Figure 2 - Taxonomic Name Resolution. Overview of the Name Resolution function of the Taxonomic Data Refinement Workflow, depicting the aggregation of scientific name responses from the various checklist into a single XML message. This message is then used to display the results within a web interface
FIGURE 2. Diagrammatic representation of how type specimens represent the intersection of nomenclatu...
Figure 2 - Consolidated review version. The editor sees all reviewer's corrections and comm...
Figure 2 - A highly-connected element in the landscape: the Global Biodiversity Information...
Figure 6 - Selection of targeted checklists (as controlled taxonomic vocabularies) in the n...
Figure 1 Create taxon name process. This process is called by the main process (Fig. 2) if the full ...
Figure 2 Process to create records in the database from specimen images. If there is the need to cre...
Figure 4 - BioSTIF web interface. The interface allows users to filter species occurrence p...
Figure 2 - The Overview tab is the default view of an EOL taxon page. It features a sample ...
Figure 2 - This fictionalized workflow presents the flow of information content of biodiver...
Figure 2 - Simplified workflow from data mobilization via processing to stakeholders from t...
Figure 5 - Data Refinement Workflow. Birds eye overview of service interactions of the work...
Figure 2 Depiction of the relative amounts between accessible, with or without our categorical crite...
Figure 6 - XML response of a scan request for taxon names in a BioCASe data source
Figure 2 Summary of patterns of completeness and incompleteness of information for 6 ornithological ...
Figure 2 - The relationships between different modules on the India Biodiversity Portal. Ex...
FIGURE 2. Diagrammatic representation of how type specimens represent the intersection of nomenclatu...
Figure 2 - Consolidated review version. The editor sees all reviewer's corrections and comm...
Figure 2 - A highly-connected element in the landscape: the Global Biodiversity Information...
Figure 6 - Selection of targeted checklists (as controlled taxonomic vocabularies) in the n...
Figure 1 Create taxon name process. This process is called by the main process (Fig. 2) if the full ...
Figure 2 Process to create records in the database from specimen images. If there is the need to cre...
Figure 4 - BioSTIF web interface. The interface allows users to filter species occurrence p...
Figure 2 - The Overview tab is the default view of an EOL taxon page. It features a sample ...
Figure 2 - This fictionalized workflow presents the flow of information content of biodiver...
Figure 2 - Simplified workflow from data mobilization via processing to stakeholders from t...
Figure 5 - Data Refinement Workflow. Birds eye overview of service interactions of the work...
Figure 2 Depiction of the relative amounts between accessible, with or without our categorical crite...
Figure 6 - XML response of a scan request for taxon names in a BioCASe data source
Figure 2 Summary of patterns of completeness and incompleteness of information for 6 ornithological ...
Figure 2 - The relationships between different modules on the India Biodiversity Portal. Ex...
FIGURE 2. Diagrammatic representation of how type specimens represent the intersection of nomenclatu...
Figure 2 - Consolidated review version. The editor sees all reviewer's corrections and comm...
Figure 2 - A highly-connected element in the landscape: the Global Biodiversity Information...