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Scleroglossa
Scleroglossa

Additional Functions

Grouping

Belong­ing to

 Gaeabionta  ⇒ Domäne: Eukaryota  ⇒ Reich: Animalia  ⇒ Mittelreich: Eumetazoa  ⇒ Klade: Triploblastica  ⇒ Klade: Nephrozoa  ⇒ Abzweig: Deuterostomia  ⇒ Stamm: Chordata  ⇒ Unterstamm: Vertebrata  ⇒ Infrastamm: Gnathostomata  ⇒ Superklasse: Tetrapoda  ⇒ Serie: Amniota  ⇒ Klade: Sauropsida  ⇒ Infraklasse: Eureptilia  ⇒ ohne Rang: Romeriida  ⇒ Unterklasse: Diapsida  ⇒ Klade: Eosuchia  ⇒ Klade: Neodiapsida  ⇒ Klade: Sauria (Klade)  ⇒ ohne Rang: Lepidosauromorpha  ⇒ Superordnung: Lepidosauria  ⇒ Ordnung: Squamata

Taxo­nomic seg­ment

ohne Rang

This mentioned taxonomy is an attempt to make an conclusive assignment from the different classifications of various scientists. Because the taxonomy may change due to the latest investigative methods and other findings, our map is a guide only.

Name from

Corre­spond­ing author (Name, Year)

Estes et al., 1988

Other languages

scientific

Scleroglossa

Lebenszeitraum in Million Jahren (Ma)

Start age: 139.8 Ma - End age: 66 Ma
Phanerozoic
(Phanerozoikum)
Mesozoic
(Mesozoikum)
Cretaceous
(Kreide)
Upper/Late Cretaceous
(Obere Kreide)
Lower/Early Cretaceous
(Untere Kreide)
Maastrichtian
(Maastricht)
Campanian
(Campan)
Santonian
(Santon)
Coniacian
(Coniac)
Turonian
(Turon)
Cenomanian
(Cenoman)
Albian
(Alb)
Aptian
(Apt)
Barremian
(Barreme)
Hauterivian
(Hauterive)
Valanginian
(Valangin)
65.5
70.6
70.6
83.5
83.5
85.8
85.8
89.3
89.3
93.5
93.5
99.6
99.6
112
112
125
125
130
130
136.4
136.4
140.2

Additional data by PBDB, License: CC BY

Motility: actively mobile
Environment: terrestrial
Compositon of the remains:

phosphatic

Reference- and Source indication, Literature

Automatic Links to external internet sources (Responsibility is with the operator)

Search for taxonomy at PaleobioDB.org
Search for taxonomy at Fossilworks
Search for taxonomy at The Taxonomicon

Next lower taxonomy level

On the same taxonomic level (siblings) (Count: 122)

Taxonomic assignment (534)

References by PBDB, License: CC BY

  • J. O'Connor, 2019 - Microraptor with ingested lizard suggests non-specialized digestive function - Current Biology (29), 1-7 (journal article, English)
  • J. C. Fernicola, 2012 - Amphibians and squamate reptiles from the Santa Cruz Formation (late Early Miocene), Santa Cruz Province, Argentina: paleoenvironmental and paleobiological considerations - Early Miocene Paleobiology in Patagonia: High-Latitude Paleocommunities of the Santa Cruz Formation (), 129-137 (book chapter, English)
  • T. T. Simoes, 2012 - Redescription of Tijubina pontei, an Early Cretaceous lizard (Reptilia; Squamata) from the Crato Formation of Brazil - Anais da Academia Brasileira de Ciências (84), 79-93 (journal article, English)
  • S. E. Evans, 2009 - The Early Cretaceous lizards of Eastern Asia: new material of Sakurasaurus from Japan - Special Papers in Palaeontology (81), 43-59 (journal article, English)
  • S. -A. Ji, 2005 - A new Early Cretaceous lizard with well-preserved scale impressions from western Liaoning, China - Progress in Natural Science (15), 162-168 (journal article, English)
  • E. N. Arnold, 2002 - The oldest reptile in amber: a 120 million year old lizard from Lebanon - Journal of Zoology (258), 7-10 (journal article, English)
  • S. E. Evans, 1999 - Early Cretaceous lizards from the Okurodani Formation of Japan - Geobios (32), 889-899 (journal article, English)
  • D. C. Bonfim Júnior, 1997 - Um novo lagarto do Cretáceo do Brazil (Lepidosauria, Squamata, Lacertilia - Formação Santana, Aptiano da Bacia do Araripe - Anuário do Instituto do Geociencias (20), 233-240 (journal article, Portugese)
  • R. Estes, 1988 - Phylogenetic relationships within Squamata - Phylogenetic relationships of the lizard families (), 119-282 (book/book chapter, English)