FAIR principles, is required to ensure unambiguous semantic representation and effective reuse of catalysis data across digital infrastructures.

 

USERS / TARGET AUDIENCE

  • Catalysis researchers needing FAIR-compliant metadata for experimental or computational datasets.
  • Repository operators requiring a community-accepted vocabulary for indexing catalysis data.
  • ELN and pipeline developers needing an ontology-grounded schema for catalysis workflows.

Support

  • Documentation and example datasets are provided to guide adoption.
  • Community feedback can be submitted directly via the CoreMeta4Cat website.
  • Development is open on GitHub, where issues and contributions are welcome.