talk · Monday 21 September · 15:15–⁠15:30 · Aula

Extending Darwin Core to Represent Sociobiodiversity and Traditional Knowledge

Clara Baringo Fonseca · Monday plenary programme

Recording time 1:25:18–1:33:52Open on Vimeo ↗

Summaries and key moments are machine-produced. Check the recording for the speaker’s exact words.

The short versionRepresenting traditional knowledge in biodiversity standards needs new terms, knowledge-centred (not species-centred) models, and careful governance of who holds and publishes the data.

Overview

What this was about

Clara Baringo Fonseca described Brazil's work on a Darwin Core extension for sociobiodiversity data: the relationships between biodiversity and sociocultural diversity, including traditional uses, practices and knowledge of Indigenous peoples, local communities and family farmers. A 2024 project with Colombia and Argentina produced draft terms (such as use-to, use-form, used-by holder) that were tested in three case studies. The case studies exposed missing fields, ambiguous terms and questions about who should be the data publisher. She also covered the new Entre Ciências intercultural project and templates for registering associated traditional knowledge under Brazil's biodiversity law.

Why it matters. It extends Darwin Core towards Indigenous and local knowledge in a way that respects community data ownership and consent, and links to benefit-sharing law, data sovereignty and Darwin Core Data Package work.

Key ideas

In the room

  • Sociobiodiversity data is defined (Brazilian National Sociobiodiversity Plan) as data on the interrelationship between biodiversity and sociocultural diversity: resources, traditional practices, uses and knowledge.
  • Communities and territories are the main source and are knowledge holders and data owners. Data should be shared only with their consent and under their governance.
  • Other sources include scientific articles, collections (often in occurrence remarks), 17th–19th century naturalists' works, market inventories and films. These are produced in different contexts and make it hard to identify the knowledge holder.
  • A 2024 project with Brazil, Colombia and Argentina produced draft extension terms, with controlled vocabularies (use-to, used-by type, source type) and free text (used-by holder, use-form, use-to description), kept on GitHub.
  • Three case studies: translating a 17th-century book, working directly with a community on the Rio de Janeiro coast, and a living collection of medicinal plants at the Rio de Janeiro Botanical Garden.
  • Findings: missing used-by holder and used-where data, ambiguous interpretation of use-to, and debate over whether the researcher or the community is the publisher, which matters for GBIF citation tracking.
  • The GEF-funded Entre Ciências project (started two months ago, three years) works with eight territories, six in the Amazon and two in the Cerrado, on data sovereignty, governance and locally chosen monitoring.
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Notable moments

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Transcript

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Programme abstract

Extending Darwin Core to Represent Sociobiodiversity and Traditional Knowledge

Clara Baringo Fonseca

Biodiversity data standards increasingly support automation, artificial intelligence, and large-scale interoperability. However, current standards still provide limited mechanisms to represent sociobiodiversity data, particularly traditional ecological knowledge, species uses, and the communities that generate and maintain this knowledge. As a result, much community-based biodiversity knowledge remains difficult to integrate into interoperable and machine-actionable infrastructures.

This contribution presents the ongoing development of a Darwin Core (DwC) extension for sociobiodiversity data, coordinated by the Brazilian Biodiversity Information System (SiBBr) and collaborators. The proposed extension aims to improve the semantic representation of biocultural information associated with species uses and traditional knowledge systems. Proposed terms include species use categories, plant parts used, preparation methods, medicinal and cultural applications, associated communities, territorial context, and provenance information.

The initiative recognizes that sociobiodiversity data are often generated through participatory and ethnobiological practices that require ethical and inclusive governance approaches. The work aligns not only with FAIR principles, but also with concerns regarding data sovereignty, attribution, and responsible reuse of traditional knowledge.

The proposal is being developed collaboratively through open discussions, use-case analyses, and iterative vocabulary design. Initial case studies involve ethnobotanical and historical datasets related to medicinal plants and traditional ecological knowledge from Brazilian coastal restingas and other socioecological contexts in the Global South.

Submitted to the conference programme before the talk, so the talk itself may differ.