Three teeth of the shark Serratolamna serrata (Agassiz) from the Guinea Corn Formation (Central Inlier) represent the first recorded occurrence of fossil sharks within the Cretaceous of Jamaica. This occurrence increases the known palaeogeographical distribution of S. serrata, which appears to have been global. This species is largely known from the Upper Maastrichtian, which helps confirm the stratigraphical position of the Guinea Corn Formation
Cretaceous aquatic ecosystems were amazingly diverse, containing most clades of extant aquatic verte...
Bulk samples of Miocene carbonate sediments (deep-water chalks and shallow-water-derived calcarenite...
Cretaceous aquatic ecosystems were amazingly diverse, containing most clades of extant aquatic verte...
ABSTRACT. Three teeth of the shark Serratolamna serrata (Agassiz) from the Guinea Corn Formation (Ce...
Here we report multiple lamniform shark teeth recovered from fluvial sediments in the (Campanian-Maa...
Eoptolamna eccentrolopha gen. et sp. nov. (Chondrichthyes, Lamniformes) from the near coastal upper ...
Bulk sampling of phosphate-rich horizons within the British Coniacian to Campanian (Upper Cretaceous...
Sampling of hiatal horizons within the Hauterivian part of the Speeton Clay Formation of north-east ...
Neoselachian (modern shark) teeth and palynomorphs have been recovered from the Late Cretaceous Jagü...
International audienceThe first shark from the early Late Cretaceous Konservat Lagerstätte of Agoult...
International audienceThe first shark from the early Late Cretaceous Konservat Lagerstätte of Agoult...
International audienceThe first shark from the early Late Cretaceous Konservat Lagerstätte of Agoult...
The definition of the Cretaceous shark genus Cretodus Sokolov, 1965 is primarily based on isolated t...
The definition of the Cretaceous shark genus Cretodus Sokolov, 1965, was primarily based on isolated...
The definition of the Cretaceous shark genus Cretodus Sokolov, 1965, was primarily based on isolated...
Cretaceous aquatic ecosystems were amazingly diverse, containing most clades of extant aquatic verte...
Bulk samples of Miocene carbonate sediments (deep-water chalks and shallow-water-derived calcarenite...
Cretaceous aquatic ecosystems were amazingly diverse, containing most clades of extant aquatic verte...
ABSTRACT. Three teeth of the shark Serratolamna serrata (Agassiz) from the Guinea Corn Formation (Ce...
Here we report multiple lamniform shark teeth recovered from fluvial sediments in the (Campanian-Maa...
Eoptolamna eccentrolopha gen. et sp. nov. (Chondrichthyes, Lamniformes) from the near coastal upper ...
Bulk sampling of phosphate-rich horizons within the British Coniacian to Campanian (Upper Cretaceous...
Sampling of hiatal horizons within the Hauterivian part of the Speeton Clay Formation of north-east ...
Neoselachian (modern shark) teeth and palynomorphs have been recovered from the Late Cretaceous Jagü...
International audienceThe first shark from the early Late Cretaceous Konservat Lagerstätte of Agoult...
International audienceThe first shark from the early Late Cretaceous Konservat Lagerstätte of Agoult...
International audienceThe first shark from the early Late Cretaceous Konservat Lagerstätte of Agoult...
The definition of the Cretaceous shark genus Cretodus Sokolov, 1965 is primarily based on isolated t...
The definition of the Cretaceous shark genus Cretodus Sokolov, 1965, was primarily based on isolated...
The definition of the Cretaceous shark genus Cretodus Sokolov, 1965, was primarily based on isolated...
Cretaceous aquatic ecosystems were amazingly diverse, containing most clades of extant aquatic verte...
Bulk samples of Miocene carbonate sediments (deep-water chalks and shallow-water-derived calcarenite...
Cretaceous aquatic ecosystems were amazingly diverse, containing most clades of extant aquatic verte...