n the goniatite family Prionoceratidae, the transition from Mimimitoceras to Balvia provides an example of rapid size decrease resulting from progenesis. In the Prionoceras-Mimimitoceras stock the adult conch continued to be of rather uniform shape and size (about 60 mm) and species diversification was expressed mostly in changing juvenile morphology. In the Balvia branch, which had developed in the Wocklumeria Stufe, the adult size diminished strongly (not more than 16 mm). Progenetic Balvia displays conch morphology of ancestral Mimimitoceras juveniles, with distinct ornamentation types that were added terminally.Ewolucja goniatytów Prionoceratidae w późnym famenie, w szczególności przejście od Mimimitoceras do Balvia, jest przykładem szy...
The latitudinal distributions in Devonian–Cretaceous ammonoids were analyzed at the genus level, and...
During the Devonian Nekton Revolution, ammonoids show a progressive coiling of their shell just like...
Subfamily Prionoceratinae Hyatt, 1884 [nom. transl. Bartzsch & Weyer (1988a: 136), pro Prionocerae...
In the goniatite family Prionoceratidae, the transition from Mirnirnitoceras to Balvia provides a n ...
The Late Devonian ammonoid species Acrimeroceras falcisulcatum and A. stella have similar-shaped dis...
We measured longitudinal growth in conch cross-sections of 177 Devonian to Jurassic ammonoid species...
The Ammonoidea are well represented in terms of numbers of species over a large range of time and th...
During the Devonian Nekton Revolution, ammonoids show a progressive coiling of their shell just like...
The evolutionary history of shell geometry of Early Jurassic ammonoids during the Pliensbachian–Toar...
A large suite of specimens belonging to the Early Bajocian Stephanoceras from Évrecy (Normandy, Fran...
Superfamily Prionoceratoidea Hyatt, 1884 [nom. transl. Bogoslovsky (1971: 94), pro Prionocerae Hya...
Genus Mimimitoceras Korn, 1988 Type species Mimimitoceras trizonatum Korn, 1988; original design...
Worldwide, the ammonoid genus Prolobites is only known from a few localities, and from these fossil ...
International audienceField sampling data in the Vocontian Basin (southeastern France) and Mallorca ...
The dominant factor in faunal succession of conodonts in the Frasnian of Poland is the apparent immi...
The latitudinal distributions in Devonian–Cretaceous ammonoids were analyzed at the genus level, and...
During the Devonian Nekton Revolution, ammonoids show a progressive coiling of their shell just like...
Subfamily Prionoceratinae Hyatt, 1884 [nom. transl. Bartzsch & Weyer (1988a: 136), pro Prionocerae...
In the goniatite family Prionoceratidae, the transition from Mirnirnitoceras to Balvia provides a n ...
The Late Devonian ammonoid species Acrimeroceras falcisulcatum and A. stella have similar-shaped dis...
We measured longitudinal growth in conch cross-sections of 177 Devonian to Jurassic ammonoid species...
The Ammonoidea are well represented in terms of numbers of species over a large range of time and th...
During the Devonian Nekton Revolution, ammonoids show a progressive coiling of their shell just like...
The evolutionary history of shell geometry of Early Jurassic ammonoids during the Pliensbachian–Toar...
A large suite of specimens belonging to the Early Bajocian Stephanoceras from Évrecy (Normandy, Fran...
Superfamily Prionoceratoidea Hyatt, 1884 [nom. transl. Bogoslovsky (1971: 94), pro Prionocerae Hya...
Genus Mimimitoceras Korn, 1988 Type species Mimimitoceras trizonatum Korn, 1988; original design...
Worldwide, the ammonoid genus Prolobites is only known from a few localities, and from these fossil ...
International audienceField sampling data in the Vocontian Basin (southeastern France) and Mallorca ...
The dominant factor in faunal succession of conodonts in the Frasnian of Poland is the apparent immi...
The latitudinal distributions in Devonian–Cretaceous ammonoids were analyzed at the genus level, and...
During the Devonian Nekton Revolution, ammonoids show a progressive coiling of their shell just like...
Subfamily Prionoceratinae Hyatt, 1884 [nom. transl. Bartzsch & Weyer (1988a: 136), pro Prionocerae...