Natural Histories: On Tour

Order

In May this year we opened Natural Histories, our collaborative exhibition with the Museum  of the History of Science on Oxford’s Broad Street, who hosted the displays. As we wrote at the time, it was a great opportunity to put on view some lovely and important specimens while we were closed. It also linked nicely with the long history of the museums in Oxford, beginning as far back as 1683.

Lost and FoundIt was a lot of hard work pulling together all the material, themes, and displays for Natural Histories so we were particularly pleased when Banbury Museum, one of the University museums’ development partners, approached us asking if the exhibition might tour there…

And so it has. It’s a short, one-stop tour admittedly, but with a bit of jiggling and reconfiguration here and there, the whole Natural Histories show is now open to the public in Banbury.

Banbury MuseumSo if you missed it at the Museum of the History of Science, head over to Banbury Museum by 22 February 2014 and have a look.

There’s plenty to see, including the jawbone of the Oxfordshire Megalosaurus, the world’s first scientifically-described dinosaur; creatures collected by Charles Darwin; and a meteorite the age of the Earth itself. With touchable specimens too (of course), Natural Histories explores some big themes and ideas that have shaped our understanding of the natural world.

But as the finished exhibition is now on display for all to see, here instead are a few behind-the-scenes shots of the late night measuring, painting, fixing and adjusting that were needed to get everything ready for opening day last Saturday. Thanks very much to everyone who mucked in and helped out.

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Making a few adjustments…
An almost-closed case
Almost ready for closure
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Finding the spot
Glass cleaner at the ready
Glass cleaner at the ready

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Scott Billings – Communications coordinator

Am feeling quite jolly!

"Many thanks for kind congratulations – am feeling quite jolly!"
“Many thanks for kind congratulations – am feeling quite jolly!”

This lovely example of Alfred Russel Wallace’s beautiful handwriting and cheerful nature was written to chemist and Wallace’s good friend Raphael Meldola. He wrote it on his 90th (and sadly last) birthday. It is particular favourite of Annette Lord, who has scanned and transcribed the Museum’s collection of 300+ Wallace documents.

Fungus weevils (Anthribidae) collected by Wallace
Fungus weevils (Anthribidae) collected by Wallace

Today marks 100 years since Wallace’s death and provides a good opportunity to reflect on his achievements. We’ve set up a display in the Museum to mark the occasion and show some of the most impressive Wallace specimens in our collection. Wallace travelled to remote, dangerous parts of the world in search of new and fascinating species. He was a meticulous and careful collector; you can’t help but marvel at how the incredibly long antennae of these beetles survived the journey back to Britain!

Wallace is now credited by many as co-author of the theory of evolution through natural selection, so it is very exciting to hear that today Sir David Attenborough is due to unveil a statue to the great man at the Natural History Museum in London.

Ulysses Butterflies (Papilio Ulysses)
Ulysses Butterflies (Papilio Ulysses) collected by Alfred Russel Wallace

Wallace is not a household name like his collaborator Charles Darwin, but naturalists and Wallace fans all over the world will appreciate this gesture and the new interest in his work that this will promote.

If you would like to know more about Alfred Russel Wallace, you may like to see this new slideshow that the BBC have released today. It tells the story of his life and works and is narrated by Sir David Attenborough, one of Wallace’s greatest supporters.

Rachel Parle, Education Officer

 

Why Wallace?

David Attenborough in the Museum with Wallace's Giant Bee
Sir David Attenborough in the Museum with Wallace’s Giant Bee

Sir David Attenborough is arguably the world’s most famous living naturalist and broadcaster. Here he sits in the Museum of Natural History, holding our priceless Wallace’s Giant Bee specimen. So why did a man as important (and busy!) as Attenborough take the time to pose for our photo? It’s because Attenborough, like thousands of other natural history enthusiasts, knows that Alfred Russel Wallace is one of the greatest naturalists, geographers and explorers of all time. So what’s so great about him? Why are we dedicating Wallace Week to celebrating his work?

Chris Jarvis, Education Officer, explain why he thinks Wallace is so special…

Chris at Sedgwick
Chris Jarvis at the Sedgwick Museum

Last week I gave a talk on Alfred Russel Wallace at the Sedgwick Museum in Cambridge. I was asked ‘Why does Wallace deserve the statue next to Darwin’s, which he’s likely to get in London’s Natural History Museum?’ My answer was that ‘He deserves a statue as an inspiration on the importance of following your own interests, despite the barriers that may stand in your way’.

Unlike Darwin, Wallace was a largely self-made man. Born into a large family (he was the 8th of 9 children) that was always on the edge of financial disaster, Wallace was inspired by his love of the natural world around him and encouraged to explore it. Later he wrote that he could recall virtually every detail of the environment of the river Usk that was his playground but could hardly remember anything of his family, even faces, from that time! His love of the great outdoors led him to teach himself botany and entomology and how to collect, identify and preserve insects. Today, at a time when many children are being diagnosed as suffering from ‘Nature Deficit Disorder’ Wallace is a particularly pertinent example of the benefits of exploring the natural world.

At school, Wallace described himself as a ‘dull, ignorant and uneducated person’. Lessons were basic and dry and he left school finally in 1837 aged 14. Ironically for the father of Biogeography it was Geography that he found the driest of subjects, after Latin grammar!

Young Wallace
Young Wallace

Despite this, Wallace was a voracious reader and seems to have sought out his own curriculum. His family, although poor in other ways, always had interesting books around the house and Alfred was introduced to libraries, museums and working men’s institutes from an early age. His favourite books as a child included ‘Gulliver’s Travels’, ‘Robinson Crusoe’ and Mungo Park’s ‘Travels in West Africa’ and clearly fuelled the lust for adventure that led to his collecting trips in the tropics.

Wallace’s understanding of the importance of self-education and modest beginnings led him to be a firm supporter of the aphorism that ‘knowledge is power’ and he was involved in advising on setting up public libraries, museums and other free institutions that encouraged education throughout his life. His legacy, as important as all his discoveries and theories are, is surely as an inspiration to all of us to get out into nature, to read about what you find there and then share that knowledge with others, it may lead you to some amazing places and discoveries as it did Wallace!

Goings and comings!

Amoret Spooner (left)  and Zoë Simmons (right) dismantling the exhibition (photo: Keiko Ikeuchi, MHS)
Amoret Spooner (left) and Zoë Simmons (right) dismantling the exhibition

This week we’ve been at the Museum of the History of Science on Broad Street, taking down our temporary exhibition, ‘Natural Histories’. We had some lovely feedback from people who saw the display. They enjoyed seeing old friends from the Museum of Natural History’s displays such as the giant ammonite that people can touch, the jaw of Megalosaurus, the first dinosaur ever to be described by scientists, and the lovely old insect collecting tools used by entomologists.

Specimens stored in spirit need very careful handling
Specimens stored in spirit need very careful handling

The exhibition also had some things we are rarely able to put on display. The beautiful hand-painted butterflies in William Jones’ Icones, and White Watson’s inlaid stone slabs representing the strata of Derbyshire, are just two of the treasures we normally keep in a darkened room because too much light will damage them. We showed crabs collected by Charles Darwin on the voyage of The Beagle, and even a plant from the University’s herbaria that was collected by Linnaeus, the Swedish scientist who devised the system of ‘Latin’ names we still use for plants and animals today.

Every item is being carefully checked and packed up, but don’t worry, they are not staying in our stores for long. We will be taking them to Banbury Museum where ‘Natural Histories’ will be going on show again from 30th November 2013 until late February 2014. So, even if you missed the exhibition in Oxford, you’ll have a last chance to see it in Banbury.

Conservator Gemma Aboe packs away the pigmy anteater
Conservator Gemma Aboe packs away the pigmy anteater

All photos, Keiko Ikeuchi, MHS

Monica Price, Head of Earth Collections

Space traveller’s arrival

Limerick meteoriteTwo hundred years ago today, at 9 o’clock in the morning on 10 September 1813, the residents of County Limerick in Ireland had a bit of a surprise. They heard loud bangs as a shower of meteorites fell to ground. More than 48 kilograms of rock had just arrived from space!

More specifically, it had come from the asteroid belt, a band of rocky debris that orbits the Sun between Mars and Jupiter. Collisions can knock asteroids out of orbit, and occasionally send them hurtling on a collision course with Earth. Small fragments burn up in the Earth’s atmosphere, forming meteors or ‘shooting stars’. Larger pieces fall to the Earth’s surface, and these are known as meteorites.

Limerick chondrulesThe meteorite that fell over County Limerick broke into pieces, and the one in our collection is the second largest. It weighs nearly 8.5 kilograms, and landed near the village of Faha on the estates of the Blakeney family. The Rev. Robert Blakeney was an Oxford graduate whose ministry was in the parish of South Elm in Somerset. The meteorite was perhaps found in the rectory after his death, as it was the new rector’s younger brother, the Rev. John W. Griffith, who presented it to the University of Oxford in 1825.

The outer crust of the meteorite is smooth and dark where the surface melted as it fell through the Earth’s atmosphere. The inside is a pale grey rock. Look closely at the photograph to the left, and you can see flecks of metal – nickel iron alloy – and tiny rounded crystalline grains called chondrules. The picture shows an area about 35 mm x 20 mm.

The chondrules show that the Limerick belongs to a class of stony meteorites called ‘chondrites’. At around 4.55 billion years old, chondrite meteorites are some of the oldest materials in the Solar System. They give researchers important clues about how the planets – including the Earth – originally formed.

To celebrate the 200th anniversary of the arrival on Earth of the Limerick meteorite, we are exhibiting it in  ‘Presenting…’, a changing display of treasures from the Museum’s collection. Although the main Museum is closed, this display can be seen by visitors on the way through to the Pitt Rivers Museum, so do come and have a look. It might be the oldest thing you’ll ever see!

Photography: Dara Lohnes

Monica T. Price, Head of Earth Collections

The Art and Science of Taxidermy

Derek Frampton

On Sunday 18 August we had the pleasure of welcoming professional freelance taxidermist Derek Frampton to the Museum of the History of Science, where our joint exhibition, Natural Histories, is being shown. As part of the exhibition’s public programme Derek delivered a very popular illustrated Table Talk on the Art and Science of Taxidermy.

An attentive audience
An attentive audience

Derek has pretty much been a taxidermist his whole life, having started by collecting, dissecting and drawing animals as a boy. Since then he has done a lot of work for museums, including us and the Natural History Museum in London, where he helped prepare Guy, the Museum’s famous gorilla.

“I really liked drawing and painting animals and would collect things I found. Then I realised I could open them up and became fascinated by the way they worked inside – the mechanics of the muscles and skeleton,” Derek told visitors to the event.

Finishing touches
Finishing touches

“But after a while the specimens started to get smelly and I’d get into trouble with my mum. So I’d have to throw them away and find some new ones. Eventually somebody said to me that the technique for preserving the animals was called taxidermy. I bought a book on it and I have been doing it ever since.”

For the Table Talk, Derek brought along the skin of a female partridge which had been killed in a road traffic accident.

During the hour he went through the process of turning the prepared skin into a finished piece of taxidermy. Using a photograph of a live partridge as a reference, Derek padded the bird with tow, a natural fibre, and inserted florists’ rods to give it a natural shape and posture.

Derek Frampton and the partidge
Partridge and Derek Frampton

At the end of the process the bird was tied and pinned to allow the skin to fully dry and contract, after which the cotton bindings will be removed.

The presentation was a fascinating insight into the half-art, half-science of taxidermy and the perfect complement to the Collect, Preserve, Study display in the Natural Histories exhibition.

The Art and Sciene of Taxidermy