Thin sections of three Palaeozoic bryozoans reveal fossilized soft tissues that show the position of organic cuticle and internal structures such as the membranous sac and gut. The fossilization occurred apparently due to fast burial under anoxic conditions. The position of a membranous sac in the Permian trepostome Rhombotrypella superangustata is indicative of a progressive polypide cycle. The position of the polypide in the Ordovician Graptodictya delicata behind the superior and interior hemisepta suggests a protective function of the hemisepta
Fossils are almost always represented by hard tissues but we present here the exceptional case of a...
Fossils of Orsten- type preservation represented by Skara and Phosphatocopida have been reported fro...
The calcite skeletons of trepostome bryozoan colonies from the Upper Ordovician (Katian) of the Cinc...
Functional morphology in Ordovician bryozoaA membranous, cap‐like structure was discovered in the br...
Colonies of boring ctenostome bryozoans and microborings of “fungi” that occur in the Early Devonian...
The study of Palaeozoic Bryozoa from the Upper Ordovician of Sardinia was carried out by integrating...
All skeletal marine invertebrate phyla appeared during the Cambrian explosion, except for Bryozoa wi...
Bryozoans are active non-phototrophic biomineralizers that precipitate their calcareous skeletons in...
© 2019, Paläontologische Gesellschaft. Six bryozoan species are described from the Lower Roadian (Gu...
Abstract: The main trends in the morphological evolution of bryozoans at the Devonian-Carboniferous ...
Bryozoans (ectoprocts or moss animals) are aquatic, dominantly sessile, filter-feeding lophophorates...
The Fezouata Biota in Morocco is the only Lower Ordovician Lagerstadtte yielding a biologically dive...
Graptolites are common fossils in Lower Palaeozoic strata, but little is known of their...
Unrestricted.Changes in the diversity and environmental distribution of marine stenolaemate bryozoan...
The Precambrian era records the evolution of the domain Eucarya. Although the taxonomy of fossils is...
Fossils are almost always represented by hard tissues but we present here the exceptional case of a...
Fossils of Orsten- type preservation represented by Skara and Phosphatocopida have been reported fro...
The calcite skeletons of trepostome bryozoan colonies from the Upper Ordovician (Katian) of the Cinc...
Functional morphology in Ordovician bryozoaA membranous, cap‐like structure was discovered in the br...
Colonies of boring ctenostome bryozoans and microborings of “fungi” that occur in the Early Devonian...
The study of Palaeozoic Bryozoa from the Upper Ordovician of Sardinia was carried out by integrating...
All skeletal marine invertebrate phyla appeared during the Cambrian explosion, except for Bryozoa wi...
Bryozoans are active non-phototrophic biomineralizers that precipitate their calcareous skeletons in...
© 2019, Paläontologische Gesellschaft. Six bryozoan species are described from the Lower Roadian (Gu...
Abstract: The main trends in the morphological evolution of bryozoans at the Devonian-Carboniferous ...
Bryozoans (ectoprocts or moss animals) are aquatic, dominantly sessile, filter-feeding lophophorates...
The Fezouata Biota in Morocco is the only Lower Ordovician Lagerstadtte yielding a biologically dive...
Graptolites are common fossils in Lower Palaeozoic strata, but little is known of their...
Unrestricted.Changes in the diversity and environmental distribution of marine stenolaemate bryozoan...
The Precambrian era records the evolution of the domain Eucarya. Although the taxonomy of fossils is...
Fossils are almost always represented by hard tissues but we present here the exceptional case of a...
Fossils of Orsten- type preservation represented by Skara and Phosphatocopida have been reported fro...
The calcite skeletons of trepostome bryozoan colonies from the Upper Ordovician (Katian) of the Cinc...