Add to ORKGThis paper, Ediacaran Macro Body Fossils, reports a new discovery of well preserved three dimensional macro body fossils of the Ediacaran Period in central YunNan province in the People's Republic of China. These body fossils will enable more detailed and in-depth exploration of the evolution of multi-cellular macro organisms on this planet, whereas in the past, researches could only rely on cast or imprint fossils
The macrofossils of the Ediacara biota (~571-539 Ma) marks the emergence of large, complex organisms...
The Ediacara biota (~575-541 million years ago) mark the emergence of large, complex organisms in th...
SummaryThe biology of Ediacaran organisms — the oldest fossils of large multicellular life — has bee...
Macroscopic organisms from the late Ediacaran period have often been described as failed experiments...
The Ediacaran period (635-541 Ma) was a time of major environmental change, accompanied by a transit...
Ediacaran fossils have baffled scientists since their original discovery in 1868. As the oldest unam...
In a letter to Nature (February, 2011), Xunlai Yuan and col− laborators recorded carbon compression ...
In a letter to Nature (February, 2011), Xunlai Yuan and collaborators recorded carbon compression fo...
The nature of the Ediacaran macrobiota (c. 580-541 Ma) remains puzzling. These first assemblages of ...
Macro‐organisms of the Ediacaran period (635–541 Ma) were large and morphologically complex, with so...
Macro‐organisms of the Ediacaran period (635–541 Ma) were large and morphologically complex, with so...
Newly discovered, exceptionally preserved, soft-bodied fossils near Spaniard’s Bay in eastern Newfou...
Fossils of macroscopic eukaryotes are rarely older than the Ediacaran Period (635–541 million years ...
Macro-organisms of the Ediacaran period (635-541 Ma) were large and morphologically complex, with so...
We identify the macroscopic impression fossils from the Xingmincun Formation of the Jinxian Group, L...
The macrofossils of the Ediacara biota (~571-539 Ma) marks the emergence of large, complex organisms...
The Ediacara biota (~575-541 million years ago) mark the emergence of large, complex organisms in th...
SummaryThe biology of Ediacaran organisms — the oldest fossils of large multicellular life — has bee...
Macroscopic organisms from the late Ediacaran period have often been described as failed experiments...
The Ediacaran period (635-541 Ma) was a time of major environmental change, accompanied by a transit...
Ediacaran fossils have baffled scientists since their original discovery in 1868. As the oldest unam...
In a letter to Nature (February, 2011), Xunlai Yuan and col− laborators recorded carbon compression ...
In a letter to Nature (February, 2011), Xunlai Yuan and collaborators recorded carbon compression fo...
The nature of the Ediacaran macrobiota (c. 580-541 Ma) remains puzzling. These first assemblages of ...
Macro‐organisms of the Ediacaran period (635–541 Ma) were large and morphologically complex, with so...
Macro‐organisms of the Ediacaran period (635–541 Ma) were large and morphologically complex, with so...
Newly discovered, exceptionally preserved, soft-bodied fossils near Spaniard’s Bay in eastern Newfou...
Fossils of macroscopic eukaryotes are rarely older than the Ediacaran Period (635–541 million years ...
Macro-organisms of the Ediacaran period (635-541 Ma) were large and morphologically complex, with so...
We identify the macroscopic impression fossils from the Xingmincun Formation of the Jinxian Group, L...
The macrofossils of the Ediacara biota (~571-539 Ma) marks the emergence of large, complex organisms...
The Ediacara biota (~575-541 million years ago) mark the emergence of large, complex organisms in th...
SummaryThe biology of Ediacaran organisms — the oldest fossils of large multicellular life — has bee...