Information about Thyreophora
| Thyreophorans Fossil range: Jurassic-Cretaceous | ||||||||||||
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| Infraorders | ||||||||||||
The Thyreophora ("shield bearers", often known simply as "armored dinosaurs" - Greek: θυρεος, a large oblong shield, like a door and φορεω, I carry) were a subgroup of the ornithischian dinosaurs. They were armored herbivorous dinosaurs, living from the early Jurassic until the end of the Cretaceous.
Thyreophorans include well-known suborders such as the Ankylosauria and Stegosauria as well as lesser known groups. Among the Ankylosauria, the two main groups are the Ankylosaurids and Nodosaurids. The clade has been defined as the group consisting of all species more closely related to Ankylosaurus than to Triceratops. The Thyreophora are the sistergroup of the Cerapoda within the Genasauria.
Ankylosaurids are noted by the presence of a large tail club composed of distended vertebrae that have fused into a single mass. They were heavy-set and heavily armored from head to tail in bony armor, even down to minor features such as the eyelids. Spikes and nodules, often of horn, were set into the armor. The head was flat, stocky, with little or no "neck", roughly shovel-shaped and characterized by two spikes on either side of the head approximately where the ears and cheeks were. Euoplocephalus tutus is perhaps the most well-known ankylosaurid.
Nodosaurids, the other family in the Ankylosauria, may actually include the ancestors of the ankylosaurids. They lived during the middle Jurassic (approx 170 mya) on up through the late Cretaceous (65 mya) and, while equally armored as the ankylosaurids, do not have a tail club. Instead, the bony bumps and spikes that covered the rest of their body continued out to the tail and/or were augmented with sharp spines. Two examples of nodosaurs are Sauropelta and Edmontonia, the latter most notable for its formidable forward-pointing shoulder spikes.
The Stegosauria are comprised of the Stegosauridae and Huayangosauridae and lived mostly from the Middle to Late Jurassic, although some fossils have been found in the Early Cretaceous.
Taxonomy
- SUBORDER THYREOPHORA
- ?Tatisaurus
- Scutellosaurus
- Eurypoda
- ?Brachypodosaurus
- ?Lusitanosaurus
- Infraorder Stegosauria
- Emausaurus
- Family Huayangosauridae
- Family Stegosauridae
- Infraorder Ankylosauria
- Family Scelidosauridae
- Bienosaurus
- Scelidosaurus
- Minmi
- Antarctopelta
- Family Nodosauridae
- Family Ankylosauridae
"Tyreophorus"
"Tyreophorus" is an informal generic name, attributed to Friedrich von Huene, 1929, that is sometimes seen in lists of dinosaurs. It is probably a typographical error; von Huene intended to assign indeterminate remains to Thyreophora incertae sedis, but at some point in the process of publication, the text was revised to make it appear that he was creating a new generic name "Tyreophorus" (as described by George Olshevsky in a 1999 post to the Dinosaur Mailing List). The name is undescribed and has not been used seriously.References
- Von Huene, F. Revista De Museo De La Plata (1929). (on "Tyreophorus")
- George Olshevsky. Re: What are these dinosaurs. Retrieved on 2007-01-29. (on "Tyreophorus")
The Jurassic Period is a major unit of the geologic timescale that extends from about 199.6 ± 0.6 Ma (million years ago) to 145.4 ± 4.0 Ma, the end of the Triassic to the beginning of the Cretaceous.
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The Cretaceous Period is one of the major divisions of the geologic timescale, reaching from the end of the Jurassic Period (i.e. from 145.5 ± 4.0 million years ago (Ma)) to the beginning of the Paleocene epoch of the Tertiary Period (about 65.5 ± 0.3 Ma).
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Mymoorapelta
Species: M. maysi
Binomial name
Mymoorapelta maysi
Kirkland et Carpenter, 1994
Mymoorapelta
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Species: M. maysi
Binomial name
Mymoorapelta maysi
Kirkland et Carpenter, 1994
Mymoorapelta
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Scientific classification or biological classification is a method by which biologists group and categorize species of organisms. Scientific classification also can be called scientific taxonomy, but should be distinguished from folk taxonomy, which lacks scientific basis.
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Chordata
Bateson, 1885
Typical Classes
See below
Chordates (phylum Chordata) are a group of animals that includes the vertebrates, together with several closely related invertebrates.
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Bateson, 1885
Typical Classes
See below
Chordates (phylum Chordata) are a group of animals that includes the vertebrates, together with several closely related invertebrates.
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Sauropsida*
Goodrich, 1916
Subclasses
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Goodrich, 1916
Subclasses
- Anapsida
- Diapsida
- Reptilia Laurenti, 1768
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Dinosauria *
Owen, 1842
Orders & Suborders
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Owen, 1842
Orders & Suborders
- Ornithischia
- Cerapoda
- Thyreophora
- Saurischia
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Ornithischia
Seeley, 1888
Suborders
Ornithischia or Predentata is an order of beaked, herbivorous dinosaurs.
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Seeley, 1888
Suborders
- Cerapoda
- Thyreophora
Ornithischia or Predentata is an order of beaked, herbivorous dinosaurs.
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order (Latin: ordo, plural ordines) is a rank between class and family (termed a taxon at that rank). The superorder is a rank between class and order. Exact details of formal nomenclature depend on the Nomenclature Code which applies.
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Ankylosauria
Osborn, 1923
Families
Ankylosauridae
Nodosauridae
Ankylosauria is a group of herbivorous dinosaurs of the order Ornithischia.
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Osborn, 1923
Families
Ankylosauridae
Nodosauridae
Ankylosauria is a group of herbivorous dinosaurs of the order Ornithischia.
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Stegosauria
Marsh, 1877
Families
Huayangosauridae
Stegosauridae
Known colloquially as stegosaurs, the Stegosauria are a group of herbivorous dinosaurs of the Jurassic and Early Cretaceous Periods, being found mostly in the Northern
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Marsh, 1877
Families
Huayangosauridae
Stegosauridae
Known colloquially as stegosaurs, the Stegosauria are a group of herbivorous dinosaurs of the Jurassic and Early Cretaceous Periods, being found mostly in the Northern
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Ancient Greek refers to the second stage in the history of the Greek language[1] as it existed during the Archaic (9th–6th centuries BC) and Classical (5th–4th centuries BC) periods in Greece.
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Ornithischia
Seeley, 1888
Suborders
Ornithischia or Predentata is an order of beaked, herbivorous dinosaurs.
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Seeley, 1888
Suborders
- Cerapoda
- Thyreophora
Ornithischia or Predentata is an order of beaked, herbivorous dinosaurs.
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Dinosauria *
Owen, 1842
Orders & Suborders
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Owen, 1842
Orders & Suborders
- Ornithischia
- Cerapoda
- Thyreophora
- Saurischia
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Armour (or armor) in animals is external or superficial protection against attack by predators, formed as part of the body (rather than the behavioural use of protective external objects), usually through the hardening of body tissues, outgrowths or secretions.
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Herbivory is a form of predation in which an organism known as an herbivore, consumes principally autotrophs[1] such as plants, algae and photosynthesizing bacteria.
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The Jurassic Period is a major unit of the geologic timescale that extends from about 199.6 ± 0.6 Ma (million years ago) to 145.4 ± 4.0 Ma, the end of the Triassic to the beginning of the Cretaceous.
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The Cretaceous Period is one of the major divisions of the geologic timescale, reaching from the end of the Jurassic Period (i.e. from 145.5 ± 4.0 million years ago (Ma)) to the beginning of the Paleocene epoch of the Tertiary Period (about 65.5 ± 0.3 Ma).
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Ankylosauria
Osborn, 1923
Families
Ankylosauridae
Nodosauridae
Ankylosauria is a group of herbivorous dinosaurs of the order Ornithischia.
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Osborn, 1923
Families
Ankylosauridae
Nodosauridae
Ankylosauria is a group of herbivorous dinosaurs of the order Ornithischia.
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Stegosauria
Marsh, 1877
Families
Huayangosauridae
Stegosauridae
Known colloquially as stegosaurs, the Stegosauria are a group of herbivorous dinosaurs of the Jurassic and Early Cretaceous Periods, being found mostly in the Northern
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Marsh, 1877
Families
Huayangosauridae
Stegosauridae
Known colloquially as stegosaurs, the Stegosauria are a group of herbivorous dinosaurs of the Jurassic and Early Cretaceous Periods, being found mostly in the Northern
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Ankylosauridae
Brown, 1908
Genera
See text.
An ankylosaurid is a member of the Ankylosauridae family of armored dinosaurs that evolved 125 million years ago (along with another family of ankylosaurs, the Nodosauridae) and became extinct
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Brown, 1908
Genera
See text.
An ankylosaurid is a member of the Ankylosauridae family of armored dinosaurs that evolved 125 million years ago (along with another family of ankylosaurs, the Nodosauridae) and became extinct
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Nodosauridae
Marsh, 1890
Genera
See text.
Nodosauridae is a family of ankylosaurian dinosaurs, from the Cretaceous Period of what are now North America, Asia, Australia, Antarctica and Europe.
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Marsh, 1890
Genera
See text.
Nodosauridae is a family of ankylosaurian dinosaurs, from the Cretaceous Period of what are now North America, Asia, Australia, Antarctica and Europe.
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Ankylosaurus
Species: A. magniventris
Binomial name
Ankylosaurus magniventris
Brown, 1908
Ankylosaurus
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Species: A. magniventris
Binomial name
Ankylosaurus magniventris
Brown, 1908
Ankylosaurus
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Triceratops
Marsh, 1889
Species
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Marsh, 1889
Species
- T. horridus (type)
- T. prorsus Marsh, 1890
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Cerapoda
Sereno, 1986
Infraorders
Cerapoda is a clade or suborder of the order Ornithischia. They are the sister group of the Thyreophora within the clade Genasauria.
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Sereno, 1986
Infraorders
- Ceratopsia
- Ornithopoda
- Pachycephalosauria
Cerapoda is a clade or suborder of the order Ornithischia. They are the sister group of the Thyreophora within the clade Genasauria.
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The Vertebral Column (singular: vertebra) are the individual irregular bones that make up the spinal column (aka ischis) — a flexuous and flexible column.
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Keratins are a family of fibrous structural proteins; tough and insoluble, they form the hard but nonmineralized structures found in reptiles, birds, amphibians and mammals. They are rivaled as biological materials in toughness only by chitin.
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Tatisaurus
Simmons, 1965
Species
T. oehleri Simmons, 1965 (type)
Tatisaurus is the name given to a genus of dinosaur from the Early Jurassic from the Lower Lufeng Formation in Yunnan Province in China.
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Simmons, 1965
Species
T. oehleri Simmons, 1965 (type)
Tatisaurus is the name given to a genus of dinosaur from the Early Jurassic from the Lower Lufeng Formation in Yunnan Province in China.
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