Bioerosion is a common process in lithified substrates. Nevertheless, organic shelly substrates can be used by dwelling organisms as temporary hard substrates. This study introduces an example from the Miocene of Patagonia (Río Negro Formation), cropping out at sea cliffs. The Río Negro Formation includes three members, the middle member being a shallow marine level that represents a complete transgressive - regressive cycle. The upper portion of the trangressive interval commonly includes pavements of oysters (Ostrea patagonica), which show many bioerosive structures. The traces have been assigned to the ichnogenera Gastrochaenolites and Entobia. Maeandropolydora isp. appears in a smaller proportion. The assemblage belongs to the Entobia I...
Microbially induced sedimentary structures (MISS) result from the interaction between benthic microo...
Marine sedimentary rocks of the lower Miocene Monte León Formation of southeastern Patagonia (Austra...
Biogenic sedimentary structures are evidence of organism–substrate interactions preserved in rocks ...
Bioerosion is a common process in lithified substrates. Nevertheless, organic shelly substrates can ...
Study of hard-substrate communities in a paleoenvironmental and taphonomic context contributes towar...
Ichnofossils developed in a firmground at the contact between the middle Eocene-lower Miocene contin...
The Río Negro Formation (late Miocene-early Pliocene) mainly consists of continental deposits, but i...
Palaeoichnology is known to be a powerful tool for the characterisation of unconformity surfaces. In...
Field and laboratory observations of individual shells of 40 dominant taxa (19 gastropods, 21 bivalv...
The Intra-Valanginian Discontinuity in the Neuquén Basin (Argentina) marks a dramatic sea-level fall...
The environmental analysis of the sedimentary record use different tools to characterized not just t...
Shell concentrations are useful indicators of relative sea-level changes, systems tracts, and deposi...
Late Quaternary marine molluscan skeletal concentrations from Argentina constitute a remarkable reco...
The marine sediments of the area of Verde Peninsula – Jabali Island (39°28′S/62°19′W–40°28′S/62°11′W...
Byssate bivalves can be attached to hard substrates by byssal threads. Dissolution of the substrate...
Microbially induced sedimentary structures (MISS) result from the interaction between benthic microo...
Marine sedimentary rocks of the lower Miocene Monte León Formation of southeastern Patagonia (Austra...
Biogenic sedimentary structures are evidence of organism–substrate interactions preserved in rocks ...
Bioerosion is a common process in lithified substrates. Nevertheless, organic shelly substrates can ...
Study of hard-substrate communities in a paleoenvironmental and taphonomic context contributes towar...
Ichnofossils developed in a firmground at the contact between the middle Eocene-lower Miocene contin...
The Río Negro Formation (late Miocene-early Pliocene) mainly consists of continental deposits, but i...
Palaeoichnology is known to be a powerful tool for the characterisation of unconformity surfaces. In...
Field and laboratory observations of individual shells of 40 dominant taxa (19 gastropods, 21 bivalv...
The Intra-Valanginian Discontinuity in the Neuquén Basin (Argentina) marks a dramatic sea-level fall...
The environmental analysis of the sedimentary record use different tools to characterized not just t...
Shell concentrations are useful indicators of relative sea-level changes, systems tracts, and deposi...
Late Quaternary marine molluscan skeletal concentrations from Argentina constitute a remarkable reco...
The marine sediments of the area of Verde Peninsula – Jabali Island (39°28′S/62°19′W–40°28′S/62°11′W...
Byssate bivalves can be attached to hard substrates by byssal threads. Dissolution of the substrate...
Microbially induced sedimentary structures (MISS) result from the interaction between benthic microo...
Marine sedimentary rocks of the lower Miocene Monte León Formation of southeastern Patagonia (Austra...
Biogenic sedimentary structures are evidence of organism–substrate interactions preserved in rocks ...