Publication director:
 Serge Kreiter

 2014 Impact factor:

 print: 0044-586-X
 online: 2107-7207
  •   © Acarologia, 2009-2016

     Alain Migeon

  • CBGP Home page

  • A new Tuckerella (Prostigmata: Tetranychoidea; Tuckerellidae) from Australia with description of all stages and a discussion of the tritonymphal stage

    Beard, J.J. and Walter, D.E.

    2005 - Volume: 45 Issue: 1 pages: 49-60

    Date accepted: 2004-12, Date published: 2005-06-30

        ( 5.27 Mo)   

    Download this citation to view with your favorite bibliography software:

    with abstract as RIS  (Zotero, Endnote, Reference Manager, ProCite, RefWorks, Mendeley)
    without abstract as RIS  (Zotero, Endnote, Reference Manager, ProCite, RefWorks, Mendeley)
    BIB  (Zotero, BibTeX)
    TXT  (PubMed, Txt)

    Keywords: Australian; Tetranychoidea; spider mites; tritonymph; Tuckerella; Tuckerellidae

    We describe all stages of a new species of Tuckerella (Tuckerellidae) and offer proof of the existence of the tritonymphal stage within the family. Individuals of T. revelata sp. nov. were found inhabiting living insect galls formed on seed pods of Acacia burrowii (Mimosaceae) in Queensland, Australia. Based on the relative positions of the setae in the d series and e series, we suggest the presence of 6 setae in the d series (instead of 5) and 3 setae in the e series (instead of 4). The setae inserted in a caudal row on the dorsum of all post larval stages are inserted in a very different pattern in the larva. Only setae h2, h4, h5, h7 are inserted on a narrow dorsal shield along the posterior margin of the body, whereas setae hl, h3, h6, h8 are inserted on the venter in a transverse row posterior to the anus. During the first moult from larva to protonymph, seta h8 changes from leaf like to flagellate, and seta h3 changes from flagellate to leaf like. Our analysis of the addition of leg setae and the setae in the genital region supported the hypothesis of three post larval developmental stages. An alternative hypothesis of sexually dimorphic deutonymphs that the stage currently recognised as the tritonymph is the female deutonymph, and the stage currently recognised as the deutonymph is the male deutonymph, is not supported by our data.

    Photos: Varroa destructor (Varroidae) on a honey bee. Low temperature -Scanning electron microscopy photograph. Material collected and fixed for LT-SEM: J. Pettis, USDA-ARS-Bee Lab. and R. Ochoa, USDA-ARS-SEL; LT-SEM photo: E. Erbe and C. Pooley, USDA-ARS-CEMU © USDA; Petrobia harti (Tetranychidae) © INRA - Alain Migeon; Dermanyssus gallinae (Dermanysssidae) © Ecole Nationale Vétérinaire de Lyon – Lise Roy; Adult Ixodes sp. (Ixodidae) engorging on an Atlantic puffin Fratercula arctica © Andy Darrington; Panonychus ulmi (Tetranychidae): hatching of a winter egg © Université de Lausanne – Centre de microscopie électronique – Cazelles

    © 2009-2016 ACAROLOGIA. All rights reserved.