Joachim Barrande, the son of the shopkeeper Augustin Barrande and his wife Charlotte, was born on 11 Aug 1799 in Saugues, Haute Loire.2 He studied civil engineering at the École Polytechnique in Paris, graduated at the top of his class and in 1826 he came into the service of King Charles X as the science tutor of his grandson Henry, the Comte du Chambord. After Charles X was forced to abdicate in the July Revolution of 1830 Barrende followed the royal court to Dorset, Edinburgh and finally Prague.1
Charles X and his family eventually moved on to Trieste but Barrande stayed in Prague where he began work as a road and bridge engineer. Barrande had a keen interest in the natural sciences and the story goes that his interest in paleontology was piqued while observing fossils found during his surveying work on the planned Radnice-Plzeň-Budějovice railway. Whatever the reasons he started collecting fossils, however, it was the publication of Murchison’s Silurian System in 1839 that focused his interest.3 He realized that his finds were the same ones that Murchison was describing and soon he began a much more systematic study.
Between 1840–50 Barrande travelled on foot through the mountains between Prague and Beroun and created a stratigraphic map of Central Bohemia. He identified Paleozoic rock formations and hired workers – as many as 20 or 30 at a time – to dig for fossils. He was so successful in finding fossil beds that his laborers “attributed to him a mastery of the black art of divination and a possible intimacy with the devil himself.” By the time he died he had amassed a collection of more than 100,000 specimens.
He began organizing his notes and in 1852, under the fitting motto of “C’est ce que j’ai vu” (this is what I have observed), published the first folio of his remarkable Systême Silurien du Centre de la Bohême.
Over the next 31 years – until his death in 1883 – he published 22 quarto folios covering trilobites, cephalopods, pteropods, brachiopods and molluscs. In all the Systême included 6887 pages of text, 1078 plates and described 3560 Lower Palaeozoic species. It was a monumental work that simply has no parallel in the history of palentology.