Gyrophaena

Mannerheim, 1830

Gyrophaena is a of (: Aleocharinae) comprising more than 160 described . The genus is strongly associated with fungal fruiting bodies, particularly basidiomycete polypores and other wood-decaying on dead wood. Both and are mycophagous and develop within fungal substrates.

Gyrophaena by no rights reserved, uploaded by Nick Bédard. Used under a CC0 license.Gyrophaena stroheckeri by no rights reserved, uploaded by Nick Bédard. Used under a CC0 license.Gyrophaena stroheckeri by no rights reserved, uploaded by Nick Bédard. Used under a CC0 license.

Pronunciation

How to pronounce Gyrophaena: /dʒaɪrəˈfiːnə/

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Identification

Gyrophaena are small characterized by their compact, rounded body form and short typical of the . A to subgenera and species is available for regional faunas such as Ukraine. can be distinguished by their association with fungal fruiting bodies and specific morphological features described for several British species.

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Habitat

Strictly associated with fungal fruiting bodies, particularly basidiomycete polypores and other wood-decaying growing on dead wood. dependence has been documented for such as G. boleti.

Distribution

Widespread in the Palearctic region with records from Ukraine (21 ), the United , and Scandinavia (Denmark, Norway, Sweden). Some species have restricted ranges, such as G. nigra in the Carpathians and G. orientalis in southern steppe zones.

Diet

Mycophagous (-feeding). and feed on basidiomycete fungal tissues.

Host Associations

  • Basidiomycete fungi - food source and development siteParticularly polypores and other wood-decaying on dead wood
  • Fomitopsis pinicola - obligatory associationDocumented for G. boleti

Life Cycle

develop within fungal fruiting bodies. The larval stage is obligatory and mycophagous for at least some .

Behavior

Strongly philopatric to fungal fruiting bodies. and are consistently found in polypores and other basidiomycete fruiting bodies. Tergal gland system present and implicated in defensive or communicative functions.

Ecological Role

associated with wood-decaying in forest . Contributes to through consumption and processing of fungal tissues in dead wood .

Similar Taxa

  • Other Aleocharinae rove beetlesGyrophaena is distinguished by its compact body form and strict mycophagous habit; other aleocharines occupy diverse including soil, leaf litter, and nests

More Details

Taxonomic history

The was established by Mannerheim in 1830. Recent taxonomic revisions include new synonymy (G. nigra = G. manca) and new country records.

Regional diversity

Twenty-one are recorded from Ukraine, including five first records: G. joyi, G. joyioides, G. orientalis, G. pseudonana, and G. williamsi.

Sources and further reading