Eotetranychus querci Reeves, 1963

Classification

Tetranychidae - Tetranychinae - Tetranychini - Eotetranychus

Accepted name

Eotetranychus querci Reeves, 1963. Reeves (1963): 40.

Original description

Eotetranychus querci Reeves, 1963. Reeves (1963): 40.

Type host: Betula pubescens, Quercus palustris, Quercus rubra. Type distribution: United States.

Summary

  • Nomenclature
  • Identification
  • Host plants
  • Distribution
  • Literature
  • Distribution Map (opens a new window) or Country level or TDWG level 4

    • External databases

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  • View GenBank data

    • Nomenclature and taxonomy

         Eotetranychus querci Reeves, 1963. Valid nomenclatural act Reeves (1963): 40. Type host: Betula pubescens, Quercus palustris, Quercus rubra. Type distribution: United States.

    Identification tools
    Original description and illustration literature
    [Original description] Reeves (1963)

    Host plants (4 plants, 3 references)
    Distribution of host plant reports by order
    The colors of the plant orders follow the classification system of The Plant Phylogeny Project, ranging from Lycopodiales to Dipsacales (hover to display the orders).

    List of host plants by family


    Betulaceae: Betula pubescens Reeves (1963)
    Fagaceae: Quercus palustris Reeves (1963) Quercus rubra Reeves (1963)
    Malvaceae: Tilia japonica Ehara (1970) Matsuda et al. (2014)

    Distribution (2 countries, 3 references)


    Nearctic: United States Reeves (1963)
    Palearctic: Japan Ehara (1970) Matsuda et al. (2014)

    Literature (3 references in chronological order)


    Reeves (1963) Tetranychidae infesting woody plants in New York State, and a life history study of the elm mite Eotetranychus matthyssei n. sp.. Cornell University Agricultural Station Mem.: 99 p [description; distribution; host]
    Ehara (1970) Four Species of the Carpini Complex of Eotetranychus in Japan (Acarina : Tetranychidae). The Journal of the Faculty of Education, Tottori University, Natural Science, 21: 132-141 [distribution; host]
    Matsuda et al. (2014) Phylogenetic analysis of the spider mite sub-family Tetranychinae (Acari: Tetranychidae) based on the mitochondrial COI gene, the 18S and the 5 end of the 28S rRNA genes indicates that several genera are polyphyletic. Plos One, 9: e108672 [distribution; host]