Template:Recent Events


 * Some AntWiki statistics: 25,335 content pages; 102,612 uploaded files; 413,050 total edits; 20.2 million total page views. Some Google Analytics statistics (for the last month): 16,872 sessions; 11,109 users; 58,368 pages views; 3.46 pages per session; 3:50 minutes average session duration; users are from (top 6 countries in order) USA, Australia, Germany, Brazil, United Kingdom, India; 42% are return visitors who view (on average) 5 pages and send 6:20 minutes. Content statistics: 405 genera, 15,179 species and subspecies, 419 identification keys and 255 regional taxon lists. AntWiki has been a great adventure and continues to exceed our expectations. A very sincere thanks to our dedicated editors and growing audience for helping us achieve our first 20 million page views, and we hope to continue to provide useful information on the world's most important group of animals, the ants.
 * Students from this year's Ant Course have produced a series of videos showcasing three aspects of the course: learning about myrmecology, learning about ant natural history and learning research techniques. These are a great introduction to why we study ants.
 * The latest issue of Asian Myrmecology is now available. Asian Myrmecology is a peer-reviewed, yearly journal dedicated to the study of Asian ants. It publishes original refereed research papers on ants in or from Asia and covers all different areas of modern ant research, including Taxonomy, Biogeography & Distribution, Ecology, Ethology and Applied myrmecology. All papers are open access and can be freely downloaded.
 * [[Media:Peeters, C., Heraty, J. & Wiwatwitaya, D. 2015. Eucharitid wasp parasitoids in cocoons of the ponerine ant Diacamma scalpratum from Thailand.pdf|Peeters, Heraty & Wiwatwitaya (2015)]] report the first known case of a eucharitid wasp parasitising a Diacamma species, Diacamma scalpratum.

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 * Evan Economo, Benoit Guénard and the AntMaps team are pleased to announce the launch of AntMaps. AntMaps is an interactive tool to visualize geographic distributions of all ant species as well as aggregate diversity patterns. AntMaps is based on the Global Ant Biodiversity Informatics (GABI) database, which aggregates records from over 8500 publications, plus museum and online databases, currently consisting of 1.6 million records in total. We hope you will find this new tool useful in your research.
 * Sociobiology is pleased to announce that the Special Issue on Taxonomy, Morphology and Phylogeny of Ants has now been published online, with open access. This accomplishment would not have been possible without the trust deposited by authors in this project, the hard work of the co-editors for this Special Issue, Rodrigo Feitosa, John Lattke and Ted Schultz, the Editors-in-chief of Sociobiology, and the work of the staff in the editorial office. We hope you find it interesting!
 * Rick Overson & Brian Fisher, in their [[Media:Overson, R., Fisher, B.L. 2015. Taxonomic revision of the genus Prionopelta in the Malagasy region.pdf|most recent paper]] on the ants of the Malagasy Region, describe five new species of Prionopelta, Prionopelta laurae, Prionopelta subtilis, Prionopelta talos, Prionopelta vampira and Prionopelta xerosilva.
 * Robert Johnson & Stefan Cover have published a paper on the seed-harvester ant genus Pogonomyrmex from Hispaniola (the Dominican Republic and Haiti).
 * Herbert Zettel and Alice Laciny have a new paper on Asian Echinopla, which includes the descriptions of 8 new species: Echinopla angustata, Echinopla brevisetosa, Echinopla circulus, Echinopla fisheri, Echinopla madli‎, Echinopla mezgeri‎, Echinopla subtilis and Echinopla wardi.
 * Patrick Schultheiss, Chloé Raderschall and Ajay Narendra have a [[Media:Schultheiss P, Raderschall CA, Narendra A. 2015. Follower ants in a tandem pair are not always naïve.pdf|new story published]] on tandem running in the Australian ant Camponotus consobrinus (see Ajay's blog post). They've put together a short clip explaining its significance.
 * The total number of ant species known recently passed through 15,000! AntWiki has a page for each of these, and every one can be found in at least one regional taxon list. These species are placed in just over 400 genera, each of which also has an AntWiki page. Check out the species described so far in 2015 or any other year. If you need a list of these genera and species, as well as their distribution and other details, Excel-ready files are available.
 * Winkler bags are an invaluable tool for collecting ants from leaf litter. Benoit Guénard (see his blog) has produced three videos on the use of Winkler bags, Ant collection with Winkler Extractors, Ant collection with Winkler Extractors-2 and Hanging Winkler Bags. If you're new to collecting ants this is a great place to start.
 * Matthew Prebus published a [[Media:Prebus, M. 2015. Palearctic elements in the old world tropics a taxonomic revision of the ant genus Temnothorax Mayr for the Afrotropical biogeographical region.pdf|paper]] describing four new species of Temnothorax from Kenya: Temnothorax brevidentis, Temnothorax mpala, Temnothorax rufus and Temnothorax solidinodus.
 * Bob Taylor published the second part of his series on Australasian ants of the subfamily Heteroponerinae, describing nine new species.

May, 2015
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 * Brendon Boudinot continues leading the way with male ants, publishing a paper including the first global male-based key to subfamilies.
 * Shingo Hosoishi publishes a [[Media:Hosoishi, S. 2015. Revision of the Crematogaster ranavalonae-group in Asia, with description of two new species.pdf|paper]] on the Crematogaster ranavalonae-group in Asia with the description of two new species, Crematogaster hashimi and Crematogaster imperfecta.
 * AntWiki added its 330th identification key recently. See the list of these keys.
 * Bob Taylor publishes a [[Media:Taylor 2015.pdf|study]] of Australian Myrmecia species, with descriptions of four new species, Myrmecia banksi, Myrmecia haskinsorum, Myrmecia imaii, Myrmecia impaternata
 * Morphological details have been added to AntWiki genus pages. Check Gnamptogenys for an example.