Anomalous development of shell ornamentation and repaired shell injury in the Early Devonian dacryoconarid tentaculites are documented and interpreted as either a repaired injury of the shell (evidence of unsuccessful predation obscured by recrystallization), or as a result of an anomalous function of the mantle, caused by injury of the soft body. The manner of shell repair, which resembles the way that some modern marine animals, such as mollusks, repair their shells, is discussed. The issue of phylogenetic affinities of tentaculites has been also outlined. These findings represent the first documentation of unsuccessful predation on the Middle Paleozoic plankton
Biotic interactions are widely recognized as agents of evolution, yet the nature, extent, and implic...
This paper deals with an analysis of a single specimen of Tentaculites crotalinus SALTER emend. CIGU...
The supposed polychaete annelid Protonympha salicifolia, from the Upper Devonian (Frasnian) of New Y...
Traces of unsuccessful predatory attacks can be found in the hard parts of shell-bearing organisms a...
Internal moulds of the relatively small − to moderate−size shells of Early Devonian ectocochleate ce...
Two cases of shell breakage and subsequent repair are described in Euomphalopterus Roemer, 1876 from...
Predation is arguably one of the main driving forces of early metazoan evolution, yet the fossil rec...
Organic remains of tentaculitids have been recovered during palynological research on archival sampl...
Organic remains of tentaculitids have been recovered during palynological research on archival sampl...
The ammonoids from the middle Famennian black limestone nodules at Kattensiepen (Rhenish Mountains) ...
1861 is redescribed here on the basis of a new collection from the Traverse Group of Michigan and Ha...
Recent observations indicate that shell fragmentation can be a useful tool in assessing crushing pre...
This is the first report of organic-walled tentaculid remains from Givetian through Frasnian age dep...
International audienceThe terrestrialization process by vertebrates occurred during the Devonian per...
The Dacryoconarids, small, thin-walled, and cone-shaped, are an extinct taxon in Class Tentaculitoid...
Biotic interactions are widely recognized as agents of evolution, yet the nature, extent, and implic...
This paper deals with an analysis of a single specimen of Tentaculites crotalinus SALTER emend. CIGU...
The supposed polychaete annelid Protonympha salicifolia, from the Upper Devonian (Frasnian) of New Y...
Traces of unsuccessful predatory attacks can be found in the hard parts of shell-bearing organisms a...
Internal moulds of the relatively small − to moderate−size shells of Early Devonian ectocochleate ce...
Two cases of shell breakage and subsequent repair are described in Euomphalopterus Roemer, 1876 from...
Predation is arguably one of the main driving forces of early metazoan evolution, yet the fossil rec...
Organic remains of tentaculitids have been recovered during palynological research on archival sampl...
Organic remains of tentaculitids have been recovered during palynological research on archival sampl...
The ammonoids from the middle Famennian black limestone nodules at Kattensiepen (Rhenish Mountains) ...
1861 is redescribed here on the basis of a new collection from the Traverse Group of Michigan and Ha...
Recent observations indicate that shell fragmentation can be a useful tool in assessing crushing pre...
This is the first report of organic-walled tentaculid remains from Givetian through Frasnian age dep...
International audienceThe terrestrialization process by vertebrates occurred during the Devonian per...
The Dacryoconarids, small, thin-walled, and cone-shaped, are an extinct taxon in Class Tentaculitoid...
Biotic interactions are widely recognized as agents of evolution, yet the nature, extent, and implic...
This paper deals with an analysis of a single specimen of Tentaculites crotalinus SALTER emend. CIGU...
The supposed polychaete annelid Protonympha salicifolia, from the Upper Devonian (Frasnian) of New Y...