Faster access than browser!Similarities between Parareptilia and Sauropsida
Parareptilia and Sauropsida have 39 things in common (in Unionpedia): Alfred Romer, Amniote, Araeoscelidia, Archosauriformes, Archosauromorpha, Captorhinidae, Choristodera, Clade, Claudiosaurus, Diapsid, Eunotosaurus, Eureptilia, Hallucicrania, Lepidosauromorpha, Millerettidae, Molecular phylogenetics, Neodiapsida, Odontochelys, Paleothyris, Paleozoic, Paraphyly, Parareptilia, Pareiasauromorpha, Permian, Placodont, Procolophonia, Procolophonoidea, Proganochelys, Reptile, Rhynchosaur, ..., Romeriida, Sauropterygia, Sinosaurosphargis, Synapsid, Tree of Life Web Project, Trilophosaurus, Turtle, Vertebrate Paleontology (Romer), Younginiformes. Expand index (9 more) »
Alfred Romer
Alfred Sherwood Romer (December 28, 1894 – November 5, 1973) was an American paleontologist and biologist and a specialist in vertebrate evolution.
Alfred Romer and Parareptilia · Alfred Romer and Sauropsida ·
Amniote
Amniotes (from Greek ἀμνίον amnion, "membrane surrounding the fetus", earlier "bowl in which the blood of sacrificed animals was caught", from ἀμνός amnos, "lamb") are a clade of tetrapod vertebrates comprising the reptiles, birds, and mammals.
Amniote and Parareptilia · Amniote and Sauropsida ·
Araeoscelidia
Araeoscelidia or Araeoscelida is a clade of extinct diapsid reptiles superficially resembling lizards, extending from the Late Carboniferous to the Early Permian.
Araeoscelidia and Parareptilia · Araeoscelidia and Sauropsida ·
Archosauriformes
Archosauriformes (Greek for 'ruling lizards', and Latin for 'form') is a clade of diapsid reptiles that developed from archosauromorph ancestors some time in the Late Permian (roughly 250 million years ago).
Archosauriformes and Parareptilia · Archosauriformes and Sauropsida ·
Archosauromorpha
Archosauromorpha (Greek for "ruling lizard forms") is a clade (or infraclass) of diapsid reptiles that first appeared during the middle Permian and became more common during the Triassic.
Archosauromorpha and Parareptilia · Archosauromorpha and Sauropsida ·
Captorhinidae
Captorhinidae (also known as cotylosaurs) is one of the earliest and most basal reptile families, all members of which are extinct.
Captorhinidae and Parareptilia · Captorhinidae and Sauropsida ·
Choristodera
Choristodera is an extinct order of semiaquatic diapsid reptiles that ranged from the Middle Jurassic, or possibly Late Triassic, to at least the early Miocene.
Choristodera and Parareptilia · Choristodera and Sauropsida ·
Clade
A clade (from κλάδος, klados, "branch"), also known as monophyletic group, is a group of organisms that consists of a common ancestor and all its lineal descendants, and represents a single "branch" on the "tree of life".
Clade and Parareptilia · Clade and Sauropsida ·
Claudiosaurus
Claudiosaurus is an extinct genus of diapsid reptile from the Permian period of Madagascar.
Claudiosaurus and Parareptilia · Claudiosaurus and Sauropsida ·
Diapsid
Diapsids ("two arches") are a group of amniote tetrapods that developed two holes (temporal fenestra) in each side of their skulls about 300 million years ago during the late Carboniferous period.
Diapsid and Parareptilia · Diapsid and Sauropsida ·
Eunotosaurus
Eunotosaurus is an extinct genus of reptile, possibly a close relative of turtles, from the late Middle Permian (Capitanian stage) Karoo Supergroup of South Africa.
Eunotosaurus and Parareptilia · Eunotosaurus and Sauropsida ·
Eureptilia
Eureptilia ("true reptiles") is one of the two major clades of the Sauropsida, the other being Parareptilia.
Eureptilia and Parareptilia · Eureptilia and Sauropsida ·
Hallucicrania
Hallucicrania is an extinct clade of procolophonomorph parareptiles from the early Cisuralian epoch (middle Sakmarian stage) to the latest Triassic period (latest Rhaetian stage) of Africa, Antarctica, Asia, Australia, Europe, North America and South America.
Hallucicrania and Parareptilia · Hallucicrania and Sauropsida ·
Lepidosauromorpha
Lepidosauromorpha is a group of reptiles comprising all diapsids closer to lizards than to archosaurs (which include crocodiles and birds).
Lepidosauromorpha and Parareptilia · Lepidosauromorpha and Sauropsida ·
Millerettidae
Millerettidae is an extinct family of parareptiles from the Middle Permian to the Late Permian period (Capitanian - Changhsingian stages) of South Africa.
Millerettidae and Parareptilia · Millerettidae and Sauropsida ·
Molecular phylogenetics
Molecular phylogenetics is the branch of phylogeny that analyzes genetic, hereditary molecular differences, predominately in DNA sequences, to gain information on an organism's evolutionary relationships.
Molecular phylogenetics and Parareptilia · Molecular phylogenetics and Sauropsida ·
Neodiapsida
Neodiapsida is a clade, or major branch, of the reptilian family tree and includes all diapsids apart from some early primitive types known as the araeoscelidians.
Neodiapsida and Parareptilia · Neodiapsida and Sauropsida ·
Odontochelys
Odontochelys semitestacea (meaning "toothed turtle with a half-shell") is a Late Triassic relative of turtles.
Odontochelys and Parareptilia · Odontochelys and Sauropsida ·
Paleothyris
Paleothyris was a small, agile, anapsid romeriidan reptile which lived in the Middle Pennsylvanian epoch in Nova Scotia (approximately 312 to 304 million years ago).
Paleothyris and Parareptilia · Paleothyris and Sauropsida ·
Paleozoic
The Paleozoic (or Palaeozoic) Era (from the Greek palaios (παλαιός), "old" and zoe (ζωή), "life", meaning "ancient life") is the earliest of three geologic eras of the Phanerozoic Eon.
Paleozoic and Parareptilia · Paleozoic and Sauropsida ·
Paraphyly
In taxonomy, a group is paraphyletic if it consists of the group's last common ancestor and all descendants of that ancestor excluding a few—typically only one or two—monophyletic subgroups.
Paraphyly and Parareptilia · Paraphyly and Sauropsida ·
Parareptilia
Parareptilia ("at the side of reptiles") is a subclass or clade of reptiles which is variously defined as an extinct group of primitive anapsids, or a more cladistically correct alternative to Anapsida.
Parareptilia and Parareptilia · Parareptilia and Sauropsida ·
Pareiasauromorpha
Pareiasauromorpha is a group of parareptilian amniotes from the Permian.
Parareptilia and Pareiasauromorpha · Pareiasauromorpha and Sauropsida ·
Permian
The Permian is a geologic period and system which spans 47 million years from the end of the Carboniferous Period million years ago (Mya), to the beginning of the Triassic period 251.902 Mya.
Parareptilia and Permian · Permian and Sauropsida ·
Placodont
Placodonts ("Tablet teeth") is an extinct order of marine reptiles that lived during the Triassic period, becoming extinct at the end of the period.
Parareptilia and Placodont · Placodont and Sauropsida ·
Procolophonia
The Procolophonia are a suborder of herbivorous reptiles that lived from the Middle Permian till the end of the Triassic period.
Parareptilia and Procolophonia · Procolophonia and Sauropsida ·
Procolophonoidea
Procolophonoidea is an extinct superfamily of procolophonian parareptiles.
Parareptilia and Procolophonoidea · Procolophonoidea and Sauropsida ·
Proganochelys
Proganochelys quenstedti, identified as a primitive turtle, is an extinct genus that has been hypothesized to be the sister taxon to all other turtles creating a monophyletic group, the Casichelydia.
Parareptilia and Proganochelys · Proganochelys and Sauropsida ·
Reptile
Reptiles are tetrapod animals in the class Reptilia, comprising today's turtles, crocodilians, snakes, amphisbaenians, lizards, tuatara, and their extinct relatives.
Parareptilia and Reptile · Reptile and Sauropsida ·
Rhynchosaur
Rhynchosaurs were a group of Triassic diapsid reptiles related to the archosaurs.
Parareptilia and Rhynchosaur · Rhynchosaur and Sauropsida ·
Romeriida
Romeriida is a clade of reptiles that consists of diapsids and the extinct protorothyridid genus Paleothyris, if not the entire family Protorothyrididae.
Parareptilia and Romeriida · Romeriida and Sauropsida ·
Sauropterygia
Sauropterygia ("lizard flippers") is an extinct, diverse taxon of aquatic reptiles that developed from terrestrial ancestors soon after the end-Permian extinction and flourished during the Mesozoic before they became extinct at the end of that era.
Parareptilia and Sauropterygia · Sauropsida and Sauropterygia ·
Sinosaurosphargis
Sinosaurosphargis is an extinct genus of basal marine saurosphargid reptile known from the Middle Triassic (Anisian age) Guanling Formation of Yunnan and Guizhou Provinces, southwestern China.
Parareptilia and Sinosaurosphargis · Sauropsida and Sinosaurosphargis ·
Synapsid
Synapsids (Greek, 'fused arch'), synonymous with theropsids (Greek, 'beast-face'), are a group of animals that includes mammals and every animal more closely related to mammals than to other living amniotes.
Parareptilia and Synapsid · Sauropsida and Synapsid ·
Tree of Life Web Project
The Tree of Life Web Project is an Internet project providing information about the diversity and phylogeny of life on Earth.
Parareptilia and Tree of Life Web Project · Sauropsida and Tree of Life Web Project ·
Trilophosaurus
Trilophosaurus (Greek for "lizard with three ridges") is a lizard-like trilophosaurid allokotosaur known from the Late Triassic of North America.
Parareptilia and Trilophosaurus · Sauropsida and Trilophosaurus ·
Turtle
Turtles are diapsids of the order Testudines (or Chelonii) characterized by a special bony or cartilaginous shell developed from their ribs and acting as a shield.
Parareptilia and Turtle · Sauropsida and Turtle ·
Vertebrate Paleontology (Romer)
Vertebrate Paleontology is an advanced textbook on vertebrate paleontology by Alfred Sherwood Romer, published by the University of Chicago Press.
Parareptilia and Vertebrate Paleontology (Romer) · Sauropsida and Vertebrate Paleontology (Romer) ·
Younginiformes
Younginiformes is a replacement name for the taxon Eosuchia, proposed by Alfred Romer in 1947.
Parareptilia and Younginiformes · Sauropsida and Younginiformes ·
The list above answers the following questions
- What Parareptilia and Sauropsida have in common
- What are the similarities between Parareptilia and Sauropsida
Parareptilia and Sauropsida Comparison
Parareptilia has 71 relations, while Sauropsida has 92. As they have in common 39, the Jaccard index is 23.93% = 39 / (71 + 92).
References
This article shows the relationship between Parareptilia and Sauropsida. To access each article from which the information was extracted, please visit:
