Theme: Paleobiology
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The Paleobiology Database
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Guided by the mission of "revealing the history of life," The Paleobiology Database welcomes researchers, educators, and developers to explore a "public database of paleontological data that anyone can use." Supported by the National Science Foundation and "maintained by an international non-governmental group of paleontologists," the site offers a wealth of information waiting to be discovered. Users can browse the database at the link above or download the data to peruse offline. Clicking on the "Explore" button on the home page brings users to the interactive map. Have a question about what you see? The Help and Walkthrough tabs at the top of the map page provide examples and a YouTube tutorial that explain how to filter and search the data and how to navigate the toolbar on the left-hand side. Educators may enjoy the Lesson Plans and Activities section (found under the Resources tab, accessible from the site's landing page), which includes classroom activities that use the database as a launching point to learn about geology, geography, and paleobiology. The Resources section also includes web apps, data tools, and tutorials to maximize your user experience. Under the Search tab, users can engage with topics such as "fossil collection records" and "stratigraphic units" by filling out a more detailed "collection search form." The database was first launched in 1998 and is maintained by a Tech Team consisting of Geology and Information Science specialists. [EMB] |
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Paleobiology
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Science |
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Published quarterly by Cambridge University Press, Paleobiology features "original content of any length?dealing with any aspect of biological paleontology." Under the Open Access tab readers will find the journal's collection of open-access articles that can be filtered by date of publication. As of this write-up the Paleobiology is on its 46th edition and features 34 open-access articles. Each article record contains an abstract and list of references. Readers can select articles of interest and export citations, download full articles in PDF form, or save articles to their Kindle, Dropbox, or Google Drive. Users can also browse the Latest Issue, or view archived open-access content dating back to the first issues (released in 1975) under the All Issues tab, using the filtering tool on the left-hand side to narrow results to open-access content. Recent open-access materials include "The many faces of synapsid cranial allometry" and "Power, competition, and the nature of history." Readers may also enjoy the Most Cited page, which highlights the Paleobiology articles most frequently cited in other academic publications. As of this write-up, the frontrunner is "Exaptation - a Missing Term in the Science of Form," which has been cited over 2,000 times. Paleobiology's editorial board is led by Editor-in-Chief Mark Patzkowsky, a professor of Geosciences at The Pennsylvania State University. [EMB] |
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Tetrapod Zoology
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Science |
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Tetrapod Zoology is part podcast, part blog. The platform is "devoted to discussion, research, discovery, and speculation," about all things tetrapod ("amphibians, reptiles, birds and mammals, and all of their extinct relatives."). Zoologist Darren Naish and Paleontological Artist John Conway co-host the podcast, which has more than 70 episodes as of this write-up. Listeners may be drawn to the podcast for the witty titles (see "Fat-bottomed Rodents" and "Stupid Successful Frog" for reference), but the humorous commentary and informative discussions on fossils, species, and DNA will keep your attention. The blog has a similar flavor, highlighting discoveries such as glowing birds and lots (and lots) of lizards. Originally launched on Scientific American in 2011, the blog is now housed on TetZoo's own platform and continues to post content relevant to the Tetrapod community. The site also has information about TetZooCon, an annual conference inspired by the work of the blog. [EMB] |
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The UMORF 3D Interface
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Science |
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While online collections make exhibitions accessible by allowing users to view their contents remotely, these exhibitions are often restricted to the confines of a two-dimensional image. The UMORF 3D Interface (a project of the University of Michigan's Museum of Paleontology) takes the user experience one step further by employing 3D viewer technology to bring fossils to life. The site includes select models of 3D Invertebrates and 3D vertebrates, which are found under the corresponding tabs at the link above. After reading a brief biography about the species (including its classification and location), users will want to click on the image to navigate to the 3D viewer. The viewer allows users to rotate (using the left mouse), zoom (using the mouse wheel), pan (using the right mouse), and change the center of rotation (using the spacebar) to examine the specimen in an interactive, realistic, and multi-dimensional way. The project aims to create a product that has utility for researchers and educators, as well as general fossil aficionados. To learn more about the goals, methods, and history of the UMORF 3D Interface, as well as the many different individuals who contributed to its success, readers will want to visit the sections under the About tab. [EMB] |
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