By Rachel Pennimen, Senior Conservation TechnicianPhilena McKeen
Recently part of the McKeen-Duren Family papers was brought to the lab. Two boxes of approximately 40 daguerreotypes and ambrotypes were in need of better housing. Most of the photographs are of the close family of Silas McKeen. Silas was born in Corinth, Vermont in 1831 and was a Congregational Minister in Bradford, Vermont for much of his life. At some time, a family member had attached slips of paper inside each of the cases with a description of who was depicted in each photograph. Inside the case of a photograph of Silas’ daughter Philena was a longer caption:
1st photo ever taken in
our family – taken by
Southworth of Boston
when Philena was there
taking music lessons.”
The name Southworth jogged my memory. Back in May we were treating True Flag, a newspaper published in Boston from 1851-1908. While encapsulating an issue from Saturday July 15, 1854, I had noticed an advertisement for daguerreotypes and taken a photograph of it.
Southworth & Hawes was a prominent photography business active in Boston in the mid-1800’s and well known for their portraits of notable people of the day, including Henry Wadsworth Longfellow, Ralph Waldo Emerson, and Harriet Beecher Stowe. The daguerreotypes of Albert Sands Southworth and Josiah Johnson Hawes are held today in the collections of The George Eastman House, The Metropolitan Museum of Art, and the Museum of Fine Arts Boston.(All images above from Young America: The Daguerreotypes of Southworth & Hawes by Romer and Wallis)
Like the backdrop on class picture day, it looks like certain props and settings were used repeatedly in the studio of Southworth & Hawes; A table with a floral patterned cloth, a potted plant, and a book seem to have been an especially popular combination of props. The specific fern-patterned cloth draped on the table beside Philena even makes an appearance in a number of other photographs. A daguerreotype of Harriet Beecher Stowe at The Met looks especially similar.Harriet Beecher Stowe (Metropolitan Museum of Art)
Along with celebrities, Southworth and Hawes took a number of photographs of their own family members. Although not the best example of their work, in this photograph of Nancy Southworth Hawes (wife of Josiah Hawes and sister of Albert Southworth) at the MFA in Boston, she appears to be holding the same highly decorated book as Philena.Nancy Southworth Hawes (MFA Boston)
Unlike the fern-patterned cloth and potted plant that popped up again and again, the photo of Philena and the photo of Nancy are the only two I found where this specific book was identifiable. I wonder if the book was just another prop sitting around the studio for patrons to use, or if it held some greater significance. Interestingly, Albert and Nancy Southworth grew up on their parent’s farm in Fairlee, Vermont; less than 10 miles from Philena’s childhood home in Bradford. Is it possible these two families knew each other before meeting again in the Boston photographer’s studio?
We realized we needed some sort of large cart to better move folders from the stacks to the reading room when we expanded our flat file storage to include super-oversized file drawers. After some investigation we settled on the “U-boat.” This custom cart was first introduced to me by Michele Hamill, Paper and Photograph Conservator in the Digitization and Conservation Services Department at Cornell University Library.Cornell’s U-boat in action. (image courtesy Michele Hamill)
The cool thing about its design is the three-tiered storage system. The base is tall enough for a standard archival records box, the middle has a concave section to transport large folders, and the top is a large flat space to place oversize flat boxes. The best part? The top is removable! Once I saw it, I wanted it.
Today was the first opportunity for Conservation to really put the U-boat to use in moving oversize materials. We had to move three super-oversized folders from the lab to the third floor stacks. These folders are about 75 inches long and 50 inches wide, so we brought down the U-boat to transport them.The U-boat ready to roll.
Once the folders were on the cart, we placed a large tube in the middle to stabilize the contents and keep the folders from slipping or folding over. Three of us escorted the cart upstairs to the stacks. Two people steered while one cleared the way and opened doors.The collections in their new super-sized home. The U-boat with its top shelf back in place.
The U-boat was custom made for us by G.S. Manufacturing . It arrived fully assembled and ready to go. While this is the first time I’ve used the U-boat, I often see it in use in the stacks for oversized flat boxes. Is it wrong to fall in love with a cart? Because I believe I have.
In 2014 we implemented our Adopt-a-Book Program. To date over 44 items have been adopted by 22 donors. We started this program as a way to raise money for the conservation of materials from across our collections, especially those that we might need to send out for conservation because of an object’s size or special needs.
One such project was adopted by Mrs. Georgeann C Corey in memory of George Nassif Corey (T’69). This architectural blueprint of Duke’s East Campus by Horace Trumbauer was created in 1924. At some point in its lifetime it was the recipient of a DIY repair with self adhesive tape and the adhesive caused a lot of staining and damage.Duke University East Campus as designed by Horace Trumbauer (1924) [recto; Image courtesy of NEDCC] 91 linear inches of tape adorned this blueprint before treatment. That is just over 7-1/2 feet of tape! [verso; image courtesy of NEDCC]
This was a perfect item to put up for adoption due to its size, the amount of tape removal needed, and its need to be lined. This blueprint is 52-1/8″ by 40-1/8″. It is too large to fit comfortably in our washing sink, and we have no suction table or karibari board to facilitate the lining. We also wanted a digital image and facsimile reproduction made so that the original could be safely housed while the facsimile could be displayed.
Thanks to the generosity of Mrs. Corey, we were able to send this drawing to the Northeast Document Conservation Center for treatment. You can see from the images below that the treatment was truly transformative. NEDCC conservators removed 91 linear inches of tape, reduced the staining from the adhesive, washed it and repaired the tears and losses, and finally lined it with Japanese tissue. NEDCC digitally captured the drawings and made a 1:1 physical print of the file for us to use as our use copy.Trumbauer blueprint after treatment. [recto; image courtesy of NEDCC] Trumbauer blueprint after treatment. [verso; image courtesy of NEDCC]
This is one of many success stories from our Adopt-a-Book Program. We look forward to sharing others with you in the future.
One can really go down a rabbit hole when it comes to making labels for book enclosures. In addition to considering the layout and typeface, there are a number of materials and printing or gilding techniques that can be used to create one. Stamped leather labels are certainly a nicer option, but require special equipment and are very time consuming to produce.
Paper labels are very quick to make, especially in large quantities, and everyone has the necessary equipment. With a little effort in setup, paper labels can look surprisingly good on a box.
One of the major problems I have had with setting up paper labels digitally is the lack of spacing control between lines or between letters that one has with a hot stamp or handle letters. Common word processing software doesn’t make this type of layout work easy; however, I have recently discovered some simple tricks in Microsoft Word that can be employed to achieve a more pleasing arrangement of text.
When setting up a label in Word, I will often start with a simple text box. Before typing any titling text, I set the dimensions of the text box based on measurements from the spine of the enclosure. I will also set the box to have a compound line (thick and thin) to look more like traditional tooling. There is a lot of literature about choosing typefaces and laying out book titling, so I won’t get into any of that here. Let’s just focus on spacing.
With the text generally arranged and sized to fit, I will start adjusting the spacing between lines, commonly referred to as “leading“. Word seems to default to multiple spacing between lines, so I remove all of that first. With all the text selected, right click and select Paragraph. After setting the line spacing to Single, you can then customize the point spacing after each line to achieve the leading you want.
Next you may need to adjust the spacing between letters, also known as kerning. The example below uses Centaur as the typeface and, on the left, you will see some bigger variation between letter spacing. Compare the “IB” to the “RO” spacing in “LIBRORUM”.
On the right, I have adjusted the letters to have a more uniform appearance. I find this spacing more subtle on a screen, but much more obvious on a printed label for some reason. The kerning is adjusted in a similar way to the leading: with a letter highlighted, right click and select Font. Under the Advanced tab, you can choose Expanded or Condensed spacing and modify it with a number. In this example, I expanded the spacing of the I and B and reduced the spacing for the R.
I find that a little consideration to spacing makes a huge difference in the look of my book titling and labels. Hopefully these simple modifications can come in handy for other folks, too.
A few weeks ago, I wrote about a method for making your own custom cord. I had included an illustration of fiber to rope by Jane Dalrymple-Hollo, which mirrored a diagram from Tom Conroy’s 1987 article. A few days later, Jeff Peachey sent me a much earlier example of that same diagram from an 1842 issue of The Penny Magazine. This was quite serendipitous, as I am currently treating four volumes of that serial from our collection and I had already posted images of one in my post on book edge treatments. The illustrations in this magazine are just fantastic and the whole run is available through Hathi Trust. You can find the 1842 article about a rope and sail-cloth factory here.
Remember a couple weeks ago when I mused that we might stack two folding tables on top of each other to dry twice the amount of books in the same footprint? I can report that it works really well.
We found some additional damp books from the disaster we had a couple weeks ago. Since the tables were still set up I decided to test my hypothesis. It worked really well. As you can see below I made sure there were plenty of fans to circulate the air around the top layer. The books are drying nicely and we can still move around this small space with relative ease.
I have been trying to catch up on some reading lately and just finished a wonderful collection of essays titled Roger Powell, the Compleat Binder. If you are interested in early manuscripts, I would definitely recommend that you give it a read – but one article in particular provided an excuse for some fun experimentation with broader book binding and book conservation application.
Robert Espinosa published a paper on a rigid board, laced structure for potential use as a conservation rebinding in the early 1980s, and a heavily revised version of this article appears in Roger Powell. In this second version, Espinosa expands upon his discussion of hand spun sewing supports.(Illustration by Jane Dalrymple-Hollo)
Sewing supports are just one of many components in a sewn binding that can influence the action of a book, as illustrated in Tom Conroy’s excellent article The Movement of the Book Spine. Choosing the right combination of sewing supports, sewing structure, and spine linings can make a big difference in the resulting binding. We keep a selection of commercially-made linen cord on hand, but sometimes, when creating a new binding or replacing a damaged sewing support, they don’t quite meet the needs of the book. I decided to give Espinosa’s method a try.
The process starts off with a length of 18/3 Coats Barbour linen thread, tied together at the ends and doubled to create a length of four threads. I have stretched that piece over two needles in the image below to hopefully illustrate the starting configuration.
I dampened the thread a bit to soften some of the sizing and make it more flexible. I needed something to hold one end firmly while the other was twisted, so I just looped one end over a wall-mounted cabinet door handle. Next I tightened a small screw hook into the chuck of a cordless drill. Now I just needed to figure out which direction to twist. Since the thread I was using has an “S” twist, the cord (or hawser-laid rope) would need have a “Z” twist. With one loop of the threads over the cabinet handle and the other over the hook of the drill, that meant it the drill should turn counter-clockwise (or in the “reverse” setting). Even going pretty slowly, I was able to wind approximately 3 feet of cord in about 10 seconds.
The result is about half the diameter of the smallest 4-ply cord we have on hand and frays out nicely. Using this method, one could create a custom cord to any specification simply by adjusting the thickness or number of strands of the starting thread.
File under, “Why didn’t I think of that before?”Pro-tip: Use folding tables stacked two-high for drying wet books in a more compact footprint.
This morning I stacked two of our folding tables on top of each other to allow the tops to dry before putting them away. It occurred to me we could have created this two-tiered drying table to dry the wet books we got this week. We could dry the same number of books using half the floor space. Alternatively, we can dry twice as many books on the same footprint if we had four tables in two stacks of two. I need to remember this for next time. I think it would work as long as you were sure there was enough air flow around all the tables. Am I the last person to come up think about this?
We got a lot of rain in the wee hours of Monday morning. Housekeeping alerted the library, and our Preservation Officer and Head of Security sprang into action. The rain found its way from the roof down three levels to the sub basement. Most of the damage was to ceiling tiles, carpeting and equipment.
It could have been worse. Less than 100 collection items got wet. We set up drying stations in the lab and in the fume hood-room and quickly got to work. At one point we ran out of fans and put out a request to our colleagues. Within minutes we had more than enough to get the job done. We had to take only one book to the freezer.Rachel setting up drying stations in the fume-hood room.
Unfortunately the water found its way inside the walls of the Digital Production Center, Conservation and our disaster supply closet (oh the irony). Our vendor had to pull the baseboards out and cut holes in the wall to allow air to get inside to dry the drywall.Disaster supply closet Conservation Lab
We had more rain Tuesday night with additional moisture seeping through the walls. Looks like we will be working undercover for a while until they track down the problem. We’ve had some good practice at this sort of thing, so we know how to be productive even though the lab is a mess.Disaster in the disaster supply closet. Outside our front door, before pulling up the carpet.
We are hoping for drier weather in the days to come, but July and August are our rainy seasons so anything can happen. Until then, we will do what we can and stay vigilant for more leaks.
*I realize this video has been said to be staged, but it is still pretty accurate to how we felt on Monday morning.
Some recent acquisitions are in the lab this week for rehousing. We thought it would be interesting to peak at this small piece of illuminated parchment under ultraviolet light and a palimpsest became clearly visible. You never know what information may be hidden under normal lighting! For more examples, see previous posts on Preservation Underground and Bitstreams on multispectral imaging.
Yesterday we took a break from repair work to make heat set tissue. We followed the NARA recipe, tweaking as needed. We set up an assembly line to make quick work of it. We made about fifty sheets that varied in color and weight. We have some big digitization projects coming in, so it will be good to have a stockpile of this tissue ready to go.
The treatment and decoration of book edges vary greatly depending upon the time period or style of binding. The edges of a textblock can sometimes reveal information about how the book was assembled or used over the years. I came across an example of this the other day in a 16th century printed volume with this small tear and flap of paper.
It appears that this little piece was torn and folded back before the edges of the textblock were trimmed down. When unfolded, you can get an idea of how much of the sheet was cut off that edge by the bookbinder’s plow.
There are a number of reasons why a binder might trim the edges of a textblock. For one, the edges of a sheet of handmade paper naturally have a kind of feathery undulation to them from the wooden mold used to make the sheet. These are known as a deckle edge and the image below illustrates the difference between a cut edge (left) and the natural edge (bottom) on a piece of modern handmade paper.
When a number of deckle edges are assembled together in a binding, they form a very rough, uneven textblock edge. This can allow dust to filter into the textblock and can’t be elaborately decorated like this example of a gauffered edge.
Book collectors may prefer a deckle edge on a binding, however, because it demonstrates that the paper has not been overly trimmed. Sometimes one will find just a few uncut edges within the textblock. This can be an example of what is called “proof” or “witness” (Zaehnsdorf, 1900, p. 178), demonstrating that the edges have been trimmed as little as possible to achieve the smooth textblock edge.
I’ve noticed that most of the modern hardback case bindings we are acquiring for our circulating collection come with an untrimmed fore-edge. It does imitate the deckle edge of older books, but I suspect that its popularity is primarily driven by cost-cutting measures from printers, rather than aesthetic reasons.
Unfortunately, it was historically common practice to re-trim the edges of a texblock during rebinding. Books that have been rebound many times may be significantly smaller with no remaining margin or even some missing text, like this poor bound serial.
I should close with the disclaimer that no book edges are harmed as part of our modern conservation efforts. The treatment of an edge can tell us a great deal about how a book was prepared or repaired, so we make every effort not to alter or obscure that evidence through repairs or treatment.
Etherington, D. , & Roberts, M. (1982). Bookbinding and the conservation of books : a dictionary of descriptive terminology. Washington, D.C.: U.S. G.P.O.
Zaehnsdorf, J. W. (1900). The art of bookbinding. A practical treatise. London: G. Bell and Sons.
This poor pamphlet got split in half when it got caught in the mobile shelving. It seems rather metaphorical. Can Conservation put the European Union back together again? Maybe. Or maybe we will just replace it with another copy. If only the other EU split could be solved so easily.