Publication director:
 Serge Kreiter
 kreiter@supagro.inra.fr

  •   © Acarologia, 2009-2014

    Webmaster:
     Alain Migeon
     migeon@supagro.inra.fr

  • CBGP Home page
  •  
  •  ISSN:
     print: 0044-586-X
     online: 2107-7207

    Plant-mediated aboveground-belowground interactions: the spider mite perspective

    Hoffmann D. and Schausberger P.

    2012 - Volume: 52 Issue: 1 pages: 17-27

    DOI: 10.1051/acarologia/20122040

    Date received: 2011-12-21, Date accepted: 2012-02-28, Date published: 2012-03-30



     PDF ( 0.22 Mo)  | Export this citation as RIS  to view with Endnote


    Keywords: Pathogen, symbiont, rhizosphere, Tetranychus urticae, predator, plant response, mycorrhiza, Phytoseiulus persimilis

    Research on aboveground-belowground interactions has recently experienced a boost. In spite of the relative prosperity of scientific literature featuring aboveground herbivorous arthropods involved in aboveground-belowground interactions, mites have so far been under-represented. To stimulate work with mites in this area, we summarize existing research on plant-mediated interactions of aboveground herbivorous mites and belowground plant-associated organisms. A literature search revealed 17 studies dealing with plant-inhabiting mites, all of which involve the two-spotted spider mite Tetranychus urticae. We categorize the studies according to the belowground biota associated with the mite's host plants, summarize the observed effects of the belowground organisms on the aboveground mites and discuss possible interaction mechanisms. The paucity of existing studies does not yet allow one to draw general conclusions but it is apparent that these aboveground-belowground interactions are strongly context-dependent and vary among plant species and species of belowground biota. In conclusion, we argue that the wealth of knowledge on the behavior, ecology, physiology, and genetic make-up of T. urticae and its natural enemies, and ability to easily rear and perform experimental studies on this species at various spatial scales and organizational levels, make these plant-inhabiting mites perfectly-suited model organisms for future research on aboveground-belowground interactions.



    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

    © 2009-2014 ACAROLOGIA. All rights reserved.