Shaping the past: how donors influenced Becker Library's rare book collections.

Rare book collections do not form in a vacuum; they are shaped by the individuals who assemble and curate them. This is certainly the case with the rare book holdings of Becker Medical Library at Washington University in St. Louis School of Medicine. This paper examines some of the most significant donors to Becker's rare book collections in order to explore how these collections are a reflection of the interests and priorities of the physicians who assembled them, and also raises the issue of how the makeup of these collections create a Western-focused narrative regarding the history of medicine.

Comparing the effectiveness of hyperspectral imaging and Raman spectroscopy: a case study on Armenian manuscripts.

There is great practical and scholarly interest in the identification of pigments in works of art. This paper compares the effectiveness of the widely used Raman Spectroscopy (RS), with hyperspectral imaging (HSI), a reflectance imaging technique, to evaluate the reliability of HSI for the identification of pigments in historic works of art and to ascertain if there are any benefits from using HSI or a combination of both. We undertook a case study based on six Armenian illuminated manuscripts (eleventh-eighteenth centuries CE) in the Bodleian Library, University of Oxford. RS, and HSI (380-1000 nm) were both used to analyse the same 10 folios, with the data then used to test the accuracy and efficiency of HSI against the known results from RS using reflectance spectra reference databases compiled by us for the project. HSI over the wavelength range 380-1000 nm agreed with RS at best 93% of the time, and performance was enhanced using the SFF algorithm and by using a database with many similarities to the articles under analysis. HSI is significantly quicker at scanning large areas, and can be used alongside RS to identify and map large areas of pigment more efficiently than RS alone. HSI therefore has potential for improving the speed of pigment identification across manuscript folios and artwork but must be used in conjunction with a technique such as RS.

Transcribing and digitizing eighteenth- and nineteenth-century letters for a historical digital repository.

In fall 2011, the Scott Memorial Library purchased 53 letters belonging to an 1841 graduate of Jefferson Medical College, John Plimpton Green. The library staff transcribed and digitized the letters, creating an online collection in the university's institutional repository, Jefferson Digital Commons. This article will detail the process of transcribing and digitizing the collection along with sharing statistics and the benefits of this project to global researchers.

The Lewis S. Feuer Papers at Brandeis University.

The Lewis S. Feuer papers at Brandeis University include correspondence, manuscripts, Feuer's collection of radical literature, and other personal and professional materials. The process by which these materials came to Brandeis and were organized into an archival collection reveals connections and lacunae inherent in the material record and illuminates the principles involved in "archiving a life."