Brasema rhadinosa

Gibson, 1995

Brasema rhadinosa is a of chalcidoid in the Eupelmidae, described by Gibson in 1995. It belongs to a of wasps associated with insect . The species has been recorded from multiple states in the southeastern and eastern United States.

Brasema rhadinosa by no rights reserved, uploaded by Lyn Roueche. Used under a CC0 license.Brasema rhadinosa by no rights reserved, uploaded by Lyn Roueche. Used under a CC0 license.

Pronunciation

How to pronounce Brasema rhadinosa: /brəˈsiːmə rəˈdɪnoʊsə/

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Identification

Brasema rhadinosa can be distinguished from other Brasema by features established in the original description by Gibson (1995), including specific morphological characteristics of the and wing venation. Accurate identification requires examination of microscopic characters and comparison with type material.

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Distribution

United States: Alabama, Arkansas, California, Delaware, Florida. The disjunct distribution including California suggests either broader range than currently documented or potential misidentifications requiring verification.

Ecological Role

As a member of Eupelmidae, likely functions as a of insect or stages, though specific relationships for this have not been documented.

Similar Taxa

  • Brasema sp. (other species)Congeneric share general body plan and require detailed morphological examination for separation; B. rhadinosa is distinguished by specific antennal and wing characters described by Gibson (1995).
  • Other Eupelmidae generaMembers of Eupelmidae share -level characteristics including reduced wing venation and mesosoma structure; generic assignment requires examination of tarsal structure and other diagnostic features.

More Details

Taxonomic history

Described by Gary A.P. Gibson in 1995 as part of a revisionary study of the Brasema. The specific epithet 'rhadinosa' derives from Greek, referring to slender or tapering features.

Research needs

associations, complete distribution, and biological data remain undocumented for this . Field studies targeting potential hosts in recorded distribution states would advance understanding of its .

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Sources and further reading