Anthocharidini

Marbles and Orangetips

Anthocharidini is a tribe of in the , commonly known as marbles and orangetips. The tribe includes such as Anthocharis and Euchloe in North America. studies have revealed complex speciation patterns among North Anthocharis , with four distinct species groups showing varying levels of genetic divergence and different evolutionary .

Anthocharis thoosa by no rights reserved, uploaded by Robbie Hannawacker. Used under a CC0 license.Anthocharis thoosa by no rights reserved, uploaded by Robbie Hannawacker. Used under a CC0 license.Anthocharis thoosa by no rights reserved, uploaded by Robbie Hannawacker. Used under a CC0 license.

Pronunciation

How to pronounce Anthocharidini: //ˌænθoʊkəˈrɪdɪnaɪ//

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Identification

often exhibit orange or coloration, with some showing distinctive orange on . of Anthocharis species can be identified to species group by fifth and pupal cone curvature. (mitochondrial COI) reliably separates most species groups, though some recently diverged species pairs may show overlapping barcode variation.

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Distribution

Widespread across the Northern Hemisphere. North representatives include: the lanceolata and sara groups in western North America; the cethura group in southwestern North America; and the midea group ranging from northeastern USA south to Hidalgo, Mexico.

Life Cycle

Fifth and pupal cone curvature serve as diagnostic morphological characters for identification in Anthocharis.

Similar Taxa

  • PieriniAnother tribe in Pierinae; Anthocharidini distinguished by characteristic larval and pupal and often by orange or markings

More Details

Speciation patterns in North American Anthocharis

barcode studies reveal four groups with distinct evolutionary : (1) lanceolata group with deepest divergence (~2.7% between species); (2) sara group with three well-defined species and notable intraspecific divergence in A. thoosa; (3) cethura group with minimal divergence, treated as single variable species; (4) midea group showing north-south barcode gradient suggesting recent vicariant speciation with incomplete genetic separation

Sources and further reading