Have you seen any bee-flies in your garden? Bee-flies look rather like bees but are actually true flies (Diptera). They have round, furry bodies and a long proboscis (tongue) held out straight. The proboscis can sometimes cause alarm but they do not bite or sting and just use it to drink nectar from spring flowers, often while hovering. Flowers with long nectar tubes such as primroses and lungworts are particular favourites, and bee-flies are likely to be important pollinators of these.
The Natural History Museum Building Stone collection contains over 17,000 specimens and is one of the largest documented collections of its kind in the UK. It is particularly useful for matching stone in historical buildings during conservation work, but not only for that!
Often this collection causes an unconscious burst of inventiveness, and it features amazing pieces of art like this black stone from Derbyshire or this spectacular limestone. This time around it has inspired artist Charles Richard to collect the ‘sonic’ languages extracted from geological materials, a continuation of his master project at the Royal College of Art with a mission to create a series of digital box sets.
Continue reading to learn more about the building stone collection and Charles’ project.
The Museum’s new strategy to 2031 has been announced, with a call to arms to take action against the current environmental crisis facing our planet.
In the lead up to the announcement, the Connect product team in the Digital Media department were tasked with a brief: to deliver an impactful “takeover” of the Museum’s homepage which grabbed the attention of the user while not only conveying a sense that urgent action was needed, but delivering a message of hope for the planet’s future, not despair.
A tooth from Equus, a wild horse collected by Charles Darwin in Argentina on 10/10/1833
In 2018 the Museum embarked on a pilot project to document and 3D surface scan 10% of the fossil mammals that Darwin collected on the Voyage of the Beagle. During this project we focused on 20 fossil mammal specimens to investigate the potential that digitisation holds for this collection. This was also the first time that researchers have fully documented, researched and conserved these historically significant specimens since many of them came over to the Museum from the Royal College of Surgeons during the second world war. The fossils included in this pilot were released onto the Museum’s Data Portal and uploaded to Sketchfab.com to share these new resources with as wide an audience as possible. Continue reading “Darwin Digitisation in 2020| Digital Collections Programme”
Sir Joseph Banks was an eminent eighteenth-century naturalist and explorer. His travels and scientific patronage enabled him to amass specimens from around the globe.
An avid botanist, his private herbarium was one of the founding collections of the Museum’s herbarium.
In a series of posts, the Museum’s botanical staff reflect on Banks’s herbarium, his approach to collecting, and the uses of his collection – both in his time and today. Continue reading “Joseph Banks, the Banksian Herbarium and the Natural History Museum | Botany Collections”
A collaboration between Adobe and the Natural History Museum, London
The Marsh Awards, run in partnership between the Marsh Christian Trust and the Natural History Museum, recognise unsung heroes who have made a major contribution to the promotion of palaeontology, mineralogy or earth sciences.
The winners in three categories – the Best Earth Sciences Book of the Year, Palaeontology, and Mineralogy – were celebrated at an awards ceremony at Museum on the 13 December 2019.
The winners were:
- Marsh Award for the Best Earth Sciences Book of the Year:
In the Footsteps of Darwin: Geoheritage, Geotourism and Geoconservation in the Galapagos Islands, Co-authors Daniel Kelley, Kevin Page, Diego Quiroga, Raul Salazar
- Marsh Award in Mineralogy: Dr Jolyon Ralph
- Marsh Award in Palaeontology: Dr David Penney
Award winning digitisation
The Natural History Museum Digital Collections Programme has just received a lovely Christmas present! Following our November win as best Not for Profit project of the year in the UK IT Industry Awards, we’ve just been notified that we are also winners in the Culture and Tourism Category of the World Summit Awards. Continue reading “Over half a decade of digitisation | Digital Collections Programme”
How latest upgrades mean that the Portal finally comes out of beta Continue reading “The Data Portal grows up | Digital Collections Programme”
High-resolution SEM (Scanning Electron Microscope) investigations, along with high-resolution CT imaging of a 4.6 billion-year-old meteorite have revealed “fossilised” ice, showing for the first time direct evidence that when early asteroids formed they incorporated frozen water into their matrix. This has allowed Dr Epifanio Vaccaro, Curator of Petrology at the Natural History Museum, along with colleagues in Japan, to create a model of how the asteroids grew and the planets formed, including our own planet Earth.
The presence of ice in some asteroids it has been known for a long time, this has been hinted at by the observed alterations caused by the water to the minerals making up the asteroids known as aqueous alterations. However, the direct evidence of the presence of ice was never been observed before. The discovery was made by Dr Epifanio Vaccaro, Curator of Petrology at the Museum, along with a team of Japanese researchers.
Continue reading to find out more about this important discovery.