Developing data interoperability using standards: A wheat community use case

Area of Science:

• Agricultural Science
• Bioinformatics
• Data Science

Background:

• Data interoperability is crucial for agricultural research, especially with increasing high-throughput data.
• Standardized data formats, metadata, and vocabularies are essential for effective data interpretation and sharing.
• The wheat research community faces challenges in managing and integrating diverse datasets.

Purpose of the Study:

• To develop comprehensive data interoperability guidelines for the wheat research community.
• To establish best practices for key wheat data types, including sequence variants, annotations, and phenotypes.
• To promote data sharing and facilitate new insights from agricultural datasets.

Main Methods:

• A joint effort involving wheat researchers, data experts, and ontology specialists.
• A community-driven approach over 18 months, including surveys and consensus-based recommendations.
• Identification and prioritization of critical data types for standardization.

Main Results:

• Development of guidelines recommending standards for nucleotide sequence variants, genome annotations, phenotypes, germplasm, gene expression, and physical maps.
• Promotion of best practices for data formats, metadata, and ontologies for each prioritized data type.
• Inclusion of practical examples and tools to aid the adoption of recommended standards.

Conclusions:

• The developed guidelines provide a framework for enhanced wheat data interoperability.
• The community-driven approach ensures relevance and facilitates adoption within the research community.
• The methodology shows potential for generalization to other agricultural domains, fostering broader data integration.