
Lycosa is a genus of wolf spiders distributed throughout most of the world, with more than two hundred described species.
Genus
Lycosa es un género de arañas araneomorfas de la familia Lycosidae. El nombre común de estas arañas, tarántula, se presta a confusión; para otras arañas denominadas así, véase tarántula. Se encuentra en todos los continentes excepto los polos. Tarántula en pose amenazante Lycosa coelestis Lycosa leuckarti Índice 1 Lista de especies 2 Véase también 3 Referencias 4 Bibliografía 5 Enlaces externos Lista de especies Según The World Spider Catalog 13.5:[1] Lycosa abnormis Guy, 1966 Lycosa accurata (Becker, 1886) Lycosa adusta Banks, 1898 Lycosa affinis Lucas, 1846 Lycosa ambigua Barrientos, 2004 Lycosa anclata Franganillo, 1946 Lycosa apacha Chamberlin, 1925 Lycosa approximata (O. Pickard-Cambridge, 1885) Lycosa arambagensis Biswas & Biswas, 1992 Lycosa ariadnae McKay, 1979 Lycosa articulata Costa, 1875 Lycosa artigasi Casanueva, 1980 Lycosa asiatica Sytshevskaja, 1980 Lycosa aurea Hogg, 1896 Lycosa auroguttata (Keyserling, 1891) Lycosa australicola (Strand, 1913) Lycosa australis Simon, 1884 Lycosa balaramai Patel & Reddy, 1993 Lycosa barnesi Gravely, 1924 Lycosa bedeli Simon, 1876 Lycosa beihaiensis Yin, Bao & Zhang, 1995 Lycosa bezzii Mello-Leitão, 1944 Lycosa bhatnagari
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Lycosa is a genus of wolf spiders distributed throughout most of the world, with more than two hundred described species.
Sometimes called the "true tarantula", though not closely related to the spiders most commonly called tarantulas today, Lycosa spp. can be distinguished from common wolf spiders by their relatively large size. This genus includes the European Lycosa tarantula, which was once associated with tarantism, a dubious affliction whose symptoms included shaking, cold sweats, and a high fever, asserted to be curable only by the traditional tarantella dance. No scientific substantiation of that myth is known; the venom of Lycosa spiders is generally not harmful.
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Discovered by embedding cosine similarity (sentence-transformers MiniLM, 384-dim).