Category Archives: Manuscript

The Aberdeen Bestiary – site live

 

mole

Mole detail from f.24r

 

Back in March last year CHICC travelled up to the University of Aberdeen to photograph their wonderful Bestiary.

Over the course of two days we photographed 345 images, including all pages and details. Given the importance and value of The Aberdeen Bestiary, and the risks associated with taking it out of a controlled environment,the photography was carried out at the Glucksman Conservation Centre in The Sir Duncan Rice Library.

The entire manuscript is now available to view online, with a fantastic website dedicated to the whole project. The site includes all the high resolution images, wonderfully translated text for each page, and a rich history of the manuscript itself.

And don’t miss our last post regarding the panel under the mole above, with the fantastic tale of why a hedgehog has it’s spikes!

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The Lion f.8v

 

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Techniques for recovering lost texts

Research Fellow Renate Smithuis and Research Associate Stefania Silvestri, are working on a Catalogue of Codices, Scrolls, and Other Texts in Hebrew Script in The University of Manchester Library.

The Library holds one of the most important smaller collections of Hebrew manuscripts in Europe and this project will create a full, online catalogue compliant with current cataloguing and metadata standards. To support the production of the catalogue, digitisation of a number of manuscripts is being undertaken. All images, included fully digitised volumes, are added to the Hebraica Collection in the John Rylands Library Image Collections, LUNA.

A substantial portion of the Rylands Gaster manuscript collection have already been selected for digitisation, including a number of manuscripts that suffered water damage during the Second World War. The level of water damage varies, some texts are still legible but faint, others have whole sections of pages rendered illegible.

The Heritage Imaging Team have been investigating the best way to recover the text in these volumes, unsurprisingly, we have found that a single solution does not fit all. The aim of this blog post is to demonstrate the different processing options available to researchers. We are researcher-led in the work that we do with Multispectral Imaging of our collections, so if you come across a text you cannot read, please get in touch to discuss your needs in more detail (email: uml.chicc@manchester.ac.uk).

I should note at this point that these examples are not exhaustive and we are always in the process of developing new techniques.

Trials in image processing have been run on pages from Gaster Hebrew MS 1832. The first step of carrying out any specialist techniques is to produce a high resolution ‘standard’ light photographs. These are the images that you can access in high resolution in our online image collections. Often, close inspection at high resolution enables a reader to decipher more than they can read with the ‘naked eye’.

In this example, the first image shows page 1 recto of Gaster Hebrew MS 1832 in ‘standard’ light. You are able to see that there is some faded text on the page but it is extremely faded in some areas:

Gaster Hebrew MS 1832

Gaster Hebrew MS 1832 1 recto standard image

The second image shows a standard high resolution image which has undergone additional image processing in Photoshop. The image has been inverted to help the text show through in certain areas of the page.

Gaster Hebrew MS 1832

Gaster Hebrew MS 1832 1 recto standard image with processing

The third image shows page 1 recto again, a standard high resolution image which has undergone processing in Photoshop to bring out the most faded central areas of the text.

Gaster Hebrew MS 1832

Gaster Hebrew MS 1832 1 recto standard image with additional processing

Here is a detail from each file type for comparison:

The benefit of this approach is that these results can be achieved without any additional imaging of the manuscript and standard photo manipulation software can be used. In addition, once results have been achieved, these can be batch applied to a set of images for an entire manuscript. The results may not be 100% consistent depending upon the range of damage to each page, but if the results are ‘good enough’ it will save many hours of image processing time.

 

Our next example shows firstly, page 2 recto of Gaster Hebrew MS 1832 in ‘standard’ light, plus an example of the same image which has been processed in Photoshop:

However, with this example we took several further steps to recover the lost text. In this instance, the manuscript has also been imaged using Multispectral Imaging. We now use a Phase One Achromatic IQ260 digital back, iXr camera body and standard lens combined with Megavision LED lighting panels and a filter wheel to capture 17 images at different points along the electromagnetic spectrum. I have included 2 images here, take at 370nm (UV) with a long pass violet filter, and at 448nm (Deep blue) as these single images give the best results. In the infrared wavelength, the text on this manuscript disappeared completely, which suggests that it is an iron gall based ink.

 

Using multispectral imaging we are able to take our image processing and textual recovery even further. Using ImageJ software I have combined several of the individual wavelengths to create a ‘pseudocolour’ image. This applies false colours to areas of difference across the page. Note the two images below in colour.

The colour results are not attractive to every eye, especially to the colour blind so can be converted in to greyscale. In the examples here, I have added an additional filter using the Channel Mixer in Photoshop to increase the contrast of the text even further.

Here you can see details of all 8 examples described above, click on the image to flick through each detail.

There are obvious benefits of taking every possible step of image processing to recover as much text as possible. However, there are also drawbacks. The manuscript must be subjected to a second round of digitisation using the Multispectral Imaging system, this is not only time consuming, but for fragile items it also increases the possible risk of damage to the physical item. There is additional time required for the photographer to process the images and store the additional data. Metadata must be produced to accompany the new images and to detail the processing work that has been carried out on the images.

Finally depending upon the nature of the damage to the page, a reader may need to consult a combination of 2 or 3 final processed images in order to read the entire page. Additionally, there must be a flow of communication between the reader/researcher and the person processing the images in order to process the ‘best’ results.

Specialists are currently working on software solutions to allow us to present the data to readers which will allow the reader themselves to combine and ‘play’ with images to suit their needs. We will report on developments in this area when they are available. Until then, we will continue to take a ‘triage’ approach to image recovery, assessing each item against the needs of the researcher to take the right steps to uncover lost texts.

 

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Revealing Galen’s Simples at UPenn… and a whole lot more

Processed image of the Syriac Galen Palimpsest at Revealing Galens Simples Workshop, Kislak Centre for Special Collections, UPenn

Processed image of the Syriac Galen Palimpsest at Revealing Galens Simples Workshop, Kislak Centre for Special Collections, UPenn

 

An article published in the New York Times on June 1, 2015, described the discovery of a Syriac manuscript that contained the oldest known translation of Galen’s On the Mixtures and Powers of Simple Drugs. Nearly a year later, scholars, scientists and imaging specialists came together for ‘Revealing Galen’s Simples‘ a workshop and symposium hosted by the Kislak Centre for Special Collections, Rare Books and Manuscripts at the University of Pennsylvania. On Wednesday 27th April CHICC’s Carol (Heritage Imaging Manager) Tony and Gwen (Heritage Photographers) travelled to Philadelphia to take part in the event. Here is a brief overview of our time at the conference, and associated meetings, which were truly inspiring and have changed the way we think about the way we work.

Philadelphia on the horizon

Philadelphia on the horizon

We arrived at UPenn on Thursday morning and began our day of meetings with a tour of the SCETI (Schoenberg Center for Electronic Text and Images) digitisation suite. We met with Mick Overgard and his colleagues and discussed all things digitisation, including some skills swap sessions, they demonstrated the new Capture One Cultural Heritage software capabilities – (a vast improvement on the trial we had tested last year – thanks for the demo Andrea!) and we shared our multi-spectral imaging developments and techniques for imaging gold. A really fruitful discussion around advanced imaging techniques followed and we hope that SCETI might join AHFAP so that we can keep the conversation going. In fact we had so much to say that we had to come back after our next meeting to carry on our conversations!

The team at SCETI are very impressive, highly skilled and very friendly – we couldn’t believe that we came all the way to Philadelphia and bumped into a Liverpudlian though (hi Craig!). We were very jealous of the space the team have to work in, each photographer has their own ‘pod’ and they have given us lots of ideas about how to maximise space in our modest studio. I was also particularly impressed with the presence of a record player and a huge stack of vinyl, great idea!

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Following our meeting with SCETI we met with Dot Porter, Curator of Digital Research Services, and Mitch Fraas, Curator of Special Collections, to discuss digital collections, access, discoverability and engagement. Dot told us about different aspects of her engagement work including a workshop she recently delivered to students at Yale on how to access and download digital content and told us more about her video orientations for manuscripts (watch this space!).

We then met with data geniuses Doug Emery and Jessie Dummer to learn about OPENN, a revolutionary way of delivering Open Access image data. The data is presented in a simple structure that enables you to download an entire manuscript in high resolution, very easily using wget. All of the data on the site is in the public domain or released under Creative Commons licences as Free Cultural Works. This repository is now the home of the Archimedes Palimpsest and the Syriac Galen Palimpsest. The data is presented with long term storage and accessibility in mind, and all data is in a digital preservation format. The interface is not inspiring, but is designed so that anyone can use the data to build their own front-end. As more institutions begin to deliver their data in this way, the opportunities for digital curation are endless.

This meeting was followed by a sit down with Mike Toth, Project Manager for both the Archimedes and Syriac Galen Palimpsest Projects and Will Noel, Director, Kislak Center for Special Collections, Rare Books and Manuscripts and Schoenberg Institute for Manuscript Studies. Following a very quick ‘get to know each other’ we began to discuss potential collaborative projects and very quickly came up with some very viable ideas. We are now, already, in the process of putting pilots for these projects in place. We will announce developments here.

These very inspiring meetings were rounded off with some refreshments at Monk’s Cafe – the home of so many beers, they have their own bible! (From left to right, Doug Emery, Meghan Hill, Bill Christen-Barry, Mike Toth, Gwen Riley Jones, Carol Burrows. Photo by Tony Richards)

After a very fruitful day of meetings, some refreshment was required!

After a very fruitful day of meetings, some refreshment was required!

Day two began with an exclusive look at the Syriac Galen Manuscript itself, with an introduction from Abigail Quandt, Head of Book and Paper Conservation at the Walters Art Museum and lead conservator on the Archimedes and the Syriac Galen Palimpsest Projects. Abigail explained both the processes for dis-binding (so flat pages of the manuscript could be imaged using multispectral imaging) and rebinding the palimpsest for this project, but also how the palimpsest was made in the first place. The pages of Galen’s text were soaked in some kind of acid, milk or lemon juice maybe, to remove the text – rather than the alternative process of scraping off the old text. After being soaked in acid, the pages were coated with a white chalky substance, which is still visible in some places, before the over-text was written. These techniques have a significant effect of the chemical make up of the manuscript, and therefore how it performs under light during multi-spectral imaging.

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Revealing Galen Simples Workshop Group Photo

Revealing Galen Simples Workshop Group Photo

This fascinating introduction was followed by a series of informal presentations and discussions amongst the scientists and the scholars, before the groups split off to do more detailed work in the afternoon. The scholars had the opportunity to work collaboratively, deciphering the text, whilst the imaging scientists compared techniques for image processing. It was very interesting to compare the benefits of different techniques (there is not one techniques which is ‘best’) and also think about what is ‘good enough’ – a question you can only really answer when imaging scientists and scholars are able to work closely together. Open Access data and spaces for cross-discipline scholarship, such as the John Rylands Research Institute, are the key to enable these types of research partnerships.

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During the afternoon workshop sessions, the CHICC team took the opportunity to take a ‘break-out’ session with Meghan [Hill] Wilson, Multi-spectral Imaging Preservation Specialist, Library of Congress. Meghan has trained in advanced camera and spectral imaging system operation, imaging processing software, database management, metadata creation, digital data storage, and object cataloging. As we are finalising our multi-spectral imaging strategy and workflows, Meghan’s advice and expertise was invaluable. We were very interested in the wide-range of applications of multi-spectral imaging, beyond only palimpsests. We invited Meghan to come to Manchester to deliver advance workflow and data management training for our multi-spectral imaging work, to deliver a seminar to share with curators, conservators and researchers the varied uses of multi-spectral imaging, and to collaborate on some of her own research work in to identifying pigments. I am very pleased to say that we have now secured funding for Meghan’s visit and we look forward to welcoming her to Manchester this summer.

On Saturday was the symposium itself, you can view the list of speakers here. The talks included 3 cross-discipline speakers from the University of Manchester, Peter Pormann, Director of the John Rylands Research Institute and Professor of Classics and Graeco-Arabic Studies on The Final Frontier: Galen’s Syriac Versions and Graeco-Arabic Translation Technique, Dr. Bill Sellers, Faculty of Life Sciences on Working with the Data and Dr Corneliu Arsene, Faculty of Humanities on his new techniques for Revealing the Palimpsest. In addition to the Manchester speakers, we heard from a range of historians, scholars, scientists, conservators and data managers in a truly cross-discipline discussion on the subject. There was also another chance to view the manuscript, in the somewhat more historic setting of the Henry Charles Lea Library.

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In amongst all this work we did get a little time to see some sights, starting with the Liberty Bell (see photographers at work), but somehow the work always seemed to carry on in the bar…! We also came across a statue of ‘Barry’ – who it turns out is a distant relative of our colleague Bill Christens-Barry, picked up some fashion tips for Jamie – who was back at the ranch. Met Millie Emery, Doug Emery’s very gorgeous bulldog! And finally ran up the Rocky steps (well one of us did) in a not so sunny Philadelphia! We had an absolutely fantastic trip, it was so valuable to be able to attend this conference first hand and be involved in conversations with the full team of people that have pioneered these important techniques. We have returned to the UK fired up and ready to develop our work on to the next stage. So a big thanks to the John Rylands Research Institute and Professor Peter Pormann’s AHRC funded project ‘The Syriac Galen Palimpsest: Galen’s On Simple Drugs and the Recovery of Lost Texts through Sophisticated Imaging Techniques’, to all at UPenn, and everyone involved in the symposium. And a special thanks to Mike Toth for his continued excellent work in bringing all of these people together.

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Mary Hamilton Papers – NEW COLLECTION!

We are thrilled to be able to announce the creation of an entirely new collection in the University of Manchester Image Collections for digitised material from the Mary Hamilton Papers. Over the past few years, significant portions of the archive have been digitised and made available; now for the first time they are able to be viewed together in a dedicated collection of Mary’s correspondence and diaries.

Mary Hamilton (1756-1816), was a courtier and diarist, who stood at the nexus of several interlocking royal, aristocratic, literary and artistic circles in late eighteenth-century London. The Mary Hamilton Papers themselves include almost 2,500 letters, 16 meticulously detailed diaries, and six manuscript volumes. Together these form a rich resource providing a window into the intellectual and social world of Hamilton’s day, particularly the Court of George III (Hamilton was governess to his daughters), and the Bluestocking circle. Among the major figures represented in the archive are members of the royal family and other courtiers, members of Hamilton’s own family (including her uncle, the diplomat Sir William Hamilton), and prominent members of the Bluestocking circle, such as Elizabeth Montagu, Frances Burney, Frances Boscawen, Elizabeth Vesey and Mary Delany.

JRL1307497, Censored Letter to Mary Hamilton

Censored Letter to Mary Hamilton, Image number: JRL1307497

The most recent digitisation project has made available correspondence to Mary from Princess Elizabeth, daughter of George III, who occasionally addresses Hamilton as ‘My dear Hammy’; from Martha Carolina Goldsworthy, sub-governess to the Royal family and from William, 7th Lord Napier, Mary’s guardian.

 My dear Hammy.. Image number: JRL15070040

My dear Hammy…. Image number: JRL15070040

The papers are already hugely popular with scholars and the availability of these documents online will undoubtedly facilitate new research opportunities and interdisciplinary collaboration for the study of the language and socio-cultural history of Georgian England.

All images are Copyright of the University of Manchester.

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Textus Roffensis, Foundations for the Magna Carta

mw4-cropped

 

Last year CHICC visited Rochester Cathedral to digitise the Textus Roffensis, a manuscript predating the Magna Carta, containing the Law of Aethelberht of Kent which dates back to 600AD – the only surviving copy of the oldest law in English.

Historian Michael Wood talks about the manuscript on the Rochester Cathedral site here.

The digitised manuscript can be found on the Library’s digital collections here.

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A book 100 years older than the Magna Carta goes digital

Textus_Roffensis_0001 A manuscript predating the Magna Carta is to be seen, in full, online, by the public for the first time thanks to a project involving digital experts at The University of Manchester working in partnership with Rochester Cathedral.

The Textus Roffensis, a 12th century legal encyclopaedia compiled by a single scribe at Rochester Cathedral, in Kent, in the 1120s has been digitised by the University’s Centre for Heritage Imaging and Collection Care.

The medieval manuscript, which is almost 100 years older than King John’s Magna Carta and has been described as ‘Britain’s Hidden Treasure’ by the British Library, has never before been seen in its entirety by the public.
The University of Manchester’s Centre for Heritage Imaging and Collection Care provides specialist and bespoke solutions for the digitisation and collection care of heritage and cultural collections.

Dr Chris Monk, a specialist at the University who worked with Rochester Cathedral on the project, said: “The team here has vast experience digitizing rare books and manuscripts.  To work with this particular national treasure, one of such historical significance, has been remarkable.  And it will be just as exciting and remarkable for the public to see it up close – no longer a hidden treasure.
“The Textus Roffensis is truly a unique manuscript: it predates the Magna Carta by almost a hundred years, contains the only copy of the oldest set of laws in English, and was penned by an English scribe within 60 years of the Norman Conquest.  That it is being made accessible to the public is worth shouting about, and is a tribute to all those involved with the project.”
Written in Old English and Latin in 1123-24 AD, the Textus Roffensis is so called because of a 14th century inscription within the book, The Textus de Ecclesia Roffensi per Ernulphum episcopum (The Book of the Church of Rochester through Bishop Ernulf). It contains the Law of Aethelberht of Kent which dates back to 600AD – it is the only surviving copy of the oldest law in English.
Textus_Roffensis_0247
The book was originally two manuscripts. The first has the only surviving copies of three Kentish laws, including the Law of Aethelberht who was the King of Kent, from 560 to 616AD, and seen by some as ‘foundation documents of the English state’. King Alfred’s Domboc (book of laws) and King Cnut’s laws are also in this section of the book alongside the oldest copy of the coronation charter of Henry I – the wording of which is echoed in the Magna Carta (1215) and the American Declaration of Independence (1776). 
The second part of the manuscript includes the earliest charters of England’s second oldest cathedral – founded at Rochester in 604AD, the oldest known catalogue of books in England and documents concerning the Danish conquest of England in 1016. 
A number of pages in the manuscript display signs of water damage after it became submersed, possibly, in either the River Medway or the River Thames, sometime between 1708 and 1718, when it was being returned by boat to Rochester from London.

The early legal codes are concerned primarily with preserving social harmony, through compensation and punishment for personal injury. Compensations are arranged according to social rank, descending from king to slave. The initial provisions of the code offer protection to the church. Though the latter were probably innovations, much of the remainder of the code may be derived from earlier legal custom transmitted orally.


The Textus Roffensis has been safeguarded by Rochester Cathedral since its inception and has been digitised by The University of Manchester team as part of a Heritage Lottery Funded renovation and community engagement project at the Cathedral.


The Textus Roffensis itself will go on display in Rochester Cathedral next year, as part of the Cathedral’s Heritage Lottery Fund project, ‘Hidden Treasures: Fresh Expressions’, and will enable public access to its remarkable library and other collections and include exhibitions, workshops, events and activities.


Janet Wilkinson is The University of Manchester’s Librarian and Director of The John Rylands Library. She said: “The University of Manchester Library has long recognised the need to preserve its digital material, as well as print, for future generations. I am reassured that this significant piece of history will now survive for future research purposes.”
Find out more in this film produced as part of the project by Manchester Lights Media.
 
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Multispectral Imaging Trials with The Photon Science Institute – George Christian and Robert Longstaff

 

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Measuring the wavelengths of the Megavision Panels using a spectrometer

 

We are all used to the fact that unique or very rare manuscripts, like those stored in the collections of the John Rylands Library, must be handled with extreme care. They are often only displayed to the public through a layer of protective glass or maybe even exclusively as photographic reproductions; the originals far too fragile to be brought out of the dark for extended periods of time.

Since they provide us with such a precious link to the past, it is very understandable that they should be treated in this way. So it might be easy to forget that this has not always been the case. There are many examples of manuscripts whose raw materials (usually parchment) were at one time deemed more valuable than the text they contained, and which therefore became palimpsests.

A palimpsest is a manuscript from which the text has been removed and replaced by new writing, effectively recycling the original material. This then creates a new challenge for scholars who wish to read the original text which may only be very faintly visible, if at all. Traditionally, the underlying text would have been read simply by close inspection of the faint impressions left by the writing. However, this is obviously limited to manuscripts for which this text is visible to the naked eye in the first place.

In the nineteenth and early twentieth centuries, scholars brought out the less visible text with various chemical cocktails which were often highly damaging to the manuscripts. More recently, far less invasive techniques have been developed based on a fundamental understanding of light and how it interacts with matter, and CHICC has teamed up with the Photon Science Institute (part of the School of Physics and Astronomy at the University of Manchester) to trial the technique of Multispectral Imaging.

We (George Christian and Robert Longstaff) are two fourth-year physics undergraduate students who are working with the imaging team to explore the potential usefulness of this technique. Multispectral imaging is the technique of capturing data (in this case photographs) from one source at multiple wavelengths of light. By treating these images as mathematical objects (where each pixel has a numerical value associated with it), they can be combined and manipulated in such ways as to produce images where the previously invisible text can be seen and interpreted (hopefully) much more easily. For example, often invisible text can be made very clearly visible by illuminating it with ultraviolet (UV) light. The trouble is, the text that replaced it is usually also just as visible in the image.

However, if an image taken at a wavelength where only the overlying text is visible is subtracted from the image where both texts are visible, then we are left with an image containing only the text that was previously very difficult or impossible to make out. The techniques we are using were employed on the now famous Archimedes Palimpsest, and the results they have achieved can be seen in full on their website (http://www.archimedespalimpsest.org/).

We have already had some success, although really we are learning as we go. Our main challenge is to find ways to bring out the “hidden” text as clearly as possible, and hopefully in a way that is useful to the scholars! This is a very exciting opportunity for us as it’s the first time this has been offered as a final-year project, and it offers a unique chance to work in the John Rylands Library which doesn’t happen very often for physics students!

George & Robert

George and Robert’s findings can be read here

 

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Yggdrasill Online

Recently digitsed and now available online are twenty-two manuscript copies of the Ashburne Hall Magazine, Yggdrasill, c.1901-1909. These beautiful magazines are a wonderful snapshot of life in the contemporaneous Hall and are undoubtedly a rich source of research material for scholars of many disciplines.  The post that follows has kindly been supplied by Sheila Griffiths, Honorary Secretary of the Ashburne Association.

 

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Amongst the documentary archive of Ashburne Hall, University of Manchester, is a unique collection of hand written magazines, giving us a glimpse into the lives of the first students of Hall.

In 1899, a public meeting was held in the Lord Mayor’s Parlour in Manchester Town Hall. The aim was to raise funds for the establishment of a Hall of Residence for women. Professor Alexander, philosopher and supporter of higher education for women, had often heard complaints from Head Mistresses that there was a lack of pleasant accommodation for their girls in Manchester; they often advised them to apply to another university.

The public meeting raised £3,000 and Robert Derbyshire, lawyer in the city, generously purchased Ashburne House next to his own in Victoria Park. Other wealthy benefactors opened their attics, to provide furniture for the “Women’s College”. However, fearing that the women would be kept separate because of male opposition, it was decided it should be known as a Hall of Residence. Women were to be included in the university and wherever possible, taught side by side with men.

As late as 1905, the Manchester University Magazine comments that Ashburne House had originally been “only a venture”, but with growing numbers of women students, there was no question as to its viability Manchester was also a centre of the women’s movement, with many eminent professors and C.P.Scott of the Manchester Guardian advocating votes for women.The city was a vibrant focus for politics, science and the arts.

Into this academic hot house came the first dozen Ashburnians, desperate to show that they were both worthy and capable. New education grants for teaching made it possible for girls from modest backgrounds to read for a degree. Ashburne House was no finishing school for rich young ladies: it was for women who had to earn a living.

The hand drawn and painted magazines ceased in 1909, when the hope of the first editor that one day they would be printed was realized. The manuscript editions have great charm and freshness. Here was a lively community of young women ready for the fun of tennis parties, picnics and bicycling expeditions, yet with a deep sense of purpose, an awareness of how much there was to accomplish in the world.

In 1908, preparations were made to move to a larger site, The Oaks in Fallowfield, generously donated by the Behrens family. This became Ashburne Hall, the home now of over six hundred students

Like the Yggdrasill, the Tree of Knowledge, with its branches spreading wide, we now have Ashburnians all over the world, both men and women. Our annual magazine continues with the same name today.

List of Individual Magazines available:

Yggdrasill, Autumn 1901

Yggdrasill, Lent 1902Yggdrasill, Summer 1902Yggdrasill, Christmas 1902

Yggdrasill, Spring 1903Yggdrasill, Summer 1903Yggdrasill, Autumn 1903

Yggdrasill, Lent 1904Yggdrasill, Summer 1904Yggdrasill, Christmas 1904

Yggdrasill, Lent 1905; Yggdrasill, Christmas 1905

Yggdrasill, Lent 1906Yggdrasill, Summer 1906Yggdrasill, Christmas 1906

Yggdrasill, Lent 1907Yggdrasill, Summer 1907a; Yggdrasill, Summer 1907b

Yggdrasill, Lent 1908Yggdrasill, Easter 1908

Yggdrasill, Lent 1909Yggdrasill, c.1909

 

 

 

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Spectral Imaging testing at The National Library of Scotland

Combe MS 7382 page 6 in visible light (left) and in UV light (right)

Combe MS 7382 page 6 in visible light (left) and at 365nm UV light with image inverted (right)

On 2nd July the CHICC photographers travelled to Edinburgh for some Multispectral Imaging testing on some George Combe letterbooks at the National Library of Scotland. Francine Millard of the NLS writes:

George Combe (1788-1858) was an Edinburgh lawyer who was among the first converts to phrenology. This was a science which believed that people’s characters could be read from the bumps in their skulls.

The National Library of Scotland holds a remarkable collection of George Combe’s papers from 1804 to 1872. The collection begins with his apprenticeship as a clerk to Writers to the Signet and charts his promotion of phrenology which included co-founding the Edinburgh Phrenological Society in 1820 and the works Elements of Phrenology (1824) and The Constitution of Man (1828). Combe’s outgoing and incoming correspondence document his efforts to spread the causes of phrenology, secular education, and criminal and prison reform.

 

Combe’s letterbooks contain a large proportion of his replies to his brother, Andrew Combe, who was also a fervent supporter of phrenology, and to those seeking his help and advice both in Britain and America. Combe’s replies were copied by wet letter press copying (or wet-transfer) and some pages in these books have now faded to the point of invisibility.

 

The National Library of Scotland teamed up with CHICC in July to see if multi-spectral imaging would be able to render Combe’s words visible. These tests would inform the Library on what approach to take to preserve the Combe papers through digitisation.

To find out more, watch this short film of the work in action:

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Digitising Latin MS 113

CHICC recently digitised a beautiful 15th century chronicle roll here at the Rylands.

We decided to make a quick video of us working, showing how we tackle imaging a 20ft parchment roll.

Have a look at the video below, the images can be found on LUNA here.

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