Figure 1 Sections of Biodiversity Observations Miner (BOM) user interface: The figure illustrates the different parts that compose the user interface of BOM web application. The interface is composed of three main components, a header (white bar on top), a sidebar menu (dark blue at in the left side) and the main page (cyan in the centre). The header includes the application name (1), a button to collapse the sidebar menu (2) and a notification menu (3). The sidebar menu (4) contains the individual tabs to navigate across the functionalities of BOM. The main page (5) allows the setting of parameters and obtaining the results of the mining steps. In the main page, the header of setting type boxes are colour-coded yellow whereas the result bo...
Figure 2 - Internal structure, data flow and front-end interfaces of Flora-On. Pink box...
Figure 1 Schematic summarizing the translation between biodiversity and biodiversity data, and how t...
Figure 2 - The Overview tab is the default view of an EOL taxon page. It features a sample ...
Figure 3 Example of one text snippet resulting from running Biodiversity Observations Miner with O'F...
Biodiversity Observation User's manual. Follow this guide to upload literature and mine biodiversity...
Figure 1 - Preview of the "Cyanobacteria culture collection" database collection. The Taxon...
Figure 1 - EOL v2 Homepage. When a member is logged in, the upper right corner of the page ...
Figure 2 - The relationships between different modules on the India Biodiversity Portal. Ex...
Figure 1 - References to specimens in an article begin with an institutionCode that identif...
Figure 4 - BioSTIF web interface. The interface allows users to filter species occurrence p...
Figure 2 - A highly-connected element in the landscape: the Global Biodiversity Information...
Figure 1 - Page from Index Animalium showing examples of microcitations
Figure 1 High-level overview of the three main modules and the components of the Koster Seafloor Obs...
Figure 3 - Collapsible or expandable boxes for grouping several data source entries (e.g. o...
Figure 1 Create taxon name process. This process is called by the main process (Fig. 2) if the full ...
Figure 2 - Internal structure, data flow and front-end interfaces of Flora-On. Pink box...
Figure 1 Schematic summarizing the translation between biodiversity and biodiversity data, and how t...
Figure 2 - The Overview tab is the default view of an EOL taxon page. It features a sample ...
Figure 3 Example of one text snippet resulting from running Biodiversity Observations Miner with O'F...
Biodiversity Observation User's manual. Follow this guide to upload literature and mine biodiversity...
Figure 1 - Preview of the "Cyanobacteria culture collection" database collection. The Taxon...
Figure 1 - EOL v2 Homepage. When a member is logged in, the upper right corner of the page ...
Figure 2 - The relationships between different modules on the India Biodiversity Portal. Ex...
Figure 1 - References to specimens in an article begin with an institutionCode that identif...
Figure 4 - BioSTIF web interface. The interface allows users to filter species occurrence p...
Figure 2 - A highly-connected element in the landscape: the Global Biodiversity Information...
Figure 1 - Page from Index Animalium showing examples of microcitations
Figure 1 High-level overview of the three main modules and the components of the Koster Seafloor Obs...
Figure 3 - Collapsible or expandable boxes for grouping several data source entries (e.g. o...
Figure 1 Create taxon name process. This process is called by the main process (Fig. 2) if the full ...
Figure 2 - Internal structure, data flow and front-end interfaces of Flora-On. Pink box...
Figure 1 Schematic summarizing the translation between biodiversity and biodiversity data, and how t...
Figure 2 - The Overview tab is the default view of an EOL taxon page. It features a sample ...