From Artistotle to Anatomy and the tongue of a woodpecker… Digitising the Cole photographic records

Diagram of a Woodpecker Tongue

A lantern slide of a scientific diagram of the tongue of a woodpecker, taken from the works of Giovanni Alfonso Borelli. (MS 5315/2/30). You can also see the string (left of the illustration) used by Cole.

 

 

In today’s blog post, Tim and Ceri discuss their progress in digitising the glass lantern negatives created by Professor F J Cole (1872-1959), F.R.S., Professor of Zoology in the University of Reading from 1907 to 1939.

 

 

 

 

 

 

 

 

 

Tim Jerrome – Graduate Trainee Archive Assistant

Though I am admittedly fairly new to work in archives, I already have the belief that accessibility to collections is the most important part of an archivist’s job. As such, when given the chance to participate in the Cole project – cataloguing and digitising the lantern slides of Professor Cole – I was eager to get started!

Illustration of a Rhinoceros

A lantern slide of a Rhinoceros by Albrecht (Albert) Dürer, taken from one of his works. (MS 5315/4/2/76/5

The cataloguing part of the project has been a learning experience in more ways than one. Not only have I become involved with the nuances of cataloguing hierarchy, as well as using the cataloguing software, Adlib, I have also learnt a great deal about Professor Cole’s collection simply by observing the slides as I catalogue them. For example, I came across an image of Dürer’s Rhinoceros at one point, which encouraged me to research the fascinating story behind it.

 

Once I had catalogued my first set of slides, I moved on to digitisation; essentially, taking high-quality photographs of the lantern slides, editing the images, and adding them to our database of digital assets. I was a little sceptical when I first heard the camera described as a ‘praying mantis’ but it really does fit that description, and it is also enormous! The quality of images it produces is worth it, however, and I’ve relished the chance to get to grips with such high-end hardware.

I’m hoping that my contribution to the project will make the Cole collection more accessible to researchers, and I’m looking forward to continuing.

 

 

Ceri Lumley – Archive Assistant

Purple gloves handling box of glass negatives

Careful handling of the Cole glass plate negatives.

For someone who has an interest in the history of science the opportunity to work on the Cole digitisation of glass plate negatives was a welcome one. However, it was not without its technical trickiness.

Cole photographed images from many core medical and natural philosophy texts, from Aristotle to Leeuwenhoek and beyond. He used these images in his lectures and teaching at the University of Reading but also in his published works, something which is evidenced elsewhere in his papers. From these glass plates we can see his process and the painstaking effort he went to reproduce these images, sometimes taking multiple copies of the same image until he was happy with the result. The photographing set up he had devised can be seen in the images with string and pins delicately holding pages in place to enable him to get the best picture possible.

When digitising glass plate negatives there is often a choice to be made between digitising the object as an object and capturing the image on the glass. This is particularly true of Cole’s process as he often used tape or paint to conceal or highlight parts of the images he was photographing; a kind of early Photoshop. The materiality of the negatives is fascinating in itself and I hope the efforts to digitise them captures a bit of both the image itself and the condition of the negative as a ‘thing’.

It has been quite a task to digitise the photographic records within the Cole collection held at Special Collections. There are almost 1500 glass negatives alone!

Stay tuned for further updates regarding the slides as this work continues. The images of the glass plate negatives from the digitisation project for each individual author will soon be available to view on our Enterprise catalogue and through our online database.

To learn more about the papers of F J Cole see our previous blog post by Cataloguing Archivist Sharon Maxwell here. For the Cole Museum email colemuseum@reading.ac.uk. You can also follow the Cole on Twitter @ColeZoology

 

Travel Thursday: Thomas Thomson in Sweden

Sweden map smWritten by Louise Cowan, Trainee Liaison Librarian

This week’s Travel Thursday takes us to Sweden with eminent scientist Thomas Thomson.  As the first teacher of practical chemistry in a British university and an elected fellow of the Royal Society of Edinburgh (Morrell, 2004) it is no surprise that much of Thomson’s travelogue has a scientific focus.

In particular, Thomson devotes a considerable amount of his work to mineralogical observations and detailed descriptions of the mines he visits on his journey.  One such mine is the copper works at Fahlun, one of the oldest in Sweden, which Thomson describes as being 200 fathoms deep and constructed, “according to very scientific and sound principles.”  The maps accompanying his description are wonderfully detailed and were “copied from a very accurate set of charts of this mine, constructed by Baron Hermelin.”  Interestingly, the mine remained open until 1992 and is now a Unesco World Heritage site

Perpendicular section of the copper mine at Fahlun

Perpendicular section of the copper mine at Fahlun

(Falu Gruva, 2014) meaning travellers to Sweden today are still able to tour the mines as Thomson did over one hundred years ago!

 

Thomson’s scientific interests were also piqued during his time in the Swedish capitol, Stockholm.  In particular, he remarked that the Academy of Sciences, “deserves to be visited by every scientific foreigner who goes to Stockholm.”  It does indeed sound like a fascinating place with an interesting variety of objects. For example, among their collections could be found a piece of bread which in “some parts of Norway and the north of Sweden is made of the bark of trees.”

Elsewhere in Stockholm, Thomson also marvelled at the curious collections in the Arsenal, especially the “the clothes and hat worn by Charles XII when he was shot in the trenches before Frederickshall,” which remained bloodstained from the fatal wounds. He visited most of the churches the city had to offer but did “not consider it as worthwhile to give a particular description of them,” and finally found the perfect spot to view the city – a magnificent bridge joining the central island of Stockholm to the main continent:

When you stand upon this bridge and look south, the King’s palace immediately strikes the eye, a building of immense extent, and seen with peculiar advantage from the bridge.  Toward the east, the inlet of the Baltic stretches itself before the eye covered with ships, and thick scatted with barges plying from place to place under the direction of women; for the boats in Stockholm are all rowed by women.

stockholm map sm

Map of Stockholm, 1812

Again Thomson provides a beautifully detailed map to help illustrate his descriptions.  This map of Stockholm was copied from one published by Fr. Akiel in 1795 and although it had been updated and was considered one of the most accurate maps of the town, Thomson believed, “the style is somewhat blameable, as not sufficiently distinguishing between what is town and what fields.  His object seems to have been to swell the town as much as possible, and conceal its real dimensions from the eye.”  Thomson therefore made several corrections in his own copy.

Overall, Thomson travelled more than 1200 miles in a short seven weeks and though his descriptions of the sights and collections he encounters across Sweden are full of lively detail and interest, it is of course the human stories that provide the colour and character to the narrative; from the wily Olof Essen, a spoke-maker who treated Thomson very ungenerously “with regard to the rate at which he let us have horses from Lilla Oby to Oby;” to the group of English sailors in Stockholm who “had all got quite drunk and had fallen together by the ears, to the number of ten or twelve in the middle of the street, and raised a clamour that was quite diabolical.” Thomson was so mortified by this particular scene that he went so far as to claim:

In most Englishmen who travel, as far as I have had an opportunity of observing them, there is an unaccountable wish to let foreigners, with whom they associate, know that they despise them.

On a lighter note, one of my favourite pieces of the human story in Thomson’s travelogue comes at the end, in an appendix chart showing the population and professions of Sweden:

chocolatemaker

Total number of chocolate makers? One – but he is a master of his art!

 

Sources:

Thomson, Thomas (1813) Travels in Sweden during the autumn of 1812. London: Robert Baldwin [Overstone 26F/23 – available upon request]

Jack Morrell, ‘Thomson, Thomas (1773–1852)’, Oxford Dictionary of National Biography, Oxford University Press, 2004; online edn, Oct 2006 [http://www.oxforddnb.com.idpproxy.reading.ac.uk/view/article/27325, accessed 6 July 2016]

Falu Gruva (2014) Welcome to Fahlun Mine http://www.falugruva.se/en/

Johannes Kepler – Astronomiae Pars Optica

Written by Louise Cowan, Trainee Liaison Librarian

The theme of this year’s Science Week taking place from 11-20 March is ‘Science in Spaces’ so to celebrate here is our first edition of ‘Ad Vitellionem Paralipomena, Quibus Astronomiae Pars Optica Traditur’ (Supplement to Witelo, in Which Is Expounded the Optical Part of Astronomy) by German astronomer Johannes Kepler.

Astronomiae Pars Optica

Astronomiae Pars Optica

Born in 1571, Kepler was a leading figure during the scientific revolution of the 17th Century.  While usually best known for his discovery of three major laws of planetary motion, which “turned Nicolaustables Copernicus’s Sun-centred system into a dynamic universe, with the Sun actively pushing the planets around in noncircular orbits,” (Britannica Academic, 2016) his work on optics was equally ground-breaking and earned him the title ‘father of modern optical study,’ (Skydel and Whelan).

diagram

Written in 1604, ‘Astronomiae Pars Optica’ explores the properties of light, applying the ideas of reflection and refraction to explain astronomical phenomena, such as the size of astronomical bodies and the nature of eclipses.  It also investigates the workings of light with regard to pinhole cameras and the human eye.  In his explanation of vision, Kepler was the first to recognise the importance of the retina and the inversion of images within the eye, and the first to explain how eyeglasses, in use for over three centuries, actually worked, (Britannica Academic, 2016).  Kepler’s understanding diagram2of light and vision later allowed him to invent the Keplerian telescope in 1611; by replacing the concave eyepiece used by Galileo with a convex lens, Kepler was able to make considerable improvement to the design; although this inverted the image produced, it enabled a much wider field of view, (Di Liscia, 2015).

Our edition of ‘Astomomiae Pars Optica’ includes notes on the front endpapers handwritten by Francesco Tognetti, an Italian man of letters c.1810-1820.  His notes discuss Kepler’s life and work and are signed ‘from Tognetti’ suggesting that the book was given by him as a gift.

fromtognettii

I used to measure the heavens,
now I shall measure the shadows of the earth.
Although my soul was from heaven,
the shadow of my body lies here.

Kepler’s self-composed epitaph

 

Sources: