Searching...
Charles Dawson
Source: Wikimedia | By: Unknown authorUnknown author | License: Public domain
Age52 years (at death)
BornJul 11, 1864
DeathAug 10, 1916
CountryUnited Kingdom of Great Britain and Ireland
ProfessionArchaeologist, prehistorian, paleoanthropologist, geologist, paleontologist
ZodiacCancer ♋
Born inPreston

Charles Dawson

Personal Facts, Age, Height and Biography of Charles Dawson

Charles Dawson, born on July eleventh, eighteen sixty-four, was a British amateur archaeologist whose career was marked by both significant discoveries and notorious forgeries. The eldest of three sons, he relocated with his family from Preston, Lancashire, to Hastings, Sussex, during his childhood. Initially pursuing a legal career to follow in his father's footsteps, Dawson's passion for collecting and studying fossils soon took precedence.

Throughout his life, Dawson made several notable fossil finds, including teeth from a previously unknown species of mammal, which was later named Plagiaulax dawsoni in his honor. He also identified three new species of dinosaur, one of which was named Iguanodon dawsoni, and discovered a new form of fossil plant, Salaginella dawsoni. His contributions to paleontology earned him recognition, including the title of 'honorary collector' from the Natural History Museum and election as a fellow of the Geological Society.

However, Dawson's legacy is overshadowed by his most infamous claim: the discovery of the Piltdown Man (Eoanthropus dawsoni) in nineteen twelve. This unique set of bones, which he asserted to have found in Sussex, was later revealed to be a hoax, leading to widespread skepticism about his other findings. Technological methods, such as fluorine testing, indicated that Dawson was likely the only individual with the expertise to create such a forgery, making him a prime suspect in the scandal.

Dawson's life was cut short when he succumbed to pernicious anemia in nineteen sixteen in Lewes, Sussex. Despite the controversies surrounding his work, his early contributions to the field of paleontology remain noteworthy.