talk · Thursday 24 September · 15:05–⁠15:20 · SAL B

The FIPbio data portal: towards an integrated freshwater biodiversity data ecosystem

Vanessa Bremerich · A consensus taxonomic reference for improved freshwater biodiversity data and knowledge

Recording time 6:59:58–7:15:03Open on Vimeo ↗

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The short versionFIPbio aims to make freshwater data publishing and analysis easier by combining FADA taxonomy, GBIF occurrences, site context, abiotic and remote-sensing data, and automated catchment annotation.

Overview

What this was about

Vanessa Bremerich presented the renewed Freshwater Biodiversity Data Portal (FIPbio) of the Freshwater Information Platform, rebuilt on the BIMS engine behind FBIS with funding linked to IGB's investigation of the Oder fish-kill disaster and relying on the InfraFADA taxonomic backbone. The portal will show GBIF freshwater occurrences, Red List status and data gaps per FADA group, implement the GBIF freshwater data publishing guide (including broader 'meta groups'), and link sampling sites to habitat, method, life stage, abiotic sensor and water quality data and remote-sensing time series. Sites are automatically annotated from reference layers and catchment tools (e.g. hydrographr, GeoFRESH, AquaINFRA), with rule-based quality flagging using FADA biogeographic realms.

Why it matters. Freshwater analyses depend on catchment connectivity and sampling context that generic portals ignore; FIPbio tries to encode those freshwater specifics while staying interoperable with GBIF.

Key ideas

In the room

  • History: BioFresh (2009-2014) led to the Freshwater Information Platform and a first data portal that became hard to maintain.
  • InfraFADA's renewed taxonomic backbone is central; funds from IGB's Oder fish-kill investigation programme were used to renew the portal with the Freshwater Research Centre and Kartoza.
  • Built on BIMS (the FBIS engine); serves FIP partners, FADA and Freshwater BON (GEO BON) data mobilisation, e.g. freshwater EBVs.
  • It will show all GBIF freshwater occurrences, IUCN Red List status, and data gaps per FADA organism group.
  • What it is not: not (yet) an OBIS for freshwaters, which lacks a funded global community; not for national/regional assessments; not yet fully in production.
  • Implements the GBIF freshwater data publishing guide, e.g. 'meta groups' such as macrophytes, macroinvertebrates, fish; freshwater fungi, benthic algae and phytoplankton are not covered by FADA and need other checklists.
  • Sites carry habitat, ecosystem type, sampling method, life stage and timing, plus abiotic sensor data, water quality and remote sensing (chlorophyll-a, water colour, land use).
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Notable moments

In their words

Transcript

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Programme abstract

The FIPbio data portal: towards an integrated freshwater biodiversity data ecosystem

Vanessa Bremerich

Freshwater biodiversity research, monitoring and policy increasingly rely on interoperable data infrastructures linking taxonomy, biodiversity observations, abiotic sampling data and remote sensing products. With the renewal of the freshwater biodiversity data portal FIPbio within the Freshwater Information Platform (FIP), we present a framework integrating freshwater occurrence records, eDNA observations, sampling data and satellite-derived environmental time series, including chlorophyll-a dynamics and land-use change, across lakes, wetlands and river catchmentsinto a unified freshwater data ecosystem.

The renewed portal builds on the Biodiversity Information Management System (BIMS), originally developed for the South African Freshwater Biodiversity Information System (FBIS). Central to FIPbio is the global Freshwater Animal Diversity Assessment (FADA) taxonomic backbone, continuously curated through the FADAtims platform. This freshwater-specific backbone enables a comprehensive overview of occurrence data mobilised through infrastructures such as GBIF.

Sampling sites are spatially linked to global freshwater environmental context layers including river networks, basins, lakes, wetlands and land-water interface classes. Occurrence records are automatically annotated with contextual dataset IDs and snapped to river network segments, enabling reproducible freshwater-specific analytical workflows using resources such as Hydrography90m.

FIPbio enhances the discoverability, interoperability and long-term reuse of freshwater biodiversity and monitoring data from local to global scales. The platform supports freshwater data mobilisation efforts, including those within the FWBON network and contributes to an integrated global freshwater biodiversity information landscape.

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