What’s on the van?… the end of the road

What's on the van banner 2

DSC_1230It all started with a question from a member of the public; “What are these things on your van anyway?” Since then, our weekly blog posts have featured the story of 37 specimens from the Museum’s diverse collections.

From the Oxford dodo to Darwin’s dung beetle, a gemstone to a T rex, the ‘What’s on the van?‘ series has covered it all. Each week, expert voices from across the Museum (and beyond) have brought insight and intrigue to the images, explaining the secrets behind the specimens that decorate our van.

DSC_1223

DSC_1221We hope you’ve enjoyed the weekly installments and will feel a little bit more knowledgeable if you see us out and about on the road. You can call out “I know what’s on the van!”.

Rachel Parle, Education Officer

 

Advertisements

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.

_DSC1117

Making a few adjustments…

An almost-closed case

Almost ready for closure

_DSC1126

Finding the spot

Glass cleaner at the ready

Glass cleaner at the ready

_DSC1138

Scott Billings – Communications coordinator

What’s on the van? – Ammonite

L-Cretaceous-ammonite

This week’s What’s on the van? comes from Eliza Howlett of the Museum’s Earth Collections.

This ammonite belongs to the genus Mortoniceras, introduced by the American palaeontologist F. B. Meek in 1876 in honour of his colleague Samuel Morton (1799-1851). The species name rostratum refers to the rostrum, the curved projection near the opening of the shell.

This specimen was collected by William Buckland (1784-1856), Oxford’s first Reader in Geology. It was originally described and illustrated by Buckland’s friend James Sowerby in 1817 in his Mineral Conchology of Great Britain, the earliest work to describe all of the fossil shells then known from the country. The specimen lived during the Cretaceous Period and is approximately 100 million years old. It was found in a marine rock formation called malmstone at the hamlet of Roke, near Benson, 10 miles southeast of Oxford. Malmstone is a distinctive fine-grained grey green rock, widely used in buildings in the area.

The ammonite on the van

The ammonite on the van

Ammonites are an extinct group of molluscs whose closest living relatives are squid and Nautilus. They had an external shell made up largely of mother of pearl. As in Nautilus, the animal’s body moved forwards periodically as the shell grew, and the back end of the body secreted an intricately folded plate called a septum after each move, so that the shell was divided into a series of chambers with the animal’s body in the last chamber. The rostrum of our specimen tells us it was an adult and had stopped growing. Ammonites floated freely in the water column, probably feeding on plankton. Although they are traditionally illustrated with the body chamber at the top, in life they were actually the other way up, with the body chamber at the bottom.

Though originally described from Oxfordshire, Mortoniceras rostratum floated its way around the Cretaceous world, and specimens are known from Texas, Japan, South India, Madagascar, South Africa and elsewhere.

What's on the van?

Scaffolding sketches

P1020231_cropped

The Museum has a long history as a source of inspiration for artists; from the involvement of the Pre-Raphaelites in the building’s construction, to the thousands of art students that visit each year. This year’s closure period has been particularly interesting for one artist, Kate Kay.

Kate Kay in the Museum

Kate Kay in the Museum

Kate, who lives locally in Oxford, is doing a continuing practice course through Ovada, an Oxfordshire contemporary arts organisation.

An architectural background and interest in drawing in large internal spaces led Kate to the Museum. She said “I’m particularly interested in framed structures through which one can see. The Museum of Natural History certainly provides this, with its dramatic and innovative structure, and its remarkable collection of skeletons adding further layers of interest. When I heard that the Museum was to be closed for renovation works, I realised that the scaffolding, and the protective wrapping of the skeletons would add yet more layers.”

Cut paper work inspired by the layers in the Museum

Cut paper work inspired by the layers in the Museum

During the early part of the year, Kate visited regularly and was welcomed on site by the contractors. With hard hat and high-vis jacket, she was allowed to  go anywhere on the site, and she made numerous sketches and took photos. From May she then worked on a very large charcoal drawing (top of this post), incorporating various elements of the Museum and the renovation project in one image. She also produced a work in cut paper (right) combining several ‘see-through’ images. These were exhibited in an end-of-year show at the Oxfordshire Museum in Woodstock.

P1030503“Now that most of the scaffolding is down, one can see how the Museum has been transformed. I’ve really appreciated the opportunities that this project has provided, particularly in exploring up in the roof structure. I look forward to drawing in the Museum again, once it’s back in action in the spring, possibly focusing more closely on some of the other exhibits.”

It’s important that this special year of closure has been documented in Kate’s drawings. When we re-open, I hope that more artists than ever will be inspired by the Museum, as sunlight floods through our sparklingly clean roof.

Rachel Parle, Education Officer

What’s on the van? – Bumble bee

_HL2#Helicon-M=B_R=16_S=4-Retouched-Edit2

This week’s What’s on the van? comes from Dr. James Hogan, of the Museum’s Hope Entomological Collections.

Bumblebees and honeybees busily working away are one of the iconic visions of summer. Bumblebees and honeybees are also closely related, both belonging to the order Hymenoptera, family Apidae.

In the UK 28 species of bumblebee (species of Bombus) have been recorded, although several species are sadly now extinct or have been seen only a few times.

The short-haired bumblebee (Bombus subterraneus) has been the focus of recent conservation efforts. Although extinct in the UK, descendants of some British short-haired bumblebees still survive– in New Zealand! These bees originate from a deliberate introduction to New Zealand in the late 19th Century for pollination of clover crops. Unfortunately, attempts to re-introduce these New Zealand bees have been unsuccessful because they are too inbred, but by introducing short-haired bumblebees from Sweden the species is establishing again in Kent (more details about the short-haired bumblebee re-introduction can be found at http://www.rspb.org.uk/ourwork/projects/details/299380-shorthaired-bumblebee-reintroduction )

Although we have lost some species we have recently gained one more, the tree bumblebee (Bombus hypnorum). This species is believed to have colonised the UK naturally from France and since its arrival about 10 years ago is spreading rapidly across Britain. We first became aware of this new bee in Oxford in 2008 when Steven Williams, one of our regular volunteers, brought in a strange-looking bumblebee which none of us recognised. It had a colour pattern unlike any other British species, with a red-brown thorax and a black abdomen with a white tip.

After a bit of detective work (and some help from local bee expert Ivan Wright) the arrival of the tree bumblebee in Oxford was confirmed. This bumblebee is now a common sight in Oxford gardens –look out for it next spring!

What's on the van?

Seaside Minerals

Russell Society

Last week, members of the Southern Branch of the Russell Society came to visit the Museum. They especially wanted to see some of the minerals in our collection that came from the South Coast of England. The Russell Society, in case you are wondering, runs lectures, museum visits and fieldtrips for people who enjoy finding out about minerals. It is named after Sir Arthur Russell, one of Britain’s most gifted amateur mineralogists. I’m a member and so is one of our volunteers, Jane Randle.

Baryte from Babbacombe, Devon (80mm across)

Baryte from Babbacombe, Devon (80mm across)

Now, Jane and I know the Russell Society folk are a very knowledgeable lot, so we put our heads together a devised a challenge for them. We got out from the stores a whole lot of interesting minerals from quarries, mines, beaches and cliff exposures all along the coast from Kent round to south Devon, and laid them out in a random way. Then came the fun bit; we took away all the labels!

The task was to work as a team and organise the minerals according to where they were found, from west to east. Easy? Well, that depends on how good you are at recognising the different kinds of minerals and where they come from.

One of the fun things about minerals is that each kind  – calcite, quartz, gypsum, etc, – can look very different according to where it is found. Some are very easy to recognise but some are not. After much debate, looking at maps, and rearrangement of specimens came the moment of truth as Jane and I put the labels back with their specimens, and everyone could see whether or not they were right.

Fossil sponge preserved in chalcedony from Brighton beach (110mm across)

Fossil sponge preserved in chalcedony from Brighton beach (110mm across)

Our Russell Society folk certainly showed they know their local minerals!  They recognised the little round masses of baryte crystals from the Isle of Sheppey,  large transparent  gypsum crystals from Battle, powdery white masses of aluminite from Newhaven, rare blue vivianite crystals from near Southampton, sparkling pointed crystals of calcite from Charmouth, branching crystals of real gold from near Torquay, and many more. Others did elude them, and came from surprising places. Our beautiful polished slices of fossil sponges, for example, came from pebbles collected on Brighton beach in the 19th century!

Monica Price, Head of Earth Collections

Secrets of Bones

Once in a Whale

Although the conservation of our whale specimens has drawn to a close, there’s still a hub of activity in the ‘whale aisle’. This week, we had an opportunity to finally uncover the Sperm Whale mandible as it was featured in a new BBC Nature Series, ‘Secrets of Bones’. To see the specimen for the first time, under natural light without the shelter of scaffolding was a real delight.

036B7200small

The conservation team was eager to oversee the action and learn about the process of putting a documentary together. Ben Garrod, evolutionary biologist, used the museum specimens to look at the evolution of the mandible and its diversity in nature.  The beautiful Sperm Whale jaw is an excellent example of this.

036B7278small036B7274small

The series will be televised in February 2014, and we’re excited to see if we made it on-screen!

The re-installation of the remaining skeletons is expected to happen in 2 weeks…

View original post 19 more words

A blur of activity

Blur

After almost a year of being ensconced in metal scaffolding and boarded hoardings the working structure inside the Museum was brought to ground with impressive rapidity – and a whole lot of noise – last week.

The tiles before cleaning!

The tiles before cleaning!

The blurry figure you can see above is one of a number of construction staff who struck the scaffold in a matter of days, throwing sunshine on the north aisle once again. Now only the central column of scaffolding remains, with just 80-odd glass tiles still to be fitted. Once this section comes down the roof again becomes an inaccessible domain, populated with secret graffiti and the newly-installed plaque.

The cleaned glass tiles waiting to be reinstalled

The cleaned glass tiles waiting to be reinstalled

Down on the ground the light is flooding in to the Museum, as you can see in the picture below. To the left you can see why: this is an example of the state of the tiles before they were cleaned, so you can imagine how much light was being blocked by a century or so’s grime.

Now our attention is starting to turn to the task of repopulating all the empty aisles and cases. It’s a big job that requires a lot of careful planning, but we’ll keep you posted along the way.

OUM Project 2013 (2)

Photo: Mike Peckett

Scott Billings – Communications coordinator