Add to ORKGPalaeoscolecidan worms are an important component of many Lower Palaeozoic marine assemblages, with notable oc− currences in a number of Burgess Shale−type Fossil−Lagerstätten. In addition to material from the lower Cambrian Kinzers Formation and Latham Shale, we also describe two new palaeoscolecidan taxa from the lower Cambrian Siriu
The stem group priapulid Ottoia Walcott, 1911 is the most abundant worm in the mid Cambrian Burge...
Here we describe a phosphatocopid arthropod with preserved soft anatomy from Lower Cambrian rocks of...
The fossil record plays a key role in reconstructing deep evolutionary relationships through its doc...
Palaeoscolecidan worms are an important component of many Lower Palaeozoic marine assemblages, with ...
Palaeoscolecid worms are a ubiquitous group of Early Palaeozoic ecdysozoans that are curiously lacki...
Palaeoscolecid worms are a ubiquitous group of Early Palaeozoic ecdysozoans that are curiously lacki...
Three-dimensional fragments of palaeoscolecid cuticle have been recovered from the Furongian (upper ...
The middle Marjum Formation is one of five Miaolingian Burgess Shale-type deposits in Utah, USA. It ...
Palaeoscolecidan worms are rare, Early Palaeozoic fossils with uncertain affinities within the Ecdys...
Palaeoscolecidan worms are rare, Early Palaeozoic fossils with uncertain affinities within the Ecdys...
Cricocosmia jinningensis, one of the most abundant palaeoscolecid worms from the Lower Cambrian Chen...
Symbiotic relationships are widespread in terrestrial and aquatic animals today, but evidence of sym...
Over one hundred years of palaeontological research in northwestern Argentina has provided extensive...
SummaryA spectacular Cambrian soft bodied fauna some 40 km from Walcott's original Burgess Shale loc...
Over one hundred years of palaeontological research in northwestern Argentina has provided extensive...
The stem group priapulid Ottoia Walcott, 1911 is the most abundant worm in the mid Cambrian Burge...
Here we describe a phosphatocopid arthropod with preserved soft anatomy from Lower Cambrian rocks of...
The fossil record plays a key role in reconstructing deep evolutionary relationships through its doc...
Palaeoscolecidan worms are an important component of many Lower Palaeozoic marine assemblages, with ...
Palaeoscolecid worms are a ubiquitous group of Early Palaeozoic ecdysozoans that are curiously lacki...
Palaeoscolecid worms are a ubiquitous group of Early Palaeozoic ecdysozoans that are curiously lacki...
Three-dimensional fragments of palaeoscolecid cuticle have been recovered from the Furongian (upper ...
The middle Marjum Formation is one of five Miaolingian Burgess Shale-type deposits in Utah, USA. It ...
Palaeoscolecidan worms are rare, Early Palaeozoic fossils with uncertain affinities within the Ecdys...
Palaeoscolecidan worms are rare, Early Palaeozoic fossils with uncertain affinities within the Ecdys...
Cricocosmia jinningensis, one of the most abundant palaeoscolecid worms from the Lower Cambrian Chen...
Symbiotic relationships are widespread in terrestrial and aquatic animals today, but evidence of sym...
Over one hundred years of palaeontological research in northwestern Argentina has provided extensive...
SummaryA spectacular Cambrian soft bodied fauna some 40 km from Walcott's original Burgess Shale loc...
Over one hundred years of palaeontological research in northwestern Argentina has provided extensive...
The stem group priapulid Ottoia Walcott, 1911 is the most abundant worm in the mid Cambrian Burge...
Here we describe a phosphatocopid arthropod with preserved soft anatomy from Lower Cambrian rocks of...
The fossil record plays a key role in reconstructing deep evolutionary relationships through its doc...