Clastoptera querci

Thompson, Halbert & Rothschild, 2020

Clastoptera querci is a of in the , described in 2020. The specific epithet "querci" indicates an association with oak (Quercus), suggesting a relationship with oak trees. As a member of the spittlebug superfamily , this species shares the characteristic nymphal habit of producing protective foam masses on host plants. The Clastoptera is the primary genus within its family and is distributed across North America.

Clastoptera querci by (c) Arturo Santos, some rights reserved (CC BY), uploaded by Arturo Santos. Used under a CC-BY license.Clastoptera querci by (c) Arturo Santos, some rights reserved (CC BY), uploaded by Arturo Santos. Used under a CC-BY license.

Pronunciation

How to pronounce Clastoptera querci: /klæstɒptɪrə kwɛrki/

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Identification

Distinguished from other Clastoptera by genitalic characters and association with oak. are small, compact typical of the , with reduced . The specific epithet "querci" distinguishes this species as oak-associated. Positive identification requires examination of male or molecular analysis.

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Habitat

Associated with oak trees (Quercus spp.), suggesting woodland and forest where oaks are present.

Distribution

Described from material in the southeastern United States; precise range requires further documentation. The Clastoptera is broadly distributed across North America.

Diet

feed on xylem sap from oak plants. likely continue feeding on sap.

Host Associations

  • Quercus - primary Specific epithet indicates oak association; develop on oak trees

Life Cycle

Undergoes with , , and stages. Nymphs produce characteristic spittle masses—foam produced from secretions mixed with air—that protect them from desiccation and while feeding on xylem.

Ecological Role

As xylem feeders, and extract dilute sap from oak trees. The spittle masses produced by nymphs may serve as microhabitats for other organisms.

Similar Taxa

  • Clastoptera obtususCongeneric ; also recorded as of the Clitemnestra bipunctata; distinguished by preferences and genitalic
  • Other Clastoptera species contains multiple oak-feeding ; reliable identification requires examination of or molecular markers

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