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.
multiscale spatial modelling
Model biodiversity patterns using all available evidence
Integrate data collected at all scales with earth observing systems from other domains and with taxon-specific biological information to create the fullest possible picture of geographical species distributions.
trends and predictions
Evaluate biodiversity patterns across time and space to explore drivers and impacts and to forecast future states
Integrate historical data and evidence of changes over time to assess trends and to facilitate predictive modelling and decision-making in support of land-use planning, conservation and sustainability.
modeling biological ecosystems
Model biological systems from molecules to ecosystems
Build virtual models to improve understanding of biological systems at all scales and deliver knowledge for integration into other models.
visualization and dissemination
Enable rich understanding and application of biodiversity knowledge
Provide citizens, scientists and policymakers with tools that facilitate understanding of biodiversity and enable applied use of this understanding.
prioritizing new data capture
Maximize benefits from investments in biodiversity research
Use existing information resources to plan and prioritize new data capture or efforts to digitize historical data to maximize coverage, completeness and precision of available information and to enable timely response to changes in biodiversity patterns.