The \u201cCalcare di Mendicino\u201d, a mixed carbonate-siliciclastic informal unit of Late Tortonian-Early Messinian age, crops out extensively in the northwestern part of the Calabria. A good outcrop of this unit is located in the Scannelle quarry near Belsito (Cosenza). Five stratigraphical sections were studied to define the sedimentological and paleoecological setting. The carbonate body records the development of a deep-water coral bank characterized by a low-diversity constructor community of azooxanthellate scleractinian (Oculina and Dendrophyllia) and stylasterine hydrozoans colonies. Two main stages of bioconstruction growth can be distinguished: colony-thicket (floatstone facies) and coppice-bank (rudstone facies). Among the bios...
The evolution of the Miocene San Marino carbonate shelf (Torriana outcrop), developed on the accreti...
A detailed chemostratigraphic study associated with microfacies and compositional analysis has been ...
Shallow water carbonate successions of Oligocene age are quite well distributed in the Apulia domain...
The \u201cCalcare di Mendicino\u201d, a mixed carbonate-siliciclastic informal unit of Late Tortonia...
Near the Fauglia village (Tuscany, Italy), a Calabrian (lower Pleistocene) stratigraphic succession ...
Lower–Middle Miocene temperate marine carbonates occur in the Matese Mountains, Southern Apennines (...
During the Early Miocene, coincident with the Sardinia–Corsica block rotation, mixed carbonate–silic...
During the Early Miocene, coincident with the Sardinia-Corsica block rotation, mixed carbonate-silic...
23 pagesInternational audienceDuring the Miocene, Mediterranean shallow-water carbonates were rich i...
Coral bioconstructions associated with mixed carbonate-siliciclastic settings are known to be strong...
Coral-rich deposits and coral bioconstructions characterize the mixed carbonate-siliciclastic system...
A detailed study including stratigraphy and composition has been performed on shallow-water carbonat...
During the Pliocene and Pleistocene, the Monte Cetona (Northern Apennines, central Italy) was part o...
Shallow water carbonate successions of Oligocene age are quite well distributed in the Apulia domain...
The upper Miocene dominantly terrigenous succession cropping out at Monte San Fabrizio (Simbruini M...
The evolution of the Miocene San Marino carbonate shelf (Torriana outcrop), developed on the accreti...
A detailed chemostratigraphic study associated with microfacies and compositional analysis has been ...
Shallow water carbonate successions of Oligocene age are quite well distributed in the Apulia domain...
The \u201cCalcare di Mendicino\u201d, a mixed carbonate-siliciclastic informal unit of Late Tortonia...
Near the Fauglia village (Tuscany, Italy), a Calabrian (lower Pleistocene) stratigraphic succession ...
Lower–Middle Miocene temperate marine carbonates occur in the Matese Mountains, Southern Apennines (...
During the Early Miocene, coincident with the Sardinia–Corsica block rotation, mixed carbonate–silic...
During the Early Miocene, coincident with the Sardinia-Corsica block rotation, mixed carbonate-silic...
23 pagesInternational audienceDuring the Miocene, Mediterranean shallow-water carbonates were rich i...
Coral bioconstructions associated with mixed carbonate-siliciclastic settings are known to be strong...
Coral-rich deposits and coral bioconstructions characterize the mixed carbonate-siliciclastic system...
A detailed study including stratigraphy and composition has been performed on shallow-water carbonat...
During the Pliocene and Pleistocene, the Monte Cetona (Northern Apennines, central Italy) was part o...
Shallow water carbonate successions of Oligocene age are quite well distributed in the Apulia domain...
The upper Miocene dominantly terrigenous succession cropping out at Monte San Fabrizio (Simbruini M...
The evolution of the Miocene San Marino carbonate shelf (Torriana outcrop), developed on the accreti...
A detailed chemostratigraphic study associated with microfacies and compositional analysis has been ...
Shallow water carbonate successions of Oligocene age are quite well distributed in the Apulia domain...