Basic info Taxonomic history Classification Included Taxa
Morphology Ecology and taphonomy External Literature Search Age range and collections

Aulopoidei

Actinopteri - Aulopiformes

Taxonomy
Aulopoidei is a suborder. It is extant.

It was assigned to Myctophiformes by Prokofiev (2006); and to Aulopiformes by Betancur et al. (2013).

Synonymy list
YearName and author
2006Aulopoidei Prokofiev p. S42
2013Aulopoidei Betancur et al.

Is something missing? Join the Paleobiology Database and enter the data

RankNameAuthor
kingdomAnimalia()
Bilateria
EubilateriaAx 1987
Deuterostomia
phylumChordataHaeckel 1874
subphylumVertebrata
superclassGnathostomata
Osteichthyes()
superclassActinopterygii()
classActinopteri()
subclassNeopterygii(Regan 1923)
RankNameAuthor
Teleosteomorpha
Teleostei(Müller 1846)
Osteoglossocephalai
ClupeocephalaPatterson and Rosen 1977
Euteleosteomorpha
NeoteleosteiRosen 1973
Eurypterygia(Rosen 1973)
Aulopa
orderAulopiformesRosen 1973
suborderAulopoidei
suborderAulopoidei

If no rank is listed, the taxon is considered an unranked clade in modern classifications. Ranks may be repeated or presented in the wrong order because authors working on different parts of the classification may disagree about how to rank taxa.

Subor. Aulopoidei
show all | hide all
Fm. Aulopidae Cope 1872
hide
G. †Aulopopsis Casier 1966
+
Aulopopsis depresifrons Casier 1966
Aulopopsis egertoni Casier 1966
G. Aulopus Cloquet 1816
+
Aulopus filamentosus Bloch 1792 [royal flagfin]
Aulopus pristinus Schwarzhans 1980
G. †Labrophagus Casier 1966
+
Labrophagus eoscinus Casier 1966
G. †Nematonotus Woodward 1899
+
Nematonotus bottae Pictet and Humbert 1866
hide
G. Scopelosaurus Bleeker 1860
+
Scopelosaurus brevicauda Schwarzhans 2019
Scopelosaurus brevirostris Schwarzhans 1980
hide
G. †Ausonasynodus Carnevale et al. 2019
+
Ausonasynodus almerai Carnevale et al. 2019
+
Saurida brasiliensis Norman 1935 [brazilian lizardfish]
Saurida caribbaea Breder 1927
Saurida germanica Weiler 1942
Saurida macilenta Schwarzhans et al. 2017
Saurida rectilineata Steurbaut 1979
Saurida rectua Frost 1933
Saurida tenera Schwarzhans 2013
Saurida trompensis Lin et al. 2017
G. †Synodontidarum Unknown 1900
+
Synodontidarum pseudoperca Nolf and Dockery III 1990
G. Synodus Scopoli 1777
+
Synodus avus Arambourg 1927
Synodus occidentalis Steurbaut 1984
Diagnosis
ReferenceDiagnosis
A. M. Prokofiev 2006Fish of small to medium size (up to 60 cm SL) with moderately elongated body. Snout com- pressed laterally. There are suborbitale and antorbitale. Two supramaxillaria. Maxillare broadened caudally, not reduced, not supported by infraorbitalia. Teeth on jaws small, conical, in multiple rows; small on the palatinum. There is posttemporal fossa. Horizontal branch of praeoperculum weakly shortened; suboper- culum larger than operculum. Branchiostegal rays 16–26. Gill rakers developed normally. Cleithrum attaches to the lower half of supracleithrum. Vertebrae 41–53. Cau- dal part of the vertebral column significantly shorter than the abdominal part. Intermuscular bones well developed. No hypural diastema in the caudal skeleton, there is a free ural vertebrae (u-2). Dorsal fin signifi- cantly deep, sometimes with elongated rays, contains 14–21 rays, its base has moderate length (less than half of the body length), begins in the anterior part of the body. Anal fin contains 9–13 rays. Pectoral fin forms an angle of 45° with the body. Pelvic fins significantly longer than pectoral. Scale cover well developed, no enlarged scales on the sides of the body and in the base of the caudal fin. There are fulcral scales in the base of the caudal fin. Photophores absent. Swimbladder and peritoneal pigment sections absent. Eye has no afocal zone. Bottom dwelling fish, inhabit moderately deep areas (up to 200 m).