Macroscopic organisms from the late Ediacaran period have often been described as failed experiments in the history of life. We argue that the field of Ediacaran palaeobiology should dispense with unhelpful historical classification schemes and embrace phylogenetic systematics if we are to establish the evolutionary relevance of these fossils
The mid-late Ediacaran Period (~579–541 Ma) is characterized by globally distributed marine soft-bod...
The relative timing of extinctions and originations is a foundation for reconstructing evolutionary ...
International audienceThe Avalon biota (Ediacaran Period, 570–559 Ma) marks the first appearance of ...
Macroscopic organisms from the late Ediacaran period have often been described as failed experiments...
SummaryThe biology of Ediacaran organisms — the oldest fossils of large multicellular life — has bee...
Ediacaran fossils have baffled scientists since their original discovery in 1868. As the oldest unam...
The hypothesis that the Ediacara biota were giant protozoans is tested by considering the external m...
SYNOPSIS. The Ediacaran fossils of the latest Precambrian have at one time or another been grouped w...
Patterns of origination, evolution, and extinction of early animal life on this planet are largely i...
The hypothesis that the Ediacara biota were giant protozoans is tested by considering the external m...
Recent advances in understanding the preservation of the soft-bodied Neoproterozoic Ediacara biota h...
The earliest fossil communities of macroscopic organisms are preserved in the Ediacara Biota. While ...
The recent discovery of a fossilized assemblage of juvenile Ediacaran rangeomorph macro-organisms, f...
The recent discovery of a fossilized assemblage of juvenile Ediacaran rangeomorph macro-organisms, f...
Abstract: Ediacaran structures known as 'pizza discs' or Ivesheadia have long been considered enigma...
The mid-late Ediacaran Period (~579–541 Ma) is characterized by globally distributed marine soft-bod...
The relative timing of extinctions and originations is a foundation for reconstructing evolutionary ...
International audienceThe Avalon biota (Ediacaran Period, 570–559 Ma) marks the first appearance of ...
Macroscopic organisms from the late Ediacaran period have often been described as failed experiments...
SummaryThe biology of Ediacaran organisms — the oldest fossils of large multicellular life — has bee...
Ediacaran fossils have baffled scientists since their original discovery in 1868. As the oldest unam...
The hypothesis that the Ediacara biota were giant protozoans is tested by considering the external m...
SYNOPSIS. The Ediacaran fossils of the latest Precambrian have at one time or another been grouped w...
Patterns of origination, evolution, and extinction of early animal life on this planet are largely i...
The hypothesis that the Ediacara biota were giant protozoans is tested by considering the external m...
Recent advances in understanding the preservation of the soft-bodied Neoproterozoic Ediacara biota h...
The earliest fossil communities of macroscopic organisms are preserved in the Ediacara Biota. While ...
The recent discovery of a fossilized assemblage of juvenile Ediacaran rangeomorph macro-organisms, f...
The recent discovery of a fossilized assemblage of juvenile Ediacaran rangeomorph macro-organisms, f...
Abstract: Ediacaran structures known as 'pizza discs' or Ivesheadia have long been considered enigma...
The mid-late Ediacaran Period (~579–541 Ma) is characterized by globally distributed marine soft-bod...
The relative timing of extinctions and originations is a foundation for reconstructing evolutionary ...
International audienceThe Avalon biota (Ediacaran Period, 570–559 Ma) marks the first appearance of ...