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‘Dawn’ hexapods in Cenozoic ambers (Diplura: Campodeoidea)

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Abstract Diplura are an ancient group of basal (apterygote) hexapods that thrive in various cryptic terrestrial habitats. Despite an ancient origin that extends at least to the Devonian period, the dipluran fossil record is exceedingly sparse. Here, we document five very rare fossil specimens of the family Campodeidae in amber from the Miocene of the Dominican Republic and the Eocene of the Baltic region. Microscopic preservation in amber provides unique detail for taxonomic placement of small, delicate, soil- and leaf litter-dwelling organisms like these. New taxa include the following: in Lepidocampinae, Lepidocampa glaesi sp. nov. (in Dominican amber); and in Campodeinae, Litocampa eobaltica sp. nov. (in Baltic amber) and Rostricampa engeli gen. et sp. nov. (in Dominican amber). Rostricampa has an extraordinary rostrum formed by sclerotized extensions of the clypeus and, probably, the labium, unique among diplurans. These new taxa provide rare additional data on the fossil record of the earliest diverging lineages of the hexapods and shed light on their evolution and ecology.
Title: ‘Dawn’ hexapods in Cenozoic ambers (Diplura: Campodeoidea)
Description:
Abstract Diplura are an ancient group of basal (apterygote) hexapods that thrive in various cryptic terrestrial habitats.
Despite an ancient origin that extends at least to the Devonian period, the dipluran fossil record is exceedingly sparse.
Here, we document five very rare fossil specimens of the family Campodeidae in amber from the Miocene of the Dominican Republic and the Eocene of the Baltic region.
Microscopic preservation in amber provides unique detail for taxonomic placement of small, delicate, soil- and leaf litter-dwelling organisms like these.
New taxa include the following: in Lepidocampinae, Lepidocampa glaesi sp.
nov.
(in Dominican amber); and in Campodeinae, Litocampa eobaltica sp.
nov.
(in Baltic amber) and Rostricampa engeli gen.
et sp.
nov.
(in Dominican amber).
Rostricampa has an extraordinary rostrum formed by sclerotized extensions of the clypeus and, probably, the labium, unique among diplurans.
These new taxa provide rare additional data on the fossil record of the earliest diverging lineages of the hexapods and shed light on their evolution and ecology.

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