343:
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is characterized by a skull with a very compact structure, and the orbits were small, the parietal hole was small or non-existent. The teeth, pleurodonts, were robust. The premaxilla had five teeth, while the maxilla and jaw had seven or eight. The lacrimal bone was greatly reduced, and there were 26
376:
presacral vertebrae, equipped with an anteriorly hollow vertebral centre (procelus). Relative to most lizards, the limbs were relatively small, and the body was elongated, suggested to be adaptations for a burrowing lifestyle. The first
371:
is known from several specimens including the holotype ZPAL MgR-I/8, mostly made up of incomplete skulls and skeletons, and it has therefore been possible to reconstruct its appearance.
635:
Gao, K.-Q. M. A. Norell. (2000) Taxonomic composition and systematics of Late
Cretaceous lizard assemblages from Ukhaa Tolgod and adjacent localities, Mongolian Gobi Desert.
828:
887:
662:
Bolet, Arnau; Stubbs, Thomas L; Herrera-Flores, Jorge A; Benton, Michael J (2022-05-03). Zhu, Min; Perry, George H; Zhu, Min (eds.).
815:
622:
Alifanov, Vladimir. (1993). Some peculiarities of the
Cretaceous and Palaeogene lizard faunas of the Mongolian People's Republic.
892:
342:
882:
404:+Scincomorpha. Tałanda (2016, 2017), who provided a new description of the genus, placed it as a stem-group relative of
551:"Evolution of postcranial skeleton in worm lizards inferred from its status in the Cretaceous stem-amphisbaenian
440:"Small vertebrates from the late Cretaceous and early Tertiary of the northeastern Aral Sea region, Kazakhstan"
438:
Kordikova, E. G.; Polly, P. D.; Alifanov, V. A.; RoÄŤek, Z.; Gunnell, G. F.; Averianov, A. O. (March 2001).
17:
365:(burrowing) lifestyle, and when fully grown, it likely grew up to 12 centimetres (4.7 in) long.
156:
594:
859:
783:
833:
854:
846:
309:
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Conrad, J. L.. (2008) Phylogeny and systematics of
Squamata (Reptilia) based on morphology.
664:"The Jurassic rise of squamates as supported by lepidosaur disparity and evolutionary rates"
648:
Kearney, M. (2003) The phylogenetic position of
Sineoamphisbaena hexatabularis reexamined.
8:
313:
735:
763:
698:
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Alifanov (1993), Gao and Norell (2000), Kearney (2003) and Bolet et al. (2022) placed
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Alifanov V. R. (2000) The fossil record of
Cretaceous lizards from Mongolia,
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67:
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Sulimski, A. (1984). A new
Cretaceous scincomorph lizard from Mongolia.
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of the hand had hyperphalangy (the presence of additional
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has been suggested to be the oldest known relative of
722:"Bulletin of the American Museum of Natural History"
637:"Bulletin of the American Museum of Natural History"
254:
874:
736:"Cretaceous roots of the amphisbaenian lizards"
497:"Cretaceous roots of the amphisbaenian lizards"
400:. Conrad (2008) placed in a clade containing
426:The Age of Dinosaurs in Russia and Mongolia
133:
697:
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548:
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14:
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650:"Journal of Vertebrate Paleontology"
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734:Tałanda, Mateusz (January 2016).
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888:Late Cretaceous reptiles of Asia
361:suggests that it may have had a
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319:There is only a single species
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893:Fossil taxa described in 1984
559:Acta Palaeontologica Polonica
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7:
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883:Prehistoric reptile genera
346:Reconstructed skeleton of
29:
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549:Tałanda, Mateusz (2017).
495:Tałanda, Mateusz (2015).
456:10.1017/s0022336000018187
253:
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152:Scientific classification
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141:
132:
41:
30:Not to be confused with
483:Palaeontologia Polonica
444:Journal of Paleontology
276:is an extinct genus of
27:Extinct genus of lizard
572:10.4202/app.00294.2016
350:
855:Paleobiology Database
353:The structure of the
345:
310:Barun Goyot Formation
408:within Lacertoidea.
681:10.7554/eLife.66511
314:Djadochta Formation
351:
290:Dzunbain Formation
142:ZPAL MgR-I/8, the
870:
869:
842:Open Tree of Life
784:Taxon identifiers
752:10.1111/zsc.12138
740:Zoologica Scripta
652:. 23, s. 394-403,
553:Slavoia darevskii
513:10.1111/zsc.12138
501:Zoologica Scripta
302:Bostobe Formation
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259:Slavoia darevskii
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16:(Redirected from
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603:Nix Illustration
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398:Scincomorpha
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248:Type species
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60:125–71
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608:5 September
402:Lacertoidea
338:Description
877:Categories
746:(1): 1–8.
674:: e66511.
626:. 3. 9-13.
507:(1): 1–8.
485:46:143-155
412:References
298:Kazakhstan
222:Slavoiidae
18:Slavoiidae
807:Q21368951
760:0300-3256
690:2050-084X
581:0567-7920
521:0300-3256
464:0022-3360
428:, 368-389
363:fossorial
280:from the
175:Kingdom:
169:Eukaryota
146:specimen
801:Wikidata
768:85570915
708:35502582
529:85570915
384:bones).
382:phalange
306:Mongolia
286:Mongolia
215:Family:
209:Squamata
199:Reptilia
189:Chordata
185:Phylum:
179:Animalia
165:Domain:
144:holotype
32:Slavonia
847:4126150
834:1358450
821:7988417
792:Slavoia
699:9064307
597:Slavoia
396:within
394:Slavoia
373:Slavoia
369:Slavoia
359:Slavoia
328:Slavoia
292:), and
273:Slavoia
236:Slavoia
228:Genus:
205:Order:
195:Class:
43:Slavoia
766:
758:
706:
696:
688:
624:Kaupia
579:
527:
519:
462:
304:) and
278:lizard
860:57291
829:IRMNG
764:S2CID
668:eLife
525:S2CID
378:digit
355:skull
49:Early
816:GBIF
756:ISSN
704:PMID
686:ISSN
610:2023
577:ISSN
517:ISSN
460:ISSN
326:and
312:and
68:Preęž’
748:doi
694:PMC
676:doi
567:doi
509:doi
452:doi
357:of
316:).
296:of
284:of
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