Grylloblatta chintimini

Marshall & Lytle, 2015

Marys Peak Ice Cricket, rock crawler

Grylloblatta chintimini is a of ( ) described in 2015 from Marys Peak in the Oregon Coast Range. It is one of the most recently described species in this relict , bringing the total number of Grylloblatta species to 15. The species occurs in a restricted alpine on persistent snowpack near the 1250 m summit. Like other grylloblattids, it is adapted to cold, moist environments and is considered a living fossil representing one of the most lineages of .

Pronunciation

How to pronounce Grylloblatta chintimini: //ˌɡrɪloʊˈblætə ˌkɪntɪˈmiːni//

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Identification

Grylloblatta chintimini is diagnosed from other Grylloblatta primarily by morphological characters of the male . Molecular sequences from the oxidase subunit II gene provide additional diagnostic characters and can aid identification of and female specimens where genitalia are not informative. The species can be differentiated from other Oregon, Washington, and California Grylloblatta species through these combined morphological and molecular approaches.

Habitat

Persistent snowpack near the 1250 m summit of Marys Peak in the Coast Range of Western Oregon. The is associated with alpine snowfield environments at this specific elevation.

Distribution

Known only from the locality at Marys Peak in the Coast Range of Western Oregon, United States. The has not been documented elsewhere.

Human Relevance

The has limited direct human relevance due to its restricted distribution and specialized alpine . It contributes to scientific understanding of diversity and the evolutionary of lineages. The 'Marys Peak Ice ' reflects local recognition of this species.

Similar Taxa

  • Grylloblatta rothiOccurs in the Oregon Cascades (Cultus Mountain); distinguished by male and COII gene sequences
  • Grylloblatta newberryensisDescribed in the same paper from Newberry Volcano in Central Oregon; associated with snowfields overlying geologically-young lava flows rather than alpine snowpack; separated by male and molecular characters

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Sources and further reading