Fossil Invertebrates
This site provides links to Internet resources on fossil
invertebrates (animals without backbones), which are
the most commonly collected fossils. Included are
microfossils as well as major invertebrate groups such as
corals, bryozoans, brachiopods, molluscs, crinoids,
insects, and the ever-popular trilobites .
Glen J. Kuban
Contents
Invertebrates
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Bryozoa
- Covers recent and fossil bryozoa ("moss animals"). By
Phillip Bock, Royal Royal Melbourne Institute of Technology,
Victoria, Australia.
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Crinoids, the BioQuest Project
- Explores the relationships and environments of modern and
ancient crinoids (sea lilies).
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Fossil Chelicerates .
- By Lyall I. Anderson and colleagues of the University of Manchester
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Invertebrates at FMNH
- A searchable invertebrate paleontology type specimen collection
at the Florida Museum of Natural History.
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Mollia
- A site devoted to malacologists, paleontologists and biologists
who study molluscs, including gastropods (snails), pelecypods (clams
and oysters), cephalopds (ammonies, nautiloids, etc.) and related
animals.
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Molloscs On-line. .
_ Links to Internet resources on molluscs.
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Ordovician invertebrates
- Images and descriptions of invertebrate fossils collected
from the Trentonian Galena and Maquoketa formations in
Wisconsin, by Jeremy Shaw of the University of Wisconsin.
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Steve Kurth's Fossils of New Jersey
- Includes images of fossil insects in amber.
Ontongeny of the Trilobites by Rudy Lerosey-Aubril.
devoted to the development of these extinct arthropods.
Introduction to the Trilobites
Trilobites
- Features trilobites from paleontology graduate
student Andrew MacRae at the University of Calgary in Alberta, Canada.
Trilobite Cookies
- A recipe for yummy trilobite-shaped cookies. Crunch a bunch.
UCMP Invertebrates
- A searchable invertebrate paleontology type specimen collection
at the University of California's Museum of Paleontology.
Microfossils
Microfossils include any fossils too small to see clearly with the
naked eye. These include many groups of microscopic (often one-celled)
ancient organisms. Despite their small size, microfossils are important
in several areas of paleontology, including studies of stratigraphy,
paleoenvironments, and paleoclimates. Microfossils are often studied
in drill cores by the oil industry for producing biostratigraphic
correlations that help locate oil deposits.
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American Association of Stratigraphic Palynologists
The AASP is a professional organization for palynologists--
paleontologists who study ancient pollen. Includes
links to related sites.
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Canadian Association of Palynologists
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Diatoms
- Explores an interesting group of fossil microbes.
Sponsored by the Biology Department at Indiana State University.
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Marine Micropaleontology
- Information about this scientific journal for micropaleontologists,
with a listing of previous issues.
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Microscopy
- Microscopy resources on the world-wide web for K-16 teachers.
Includes useful links for teaching students about optical and
electron microscopy and their applications in science, including
paleontology.
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Microfossils
- Quaternary Foraminiferida and Ostracoda from the Gulf of St.
Lawrence, Canada.
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Nannoplankton
- Microscopic images and biostratigraphic information about
Mesozoic and Cenozoic calcareous nannoplankton fossils.
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Palynology
- Information about this scientific journal for palynologists with
on-line abstracts of previously published papers.
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Palynology at University of Calgary
- This site by Andrew MacRae of Alberta, Canada discusses the
the study if fossil pollen, spores, and algae,
and the information they provide about paleoenvironments.
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Pleistocene Algae
- By graduate student David Hills at the
University of Alberta in Edmonton, Canada. This site provides
information on crustose coralline algae from Pleistocene
lagoons in the Caribbean. Included are miucroscopic images.
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Quaternary Microfossils
- This site by Dr. Cyril Rodrigues at the University of Windsor
in Ontario, Canada includes electron microscope images of
Quaternary Foraminifera and Ostracods from the Gulf of St. Lawrence
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Radiolarian Biostratigraphy.
- This site, by Dr. Fabrice Cordey of the Geological Survey of Canada,
describes how radiolarian biostratigraphy is used to
study the geologic and tectonic evolution of the Canadian
Cordillera.
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UCMP Microfossils
- A searchable microfossil type specimen collection at the University of
California at Berkeley's Museum of Paleontology. Included is a small
foraminiferan catalog with scanning electron microscope images.