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  • Home
  • About iDigBio and the AR Collection Card Project
  • ARPEO Project
  • PROJECT REPORT 2022
  • Macrofungi: The Daisy Earthstar
    • New England Vascular Plants: The Cardinal Flower
    • Take a Closer Look: Reindeer moss
    • Take a Closer Look: Daisy Earthstars
  • The Consortia of North American Lichens and Bryophytes: Greygreen Reindeer Lichen
    • Keys to the Cabinet: SE Plants: The White-topped Pitcher Plant
  • Invertnet Collection Network: The Thorn Bug
    • Take a Closer Look: Thorn Bug Treehopper
  • Paleoniches: Brachiopods
  • Ammonite
  • iDigBio: Channel Catfish
  • Great Lakes Invasive Network: Zebra mussel
  • Tri-Trophic Thematic Collection Network: Stink Bug Parasitoid
  • Macroalgal: Elk Kelp
  • Insect Fossils: Tsetse Fly
  • SCAN: Earth-boring Scarab Beetle
  • InvertEBase: Carolina Mantis
  • EPICC: Fossil Crab
  • Animal Communication: Ruby-throated Hummingbird
  • Poweshiek Skipperling
  • RINGTAIL
  • Tarantula Hawk
    • Take a Closer Look: at the Tarantula Hawk
  • Sonoran Mantid
  • California Leaf-nosed Bat
    • Take a Closer Look: Bat Wings
  • Pipevine Swallowtail
    • Plants to attract Pipevine Swallowtails
  • Desert Hairy Scorpion
  • Gila Monster
  • Ocotillo
  • California Poppy
  • Anna's hummingbird
    • Plants to attract Hummingbirds
  • Monarch
    • Plants to attract Monarchs
  • Bumblebee
    • Plants to Attract Bumblebees
  • White-nosed coati
  • Asian Long-horned beetle
    • ALB Life Cycle
  • Learning Resources
    • Latitude and Longitude Game
  • Special Thanks
  • Give Us Your Feedback!
  • Contact Us
  • Specimen Cards
  • PRIVACY POLICY
  • Skull 8

Brachiopods: Did you know?

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Hebertella occidentalis and Glyptorthis insculpta
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Brachiopods are a type of marine animal with two external shells. Although superficially similar to the clams (bivalves), the two groups of animals actually have very different internal anatomy and shell composition. (To learn more about the morphology or structure of the brachiopod click here. )

During the Ordovician radiation, the level of biodiversity increased  as brachiopods became  dominant during  the Paleozoic Era.  During this period brachiopods filled ecological niches as filter feeders, reef builders, epibionts, and others. Brachiopods exist today in greatly reduced numbers and are typically found in very cold or very deep water.

Invasive Brachiopods

Specimens of Glyptorthis insculpta appear in the Late Ordovician outcrops of the Cincinnati region as part of the Richmondian Invasion, a regional immigration event that brought in more than 60 new species to the Cincinnnati basin and fundamentally altered the ecosystem. Glyptorthis specimens closely resemble specimens of the native generalist Hebertella occidentalis and invader Plaesiomys subsquadrata and would likely have competed for resources with these closely related species. 

Glyptorthis insculpta:  Late Ordovician Waynesville Formation; Caesar Creek Dam Spillway, OH 39°28’49”N, 84°03’25” W  

Hebertella occidentalis:  Late Ordovician Whitewater Formation; Cowan Lake Area, OH 39° 23' 22" N, 83° 55' 38" W
Credits: 

Project's Library of Life Lead: Alycia Stigall
Page Image: Abyssal on Wikimedia

More information:

PaleoNICHES
www.digitalatlasofancientlife.org

Digital Atlas of Ancient Life App
https://itunes.apple.com/us/app/digital-atlas-ancient-life/id971829286?mt=8
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Digitized Brachiopoda specimens in biological collections.
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