Photo: Frøslev T G, Heilmann-Clausen J, Lange C, Læssøe T, Petersen J H, Søchting U, Jeppesen T S, Vesterholt J (2020). Danish Mycological Society, fungal records database. Danish Mycological Society. Occurrence dataset accessed via GBIF.org on 2020-06-03.
Enable digital access to all published biodiversity knowledge
Expose the biodiversity data embedded in print publications and multimedia formats as freely available, standardized and structured information.
Collections and specimens
Accelerate digitization of specimen-based data
Develop and expand efficient techniques and processes to capture and share data from natural history specimens.
Field surveys and observations
Ensure open and timely sharing of data from field research and citizen science
Mobilize all biodiversity observations, including associated multimedia, as soon as possible after they are collected.
Sequences and genomes
Incorporate data from genomic and genetic exploration of the living world
Capture data from molecular research on biodiversity and genetic variation, including vouchered reference sequences, sequence-based identifications, and environmental DNA and RNA.
Automated and remote-sensed observations
Harness automated monitoring technologies to expand data capture across the whole planet
Automate recording and identification of species and populations with satellite-based observing systems, field-based sensors, remote-controlled systems and other technologies.