Charnia fossil map
Where fossils of Charnia have been found, shown on the Earth as it looked about 555 million years ago and on today’s map.
Dots are fossil collections recorded in the Paleobiology Database. The “then” view moves today’s fossil sites back to their positions 555 million years ago (the time slice nearest the median age of the fossils) using the Merdith et al. (2021) plate model; positions are approximate. Open on the timeline map →
| Group | Ediacaran & Cambrian life |
|---|---|
| Lived | 635–538.8 million years ago (Ediacaran) |
| Periods | Ediacaran |
| Family | Charniidae |
| Named by | Ford 1958 |
| Fossil records | 57 occurrences at 31 locations (PBDB) |
| Found in | Canada, UK, Russian Federation, China, Australia |
| Rock formations | Mistaken Point, Bradgate, Trepassey, Fermeuse, Drook, Rawnsley Quartzite |
About Charnia
Charnia is an extinct genus of frond-like lifeforms belonging to the Ediacaran biota with segmented, leaf-like ridges branching alternately to the right and left from a zig-zag medial suture (thus exhibiting glide reflection, or opposite isometry). The genus Charnia was named after Charnwood Forest in Leicestershire, England, where the first fossilised specimen was found, and is thus pronounced; the first species of Charnia described, Charnia masoni, was named after Roger Mason, a schoolboy who was believed to have initially discovered it. Charnia is significant because it was the first Precambrian fossil to be recognized as such.
The living organism grew on the sea floor, 570 to 550 million years ago, and is believed to have fed on nutrients in the water. Despite Charnia's fern-like appearance, it is not a photosynthetic plant or alga because the nature of the fossil beds where specimens have been found implies that it originally lived in deep water, well below the photic zone where photosynthesis can occur.
Text in “About” is quoted from the Wikipedia article Charnia (revision 1373445695), licensed under CC BY-SA 4.0; introduction excerpted verbatim, formatting removed. Ages, family, authority and fossil records: Paleobiology Database, accessed 22 October 2026. Ages are those of the rock layers the fossils were found in.
