Whale preparation: conserving the blue whale skeleton and planning articulation | Conservators

It has been several months since my last post looking at blue whale on the move but finally the long process of cleaning and conserving each individual bone has been successfully completed and the conservators are now just embarking on surface scanning the bones in high definition. Conservation can be an extremely slow process but it is worth the time and effort. During the past 9 months the team have cleaned and conserved over 220 individual bones. This equates to over 110m2 of whale bone surface area.

Photo showing a man kneeling inside a scale model of the Museum's Hintze Hall, manipulating part of the spine of the scale model of the whale hanging within it. The model is approximately the same size as the man.
Articulation of the blue whale using a 3D printed scale model

During this time we also planned the final position and articulation of the whale for its suspension in Hintze Hall so the armature design could commence.  This post outlines the conservation treatment and articulation planning phase of this project.

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How do you scan a shark? | Vertebrates Palaeobiology

You may have seen the Museum’s work in the news recently, when our scan of a catshark helped University of Sheffield researchers understand how shark teeth evolved. In this blog, Brett Clark from the Museum’s Vertebrates Palaeobiology department shows us the method used.

Our research, led by Dr Zerina Johanson, investigates the evolution and development of teeth in jawed vertebrates – in particular, the tooth arrangement of present day sharks.

But how exactly do you scan a shark?

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