Skip to content
EntityQ4797674· pop 11· linked from 42 articles

Arthropleuridea

Sign in to save

Arthropleuridea, from Ancient Greek ἄρθρον (árthron), meaning "joint", and πλευρά (pleurá), meaning "rib", is an extinct subclass of myriapod arthropods that flourished during the Carboniferous period, having first arisen during the Silurian, and perishing in the Early Permian. Members are characterized by possessing diplosegement (fused "double segments", as in modern-day millipedes) paranotal tergal lobes separated from the body axis by a suture, and by sclerotized plates buttressing the leg insertions. Despite their unique features, recent phylogenetic research suggests Arthropleuridea be i

Wikidata facts

Image
Arthropleura 1914.jpg
Show 4 more facts
taxon name
Arthropleuridea
Commons category
Arthropleuridea
start time
423000000-
end time
299000000-
Sources (1)

via Wikidata · CC0

~4 min read

Article

5 sections
Contents
  • Paleobiology
  • Distribution and size
  • Classification and placement
  • See also
  • References

Arthropleuridea, from Ancient Greek ἄρθρον (árthron), meaning "joint", and πλευρά (pleurá), meaning "rib", is an extinct subclass of myriapod arthropods that flourished during the Carboniferous period, having first arisen during the Silurian, and perishing in the Early Permian. Members are characterized by possessing diplosegement (fused "double segments", as in modern-day millipedes) paranotal tergal lobes separated from the body axis by a suture, and by sclerotized plates buttressing the leg insertions. Despite their unique features, recent phylogenetic research suggests Arthropleuridea be included among millipedes in the class Diplopoda. The subclass contains three or two recognized orders, each with a single genus.

==Paleobiology== Arthropleurids lived in the moist coal swamps that were common at the time and may have burrowed in the undergrowth. They were either herbivores or detritivores. Besides their size, their most distinguishing features were their legs with eight segments (as many as 30 pairs) and extremely tough exoskeletons. There is no evidence of spiracles, so the animals must have used lungs or gills for respiration.

Available in 9 languages

via Wikidata sitelinks · CC0

Connections

Categories