K. Nakada et al. 2021

Full reference
K. Nakada, M. Goto, C. Meister and A. Matsuoka. 2021. The late Pliensbachian (Early Jurassic) ammonoid Amaltheus in Japan: systematics and biostratigraphic and paleobiogeographic significance. Journal of Paleontology 95(5):1004-1021 [B. Allen/B. Allen]
Metadata
ID number:  78334
Created:  2021-10-11 06:41:58
Publication type:  journal article
Taxonomy:  stated with evidence
Language:  English
DOI:  10.1017/jpa.2021.39
Taxonomic opinions (16) - view classification
'Amaltheidae was reranked as the subfamily Amaltheinae and belongs to Liparoceratidae' according to K. Nakada et al. 2021
'Amaltheus (Proamaltheus) repressus belongs to Amaltheus (Proamaltheus)' according to Dagis 1976
'Amaltheus (Proamaltheus) repressus is recombined as Amaltheus repressus' according to K. Nakada et al. 2021
'Amaltheus margaritatus belongs to Amaltheus' according to K. Nakada et al. 2021
'Amaltheus orientalis belongs to Amaltheus' according to K. Nakada et al. 2021
'Amaltheus belongs to Amaltheinae' according to K. Nakada et al. 2021
'Ammonites acutus is a subjective synonym of Amaltheus margaritatus' according to K. Nakada et al. 2021
'Ammonites foliaceus is a subjective synonym of Amaltheus margaritatus' according to K. Nakada et al. 2021
'Ammonites sedgwickii belongs to Ammonites' according to Buckman 1845
'Ammonites sedgwickii is a subjective synonym of Amaltheus margaritatus' according to K. Nakada et al. 2021
'Ammonites stokesi is recombined as Amaltheus stokesi' according to K. Nakada et al. 2021
'Ammonoidea was reranked as a subclass and belongs to Cephalopoda' according to K. Nakada et al. 2021
'Eoderocerataceae is corrected as Eoderoceratoidea and belongs to Psiloceratida' according to K. Nakada et al. 2021
'Liparoceratidae belongs to Eoderoceratoidea' according to K. Nakada et al. 2021
'Proamaltheus was reranked as Amaltheus (Proamaltheus) and belongs to Amaltheus' according to Dagis 1976
'Psiloceratina was reranked as the order Psiloceratida and belongs to Ammonoidea' according to K. Nakada et al. 2021