Microbially induced sedimentary structures (MISS) in siliciclastic shallow-marine strata occur in the lower and middle Cambrian and the Silurian of southern Sweden. These are typically transparent wrinkle structures with a wide range of morphologies. They are exclusively associated with shoreface to lower shoreface environments, characterized by fine-grained sandstone interbedded with mudstone and a Cruziana ichnofacies. Thicker, non-transparent forms with high-relief crinkled surfaces occur in the same paleoenvironments. The landward sand-dominated facies belt with Skolithos ichnofacies (upper shoreface foreshore) lack preserved wrinkle structures. Evidently, wrinkle structures are more common than previously thought in the Swedish Paleozo...
Microbially induced sedimentary structures (MISS) result from the response of microbial mats to phys...
4 fig.In order to investigate whether or not equivalents to modern calcareous plankton existed in Pa...
It has been suspected for some time that microbial mats probably colonized sediment surfaces in many...
Wrinkle structures are microbially induced sedimentary structures (MISS) formed by cyanobacteria and...
Wrinkle structures on sandstone beds are abundant and present in diverse forms in the Palaeoproteroz...
The siliciclastic lacustrine rocks of the ~1000. Ma Diabaig Formation, northwest Scotland, contain a...
Shallow-marine, siliciclastic depositional systems are dom-inated by physical sedimentary processes,...
This report describes the first recorded occurrence of microbial wrinkle structures in Lower Devonia...
The rock record contains a rich variety of sedimentary surface textures on siliciclastic sandstone, ...
UnrestrictedCambrian rocks record the morphological and behavioral diversification of early metazoan...
A stretch of the modern hypersaline coastal plain of the Gulf of Cambay was chosen to examine the di...
Microbial mat-related structures (MRS) in siliciclastics have been investigated from four Proterozic...
Fragments of sandstone, believed to be of Cambrian age, occur in the Pleistocene glacial drift at Ka...
AbstractA stretch of the modern hypersaline coastal plain of the Gulf of Cambay was chosen to examin...
The Cambrian Alum Shale Formation in the Andrarum-3 core from Scania,southern Sweden, consists of bl...
Microbially induced sedimentary structures (MISS) result from the response of microbial mats to phys...
4 fig.In order to investigate whether or not equivalents to modern calcareous plankton existed in Pa...
It has been suspected for some time that microbial mats probably colonized sediment surfaces in many...
Wrinkle structures are microbially induced sedimentary structures (MISS) formed by cyanobacteria and...
Wrinkle structures on sandstone beds are abundant and present in diverse forms in the Palaeoproteroz...
The siliciclastic lacustrine rocks of the ~1000. Ma Diabaig Formation, northwest Scotland, contain a...
Shallow-marine, siliciclastic depositional systems are dom-inated by physical sedimentary processes,...
This report describes the first recorded occurrence of microbial wrinkle structures in Lower Devonia...
The rock record contains a rich variety of sedimentary surface textures on siliciclastic sandstone, ...
UnrestrictedCambrian rocks record the morphological and behavioral diversification of early metazoan...
A stretch of the modern hypersaline coastal plain of the Gulf of Cambay was chosen to examine the di...
Microbial mat-related structures (MRS) in siliciclastics have been investigated from four Proterozic...
Fragments of sandstone, believed to be of Cambrian age, occur in the Pleistocene glacial drift at Ka...
AbstractA stretch of the modern hypersaline coastal plain of the Gulf of Cambay was chosen to examin...
The Cambrian Alum Shale Formation in the Andrarum-3 core from Scania,southern Sweden, consists of bl...
Microbially induced sedimentary structures (MISS) result from the response of microbial mats to phys...
4 fig.In order to investigate whether or not equivalents to modern calcareous plankton existed in Pa...
It has been suspected for some time that microbial mats probably colonized sediment surfaces in many...