Past legacy sheds light on the future | Digital Collections Programme

The butterflies and moths amassed by avid collectors Dr EA Cockayne, Dr HBD Kettlewell and Lord Walter Rothschild make up the core of the Museum’s world famous collection of British and Irish Lepidoptera.

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Small copper butterflies that have been digitised and rehoused as part of the project

The Museum is digitising the Lepidoptera collection and using the data to ask important scientific questions about the effects of environmental change. Dr Cockayne passion led him to form the Cockayne Trust for Lepidoptera research, his legacy is funding the digitisation.

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Global digital collections | Digital Collections Programme

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Deborah Paul presenting on the Global Biodiversity Information Facility

Ben Price and Douglas Russell blogged recently about presentations by Museum colleagues at the Annual Meeting of the Society for the Protection of Natural History Collections (SPNHC) in Berlin, noting that delegates were passionate about the potential of digitisation to help us illustrate, research and understand our changing world. As well as presenting, we learned a lot from the other presenters and attendees, picking up some themes which are particularly relevant to our Digital Collections Programme (DCP).

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Digital butterfly data takes flight | Digital Collections Programme

The Museum’s entire collection of  181,545 British and Irish butterflies are now in a digital form and available for all to see online in the Museum’s Data Portal.

Photo from overhead of the drawer containing 9 columns of brightly coloured butterflies with their accompanying QR code labels.
A specimen drawer of common clouded yellow butterflies (Colias croceus). The new barcodes created as part of the Museum’s iCollections digitisation project are visible.

Each butterfly has a new digital image and digital record of the specimen’s collector, place and date of collection and this data are already being used to work out the effects of climate change on UK butterflies.

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Bringing fossils into the digital age | Digital Collections

What do an Iguanodon’s thumb spike, an ichthyosaur paddle and a shark fin spine all have in common? Well these are just some of the specimens we’ve digitised as part of the museum’s eMesozoic project, headed by Fossil Mammal Curator Dr Pip Brewer.

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An Early Cretaceous dinosaur Hypsilophodon foxii, from Brightstone Bay Isle of Wight, one of the images taken as part of the eMesozoic project.

For the past eight months myself and two other eMesozoic digitisers, Lyndsey Douglas and David Godfrey, have been busy in the palaeontology department mass imaging British Mesozoic vertebrates for the first time.

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Inspiring the next generation | CoG3 Consortium

Ed Thomas, PhD student on the CoG3 project, explains the importance of cobalt to a group of school children in Manchester.

As a Widening Participation Fellow I am often involved with outreach events encouraging school children in to science, technology, engineering and maths subjects. My workshops are usually based on an aspect of Earth Sciences that the children have come across before; the rock cycle, dinosaurs, volcanoes…

Photo of Ed in front of a whiteboard  presentation
Explaining to a class of nine year old’s the importance of cobalt
However, the most engaging part of science is not what we already know, but the unsolved problems we face as a society. It is one of these unanswered questions I posed to year 9 children from four schools in Greater Manchester.

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Magnificent manganese and the search for cobalt | CoG3 Consortium

At the start of a major new project involving collaboration between 8 institutions from across the UK, Rachel Norman of the Museum’s Economic and Environmental Earth Sciences division introduces us to one of the new ways the CoG3 team are unearthing cobalt, a metal of great strategic and economic importance.

On Wednesday 27 January, Museum and University of Southampton scientists searched in the Museum collections for manganese nodules.

Photo showing the specimen resting on the desk
A manganese nodule growing around a shark’s tooth. This sample was actually collected by HMS Challenger in 1875.

Manganese nodules form in very deep water on the seafloor, at the sediment-water interface, and cover vast areas. They form by the precipitation of manganese minerals out of seawater over extremely long time scales. Manganese nodules grow at a rate of just ~2 mm per million years, making them one of the slowest geological processes that we know of. This means that if a nodule reaches a radius of 50 mm, it could be 25 million years old!

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