Watson's Wishbone Spider Aname watsoni Castalanelli, Framenau, Huey, Hillyer & Harvey, 2020
Fauna Portal species: 10521Diagnosis
(after Castalanelli et al. 2014): Males of A. watsoni have one of the longest ventral depressions of the pedipalpal tibia of any species of Aname (PDL/PTL ΒΌ 0.64), which, when combined with the rather broad tibia I and prominent, large megaspur, serves to readily distinguish them from other species of the genus. Females differ by the presence of a single pair of widely spaced spermathecae that are curved laterally.
Status
- native
Linnean Holotype
Australia
- Western Australia
Fauna Portal Records
The map shows all records that have been verified as part of the Fauna Portal project and may not represent the true distribution of a species. Specifically, for described species, check the link to the Atlas of Living Australia on this page for potential wider distributions. Fauna Portal Reference specimens and Linnean types are shown in red. If you identified a specimen that exceeds the distribution of an undescribed species as illustrated here, please contact the Fauna Portal team who can assist with the lodgement of the specimen in a public institution and display on the map.
Publications
Castalanelli M. A., Framenau V. W., Huey J. A., Hillyer M. J. & Harvey M. S. (2020): New species of the open-holed trapdoor spider genus Aname (Araneae: Mygalomorphae: Anamidae) from arid Western Australia. Journal of Arachnology. 48: 169 - 213
GACTTTATATTTAATTTTTGGTGTTTGATCTGCGATGGTAGGGACAGCTATAAGAGTAATTATTCGAACTGAGTTGGGGCAGGTAGGTAGATTATTAGGGGATGATCATCTGTATAATGTGGTTGTAACGGCCCATGCTTTAGTTATAATTTTTTTTATGGTAATGCCTATTATAATTGGGGGTTTTGGCAATTGGTTAGTTCCTCTTATGTTAGGGGCTCCAGATATAGCTTTTCCTCGTATAAATAATTTGAGCTTTTGATTATTGCCACCTTCATTGATTATATTGGTGTTTTCTTCTTTAACTGATATTGGTGTAGGTGCTGGGTGAACTATTTATCCTCCTTTGTCTTCTGTTATTGGGCACGGAGGGGGAGGGATGGATTTTGCTATTTTTTCGTTGCATTTAGCGGGGGCATCTTCCATTATAGGGGCTATTAATTTTATTTCTACAATTGTGAATATGCGGTCTTTAGGGATAACAATGGAGCGGGTTCCTTTGTTTGTTTGGTCTGTATTAATTACGGCTATTTTATTGTTATTATCACTTCCGGTATTGGCGGGGGCTATTACTATATTATTGACTGATCGAAATTTTAATACTTCTTTTTTTGATCCGGCAGGGGGGGGGGATCCAATTTTATTTCAACATTTATTT
GACTTTGTATTTAATTTTTGGTGTATGATCTGCGATAGTAGGGACAGCTATAAGAGTAATTATTCGAACTGAGTTGGGGCAGGTAGGTAGATTATTAGGGGATGATCATTTGTATAATGTGATTGTAACGGCCCATGCTTTAGTTATAATTTTTTTTATGGTAATGCCTATTATAATTGGGGGTTTTGGCAATTGGTTAGTTCCTCTTATGTTAGGGGCTCCAGATATAGCTTTTCCCCGTATAAATAATTTGAGCTTTTGATTATTGCCACCTTCATTGATTATATTGGTGTTTTCTTCTTTAACTGATATTGGTGTAGGTGCTGGGTGAACTATTTATCCTCCTTTGTCTTCTGTTATTGGGCATGGAGGGGGAGGGATGGATTTTGCTATTTTTTCGTTACATTTAGCGGGAGCATCTTCCATTATAGGGGCTATTAATTTTATTTCTACAATTGTGAATATACGGTCTTTAGGGATAACAATGGAGCGGGTTCCTTTGTTTGTTTGGTCTGTATTAATTACGGCTATTTTATTGTTATTATCACTTCCAGTATTGGCGGGGGCTATCACTATATTATTGACCGATCGGAATTTTAATACTTCTTTTTTTGATCCGGCAGGGGGAGGGGATCCAATTTTATTTCAACATTTATTT
ACTTTATATTTAATTTTTGGTGTGTGGTCTGCGATGGTAGGGACAGCTATAAGAGTAATTATTCGAACTGAATTGGGGCAGGTAGGGAGATTGTTAGGGGATGATCATTTGTATAATGTGGTTGTAACGGCACATGCTTTAGTTATAATTTTTTTTATAGTAATGCCTATTATGATTGGGGGGTTTGGCAACTGGTTGGTTCCCCTTATATTAGGGGCTCCTGATATAGCTTTTCCTCGTATAAATAATTTGAGTTTTTGATTATTACCACCCTCATTGGTTATATTAGTGTTTTCTTCTTTAACTGATATTGGTGTGGGTGCTGGGTGAACTATTTATCCTCCTTTGTCTTCTGTTATTGGGCATGGGGGAGGGGGAATGGATTTTGCTATTTTTTCGTTACATTTAGCGGGAGCGTCTTCTATTATAGGGGCTATTAACTTTATTTCTACAATTGTGAATATGCGGTCTTTAGGGATAACAATGGAGCGGGTTCCTTTGTTTGTTTGGTCTGTATTAATTACGGCTATTTTATTGTTATTATCACTTCCAGTATTGGCAGGGGCTATTACTATATTATTGACTGATCGAAATTTTAATACTTCTTTTTTTGATCCTGCGGGGGGAGGAGATCCTATTTTATTTCAGCATTTGTT
GACTTTGTATTTAATTTTTGGTGTATGATCTGCAATAGTAGGGACAGCTATAAGAGTAATTATTCGAACTGAGTTGGGGCAGGTAGGTAGATTATTAGGGGATGATCATTTGTATAATGTGATTGTAACGGCCCATGCTTTAGTTATAATTTTTTTTATGGTAATGCCTATTATAATTGGGGGTTTTGGCAATTGGTTAGTTCCTCTTATGTTAGGGGCTCCAGATATAGCTTTTCCCCGTATAAATAATTTGAGCTTTTGATTATTGCCACCTTCATTGATTATATTGGTGTTTTCTTCTTTAACTGATATTGGTGTAGGTGCTGGGTGAACTATTTATCCTCCTTTGTCTTCTGTTATTGGGCATGGAGGGGGAGGGATGGATTTTGCTATTTTTTCGTTACATTTAGCGGGAGCATCTTCCATTATAGGGGCTATTAATTTTATTTCTACAATTGTGAATATACGGTCTTTAGGGATAACAATGGAGCGGGTTCCTTTGTTTGTTTGGTCTGTATTAATTACGGCTATTTTATTGTTATTATCACTTCCAGTATTGGCGGGGGCTATCACTATATTATTGACCGATCGGAATTTTAATACTTCTTTTTTTGATCCGGCAGGGGGAGGGGATCCAATTTTATTTCAACATTTATTT
Araneae (Spiders)
- Actinopodidae
- Anamidae
- Araneae fam. indet.
- Araneidae
- Archaeidae
- Arkyidae
- Barychelidae
- Cheiracanthiidae
- Clubionidae
- Corinnidae
- Deinopidae
- Desidae
- Dictynidae
- Filistatidae
- Gnaphosidae
- Halonoproctidae
- Hersiliidae
- Idiopidae
- Lamponidae
- Linyphiidae
- Lycosidae
- Mimetidae
- Miturgidae
- Mysmenidae
- Nicodamidae
- Oecobiidae
- Oonopidae
- Oxyopidae
- Philodromidae
- Pisauridae
- Prodidomidae
- Salticidae
- Scytodidae
- Segestriidae
- Selenopidae
- Sparassidae
- Symphytognathidae
- Tetrablemmidae
- Theridiidae
- Thomisidae
- Trachelidae
- Trachycosmidae
- Trochanteriidae
- Uloboridae
- Zodariidae
- Zoropsidae
All classes
- Arachnida
- Crustacea
- Gastropoda
- Insecta
- Orthoptera - Caelifera (Grasshoppers)
- Hymenoptera excl. Formicidae (bees and wasps)
- Blattodea s. str. (Cockroaches)
- Coleoptera (Beetles)
- Dermaptera (earwigs)
- Diptera (flies, mosquitos)
- Entomobryomorpha (slender springtails)
- Hemiptera - Heteroptera (True Bugs)
- Hemiptera - Sternorrhyncha (aphids, scales etc.)
- Hemiptera - Auchenorrhyncha (cicadas, planthoppers)
- Hymenoptera - Formicidae (Ants)
- Trichoptera (Caddisflies)
- Zygentoma (silverfish)
- Myriapoda