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Glossary of Terms: Difference between revisions
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|valign="top"|Lifemapper<br> | |valign="top"|Lifemapper<br> | ||
| | |valign="top"|Lifemapper | ||
|valign="top"| | |valign="top"|visualization | ||
|valign="top"|http://www.lifemapper.org/<br> | |valign="top"|http://www.lifemapper.org/<br>http://lifemapper.acis.ufl.edu/lm/map/ | ||
|valign="top"|Lifemapper uses all of the online geospatial species occurrence data to create distribution maps and, notably, goes one step further to predict where an individual species should exist based on where it is documented to live.<br> | |valign="top"|Lifemapper uses all of the online geospatial species occurrence data to create distribution maps and, notably, goes one step further to predict where an individual species should exist based on where it is documented to live.<br> | ||
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|valign="top"|A 28" x 28" x 28" daylight-balanced photography studio that includes a compatible Canon Rebel SLR camera and powerful system control software, Photosimile 5000 facilitates the creation of professional still photos, 360-degree, hemispherical and full spherical product animations. | |valign="top"|A 28" x 28" x 28" daylight-balanced photography studio that includes a compatible Canon Rebel SLR camera and powerful system control software, Photosimile 5000 facilitates the creation of professional still photos, 360-degree, hemispherical and full spherical product animations. | ||
Driven by software, the system allows users to control all camera and studio settings. This is a fully automated, precise image capture and efficient image processing tool. | Driven by software, the system allows users to control all camera and studio settings. This is a fully automated, precise image capture and efficient image processing tool. | ||
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|valign="top"|Phylojive | |||
|valign="top"|Phylogeny Javascript Information Visualiser and Explorer | |||
|valign="top"|visualization | |||
|valign="top"|http://phylojive.acis.ufl.edu/PhyloJive/<br>https://github.com/TRIN/phyloJIVE | |||
|valign="top"|The growing catalogue of online biodiversity data sources has reached a scale where data integration and mashups can be truly useful. Information about species is being aggregated at national and international scales. PhyloJIVE (Phylogeny Javascript Information Visualiser and Explorer) is one such mashup placing biodiversity web-services into an evolutionary context. | |||
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|valign="top"|Phylolink | |||
|valign="top"|Phylolink | |||
|valign="top"|visualization | |||
|valign="top"|http://phylolink.ala.org.au/ | |||
|valign="top"|Phylolink is a collection of tools through which biodiversity can be explored from a phylogenetic (or tree of life) perspective. At the core of these tools is the ability to easily intersect a phylogenetic tree with species occurrence records, environmental data, and species character information. The result is powerful ways of combining data to generate flexible and customisable visualisations, profiles and metrics for biodiversity. Phylolink builds upon PhyloJIVE, which was developed by CSIRO, the Taxonomy Research and Information Network (TRIN), and the Centre for Australian National Biodiversity Research (CANBR). | |||
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|valign="top"|Planting Science<br> | |valign="top"|Planting Science<br> | ||
| | |valign="top"|Planting Science | ||
|valign="top"|education | |valign="top"|education | ||
|valign="top"|http://www.plantingscience.org/<br> | |valign="top"|http://www.plantingscience.org/<br> | ||
|valign="top"|Learning and research resource, bringing together students, plant scientists, and teachers from across the nation<br> | |valign="top"|Learning and research resource, bringing together students, plant scientists, and teachers from across the nation. <br> | ||
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