Written by Nadine Gabriel, a recent UCL geology graduate and an emerging museum professional.
This article is a joint paper for the Geological Curators’ Group and the Natural Sciences Collections Association, and has subsequently been published on both blogs.
On the 18th September 2018, I attended the Collectors, Collections and the Geology of Southwest Britain meeting. This joint meeting between the Geological Curators’ Group (GCG) and the History of Geology Group (HoGG) was held at the Bath Royal Literary and Scientific Institution (BRLSI), and it was also my first ever GCG event! If you have an interest in British geology, you probably know that the southwest of Britain has amazing geology, but this meeting – with around 80 attendees – also looked at the people who have dedicated their lives to exploring this geologically diverse region.
The day started off with a keynote speech from Steve Etches who spent over 35 years collecting fossils from the Jurassic Kimmeridge Clay deposits of southwest England. His collection of over 2,300 fossils found an exciting new home in 2016; the Etches Collection museum in Kimmeridge, Dorset. It was interesting to find out about the difficulties associated with starting a museum from scratch, but despite the initial challenges, the museum looks incredible and is filled with a diverse array of scientifically important specimens.
Many of the talks focused on the enthusiastic collectors of the southwest. My favourite story was about Charles Moore (1815-1881), a palaeontologist from Ilminster, Somerset. In 1858, he purchased three tonnes of gravel from Holwell, Somerset for 55 shillings. This massive purchase turned out to be filled with Rhaetian (208.5 to 201.3 million years old) fish, mammal and reptile fossils. Moore also collected fossils from the Lower Jurassic limestone of Strawberry Bank in Ilminster, and these fossils are now cared for by our hosts, the BRLSI. During the coffee break, Matt Williams (the BRLSI collections manger) showed us a selection of Moore’s stunning fossils.