Around the Table: The Making and Knowing Project

This month on Around the Table, we have a very special treat. Many of our contributors have been a part of the Making and Knowing Project and we have enjoyed occasional updates on the project throughout the years. Here, we have an update and reflection provided by previous Recipes Project contributor Tillmann Taape, in coordination with his former Making and Knowing team.

In 2014, Pamela Smith founded the Making and Knowing Project, an initiative in pedagogy and research to investigate the intersection of “craft” and “science” in the Renaissance. Combining experimental laboratory work with more traditional ways of doing history, the Project has explored a unique manuscript source, BnF Ms. Fr. 640, a collection of notes and recipes on craft practices from 1580s Toulouse (see Pamela Smith’s introduction to the Project in a previous post on the Recipes Blog). Over the past six years, the Making and Knowing Team and students of Columbia University’s “Craft and Science” seminar have accumulated insights into early modern materials, making processes, and the relationship between nature and human artifice. Some of these previously featured on this blog, in posts on making powder for hourglasses and the role of sensory perception in artisanal expertise. The sum total of our work has recently been published in Secrets of Craft and Nature in Renaissance France: A Digital Critical Edition and English Translation of BnF Ms. Fr. 640, containing intensively marked-up versions of the manuscript text (diplomatic and normalised transcriptions plus an English translation), over a hundred essays by collaborating scholars, “expert makers,” and students, as well as other resources such as a glossary of over 13,000 technical terms in Middle French. [1] Looking back over the past years, our intense experimental, historical, and digital engagement with this fascinating text has changed the way we think about recipes and how to read them as historians.

Recipes, instructions, observations: texts of action

Fig. 1. A page from BnF Ms. Fr. 640 showing headers and text units. Bibliothèque nationale de France, Paris. Source:

Ms. Fr. 640 consists of around one thousand semantic units of text, usually with a heading in a distinct italic script, followed by anything from a few lines of text to several pages of densely-written observations, corrections, and marginal annotations (see Fig. 1). Are these recipes? We started out calling them that, and to be sure, many of them have the structure and elements one would expect of a recipe: a statement of the end product(s), often in the header, enumerations of ingredients, with or without indication of the amount, and instructions for what to do with them, in more or less the intended sequence – sometimes the “author-practitioner,” as we call him, gets halfway through a sentence of instructions and only just saves himself with a “…having first done x.” [2] There is even a group of entries/text units on making varnishes and colouring wood that fits the definition of a recipe like a glove: the great majority start with the imperative prens or prenes (“take!”), the French equivalent of the Latin imperative recipe that gives us the English word for recipe. Four of these are explicitly labelled as a “recipe” (recepte), as in “Another recipe for making varnish” (fol. 73v).

But there are also pages filled with magic tricks, pranks, silly puns, and early modern equivalents of the dad-joke (How do you fix a candlestick to the wall without making a hole? – Have a servant hold it). Other passages break out of the recipe form through their sheer meandering length. Once the author-practitioner gets going on his favourite topic – different types of sand for making casting molds – he often does not stop for at least a few pages. What starts as a note on “experimented sands,” for example, promptly grows into a lengthy discussion of diverse sands and their merits, including the author-practitioner’s own observations and speculations about future improvements, more closely resembling detailed field notes than a mere recipe (fol. 85v–87v). Given this variety, we eventually decided to call these units of text “entries” – a more neutral and capacious term that takes its cue from the overall structure of the text more than the content.

It is clear, however, that the vast majority of entries – “recipes” or not – have one thing in common: they are texts of action. Whether walking potential readers through metalworking techniques or observing how different artisans (from day labourers to goldsmiths) do their jobs, these entries encode sequences of gestures and material processes. The challenge for historians is that writing encodes action imperfectly. However detailed the recipe, there is always much that remains unsaid, and perhaps cannot be said, but only known and experienced by the body performing the action. This is true of modern recipes, of course, but add a few hundred years, and a recipe becomes like a fossilised, flattened husk of a once-dynamic process unfolding in real time. Much of the Making and Knowing Project’s work has focused on how to re-hydrate this instant noodle of practical expertise to the extent where it makes a certain amount of sense to modern historians. Reading alone, it turns out, doesn’t get us very far. With their sparse prose and minimal structure, often only amounting to a list of ingredients and a handful of imperatives (chop, mix, heat, etc.), recipes deflect the kinds of analytic tools that historians are used to unleash on their sources. In a sense, the Project was founded around the idea that recipes and other texts of action become more fully accessible when we place them back in a context of action, reading them with our hands rather than just with our eyes.

Performative reading and emergent knowledge

Thus the Making and Knowing Laboratory was born. Housed in a 1940s chemistry lab at Columbia University, it has been home to cohorts of students’ hands-on reconstructions of objects and techniques described in Ms. Fr. 640. In its drawers and shelves, a peculiar material microcosm has accumulated, from tiny vials of pigments to counterfeit jasper made from buffalo horn to preternaturally preserved plants and animals.

While it seemed obvious from the outset that reconstructing or “acting out” recipes would tell us more than simply reading them, precisely what the payoff would be was not at all clear. In that sense, the Project was itself a true experiment. In a recent article that forms part of a special issue on “Rethinking Performative Methods in the History of Science,” the Making and Knowing Team had occasion to reflect on what we have gained from our reading-by-doing approach to recipes, for both pedagogy and research.[3]

Fig. 2. Foot of a life-cast lizard showing traces of the pin used to fix the animal in place during moulding (detail). Wenzel Jamnitzer, Writing box, c. 1560, silver, 22.7 x 10.2 cm x 6 cm. Kunsthistorisches Museum, Vienna, Kunstkammer, 1155 bis KK 1164. Photograph by Pamela H. Smith and Tonny Beentjes.

One of the key outcomes of hands-on work is that it recalibrates our eyes and hands in a way that allows us to appreciate the material literacy artisans of the past must have possessed. Early on in their research on lifecasting, a technique whereby a real animal or plant is molded in plaster and then cast in metal, Pamela Smith and Tonny Beentjes noted hitherto unexplained knob-like protrusions on the feet of lifecast lizards (Fig. 2). Their reconstruction of lifecasting instructions in Ms. Fr. 640 revealed that these protrusions were caused by metal pins used to fix the dead lizard on its clay base before molding.[4] This performative research produced a more informed reading not only of the text, but also of surviving lifecast objects whose subtle traces of the making process now revealed themselves to the attuned eye.

Starting out as a way of answering pre-formulated questions, reconstruction also turned out to be a powerful way of raising new questions that do not arise from reading alone. The work of making hourglass sand according to a recipe in Ms. Fr. 640 (introduced in a previous post by Stephanie Pope on this blog) involved mixing salt with molten lead. Having got this far, our students balked at the instructions to wash this mixture in water. Would this dissolve the salt and thus undo their work? As it turns out, it does not, but their question sparked further research into the interaction of hourglass sand and water, turning up a fascinating story: until the middle of the eighteenth century, it was impossible to blow an hourglass in one piece, and since there was always a danger of moisture entering through an improperly sealed joint between the two halves, it was imperative that hourglass sand be non-hygroscopic, i.e. non-reactive with water. Thus the hands-on reading of the recipe led to detailed questions about materials, production, and calibration – questions that would not have been raised by a “dry” reading of the recipe.

Other entries encode cultural and spiritual meanings that emerge fully in doing rather than reading. A recipe for burn salve, for example, includes instructions to wash with holy water for specific intervals, measured by the time it takes to recite the paternoster (the Lord’s Prayer in Latin). The connections to religion and timekeeping practices are obvious at first read, but the full extent of their relationship with the process and the final product only emerge when we immerse ourselves in the making process. As we add holy water while reciting prayers, we can witness the dramatic transformation of the transparent yellowish mixture of wax and linseed oil into a thick, fluffy substance of an opaque white – a vivid material instantiation of the spiritual purification implicit in the use of prayers and holy water (Vid. 1).

Vid. 1. Burn salve made according to the recipe in Ms. Fr. 640 (fol. 103r). Note the transformation of the transparent yellow mixture of melted wax and linseed oil into a thick white salve (beginning at around 04:15). (c) The Making and Knowing Project (CC BY-NC-SA).

Such insights from our own experience into the mental and cultural worlds of people in the past are powerful and evocative, but they need to be taken with a pinch of salt. Historians have shown that early modern people had diverse and completely different ways of understanding and experiencing their bodies compared to us moderns. For a start, few of us trained our bodies to specific manual tasks and expertise through years of apprenticeship. And that is before we get into problems of historical authenticity surrounding the use of pure modern ingredients and reading the paternoster off a laptop screen rather than reciting it by heart from lifelong habit. Properly considered, however, these limitations of reconstruction can be turned into a virtue, especially in a pedagogic context. They force students to think carefully about the historicity of materials and embodied experience, and thus help them problematise terms such as “body,” “craft,” and “nature” – categories that historians take for granted at their peril. Future researchers leave the laboratory with a greater critical awareness of what it means to understand material processes and to know by doing rather than through text, both in the present and the past.

All of this underscores a key point about recipes as texts: they are texts of action, and to fully read them, we have to get our hands dirty, however imperfect our modern ingredients and bodies may be for the job. The knowledge encoded in recipes is practical and, to use Pamela Smith’s term, emergent: it unfolds not in the reading, but in the doing. At best, reconstruction allows us glimpses into past worlds of materials and expertise; at worst, it shows us the gaps in the recipe that most early modern artisans or householders would have easily filled in, and the gaping holes in our own mastery of the requisite materials, gestures, and ideas.

The Making and Knowing Project is committed to sharing its own “recipe” for the kind of historical, practical, and digital work that we have been doing. In addition to the Digital Critical Edition, we are preparing a “Research and Teaching Companion” – a scalable template for hands-on teaching and online editions that teachers and researchers can adapt to their own needs. It will be ready in about a year’s time, and we look forward to bringing it to the “Around the Table” series.

Thanks, Tillmann, for the update on Making and Knowing! If you’d like to feature a project, scholar, or institution on Around the Table, please email Sarah Kernan.


[1] Making and Knowing Project, Pamela H. Smith, Naomi Rosenkranz, Tianna Helena Uchacz, Tillmann Taape, Clément Godbarge, Sophie Pitman, Jenny Boulboullé, Joel Klein, Donna Bilak, Marc Smith, and Terry Catapano, eds., Secrets of Craft and Nature in Renaissance France. A Digital Critical Edition and English Translation of BnF Ms. Fr. 640 (New York: Making and Knowing Project, 2020),

[2] Francisco Alonso-Almeida, “Genre conventions in English recipes, 1600–1800,” in Reading and Writing Recipe Books, 1550–1800, eds. Michelle DiMeo and Sara Pennell (Manchester: Manchester University Press, 2013), 68–90.

[3] Taape, Tillmann, Pamela H. Smith, and Tianna Helena Uchacz, “Schooling the Eye and Hand: Performative Methods of Research and Pedagogy in the Making and Knowing Project,” Berichte zur Wissenschaftsgeschichte 43, no. 3 (2020): 323–40.

[4] Pamela Smith and Tonny Beentjes, “Nature and Art, Making and Knowing: Reconstructing Sixteenth-Century Life-Casting Techniques,” Renaissance Quarterly 63, no. 1 (2010): 128–79.

A rose is a rose is a rose… but how does it smell?

By Galina Shyndriayeva as part of the Perfume Series

Questions of words and the meanings they convey are critical for poetry and literature, but they are just as important in the poetry of the senses. While chemical knowledge seems to have little to do with poetic concerns, European chemistry at the turn of the twentieth century, around the time of Gertrude Stein’s famous pronunciation that “a rose is a rose is a rose”, called into question what a rose really was.

The preoccupation of many organic chemists at the time was to analyze and identify discrete compounds which were responsible for a specific function in the organic matter, such as providing the sensation of a grassy scent. For example, lavender essential oil was analyzed into components which were responsible for the lavender scent. Some of these compounds could sometimes be isolated from materials cheaper than lavender oil and used as an ingredient in perfumes to impart some smidgen of lavender scent.

Evaluating otto of rose at Kazanlik, Bulgaria, major exporter of roses, ca. 1906. From William Le Queux, An observer in the Near East (London: T. Fisher Unwin, 1907). Image Credit: Wikimedia Commons.

Roses proved to have a particularly thorny (of course) scent to analyze. Chemists, mainly in France and Germany, published many articles claiming to have thoroughly identified the key components of rose oil (known as rose otto, the product of two sequential distillation steps), such as the alcohols citronellol, geraniol, rhodinol and others. But what was rhodinol to one group of chemists was not recognized as rhodinol to another; the second group claimed rhodinol was just an unrefined mixture of other components and judged the first group of chemists for sloppy technique. This situation was due to the delicate and laborious procedures of chemical analysis of the time. Adding to the complexity was the fact that oil from even the same cultivar of rose but grown in different conditions (altitude, rainfall, temperature, etc.) could contain different quantities of compounds. Setting a standard to demarcate a pure rose oil according to its constituents was therefore a matter of contention; what could be a rose in Germany was not a rose in France.

Yet the problem of identifying a rose oil as rose oil was not limited to satisfactorily labelling its components in a way agreed to by all the chemists. Profits from manufacturing rose oil could of course be stretched by adulterating the oil and a chemical understanding of the oil helped to choose more sophisticated adulterants. Verifying by chemical analysis whether the oil one just bought was genuine was as laborious a process. For example, a common adulterant was palmarosa oil, the major component of which was the alcohol geraniol, which was not only also present in rose oil, but varied in quantity depending on cultivation conditions. All these sophistication efforts ensured that the skilled ‘nose’, rather than chemical tests, would often remain the most trusted arbiter of a real rose.1

Rosa x damascena, principal Bulgarian hybrid for use in perfumes. Image Credit: Wikimedia Commons. Photo by Lucia Condac / CC BY 3.0.

What about the perfumers? One option was just to identify a favorite, trusted supplier of roses and buy otto of rose, with all its complex mixtures of compounds still somewhat mysterious, only from them. A cheaper option was to replicate the rose scent without using roses at all, possible by the 1920s with a greater range of compounds being manufactured commercially. One recipe gives 80% geraniol and small proportions of other compounds, such as citronellol and phenyl ethyl alcohol. Perfumers could use this product, manufactured by a German fragrance and essential oil supplier called Schimmel, or use something similar but add a little ‘real rose’ to ground the imitation.2 This imitation option called into question what skills were more important for a talented perfumer – to replicate a rose scent skillfully using lesser ingredients, or to properly identify a high quality ‘real’ rose oil? A British perfumer for Yardley, William Poucher, for example, was evidently proud of his skills in both these activities, but what he boasted of most in his book was his ability to identify correctly the origins of different rose oils only by scent: “To the trained specialists, however, the merest graduation of odour is appreciable, and an expert florist will name the variety of rose even in the dark” (italics original).3 And these deliberations do not even take into question which perfume the consumer would identify as a rose scent!

The scent of a rose then was highly malleable, due to both intentional as well as fraudulent artistry, as well as to the difficulty of identifying its components, and defining it was a contentious process.

1. Michael Palairet, “Primary production in a market for luxury: the rose-oil trade of Bulgaria, 1771-1941,” Journal of European Economic History 28, 3 (1999): 564-566.

2. Michael Palairet, “Primary production in a market for luxury: the rose-oil trade of Bulgaria, 1771-1941,” Journal of European Economic History 28, 3 (1999), 569.

3. William A. Poucher, Perfumes, cosmetics and soaps: With especial reference to synthetics, vol. 2 (London: Chapman and Hall, 1932), 206.

Making Senses: Artisanal Practice and Sensory Perception in an Early Modern French Manuscript

By Tillmann Taape

Ms Fr. 640 was written in French by an unknown craftsperson in Toulouse, likely between 1580 and 1600. [1] It is an intriguing and eclectic source, with entries ranging from medical recipes to metalwork and pigment-making, and it forms the core of the Making and Knowing Project at Columbia University, introduced previously on the Recipes Blog in a post by our Director, Pamela Smith.

With its numerous instructions for making things, our manuscript provides a rich case study for the way artisans worked with and thought about materials. As previous posts in this series on Recipes and the Senses have shown, physicians, alchemists, apothecaries, and other craftsmen recognised in their bodies and its senses an important set of tools for understanding and manipulating the material world, and historians pay increasing attention to these embodied and sensory ways of knowing. In this post, I will share a few examples of the rich language of the senses in Ms. Fr. 640. As one might expect from a manuscript including painting and sculpture, the eye often takes precedence over the other senses. However, a discussion of the visual in the manuscript would by itself be far beyond the scope of a single post – we spent much of this year just trying to figure out how the author-practitioner conceptualises different pigments and shades of blue. The aim here, therefore, is to focus on the oft-neglected non-visual senses and what they can teach us about our author-practitioner’s concept of the material world, his ‘material imaginary’.


A strong smell was often a sign that things had gone wrong – the papier-mâché had turned rotten while being left to soak, or a kitchen pot had been made with too much latten (a copper alloy), which ‘stinks and smells bad’ (fol. 36v). However, smells could also help identify the materials needed for a recipe. The ingredient list for a metal alloy, for example, includes the intriguingly specific ‘congealed mercury with the smell of tin’ (fol. 92v). Musing on one of his favourite topics, the properties of fine sand used for metal casting, the author-practitioner notes that

white sand smells like sulphur when heated, and I believe it would melt. And as the substance has been cast in it, it acquires in the mold a lustre as if it were leaded or vitrified. I believe that glassmakers could use it (fol. 99r).

In addition to his observation of a vitreous glaze on the cast object, it is the sulphurous smell which suggests to the author-practitioner that this particular kind of sand is prone to melt and could even be used for making glass. Throughout the manuscript, sulphur does indeed appear as a material which can easily be melted and used to cast small objects, and even appears to function as a sort of material metaphor for transformation and experimentation.


The sense of hearing becomes itself the subject of a short entry. Under the heading ‘hearing from afar’, the author-practitioner records one of the tidbits of advice and tricks for daily life which are scattered here and there throughout the manuscript: ‘Make a small hole in the ground, put your ear against it during the night or during a quiet time, and you will easily hear muffled sounds’ (fol. 125r). In addition to facilitating amateur espionage, specific noises could serve as helpful indicators in the workshop. Before casting metal into a mould made from cuttlefish bone, the author-practitioner writes, one has to make sure that it is completely dry: ‘you will know that they are dry enough when, after having held them near the fire a little, their inside and the impression scream & crackle when you hold them up to your ear’ (fol. 145r). If one was prepared to listen carefully, the materials themselves could tell when they were ready to be worked upon.

Cuttlefish bone used for casting metal objects. © The Making and Knowing Project


The sense of taste could also help to assess and adjust one’s materials. To make ‘essence of sal ammoniac’, for example, ‘the size of two chestnuts of pulverized sal ammoniac suffices in a pot of water, and to the tongue you find the water moderately salty, for too much is not good’ (fol. 111v). The concentration of the sal ammoniac solution was clearly of some importance here, and like in most early modern recipes, the given measurements – size of a chestnut, a pot of water – might not yield very consistent results, so a qualitative sensory indication – ‘moderately salty’ – is added as a further point of reference. As well as checking one’s own procedures, taste could of course be used to assess the quality of merchandise. The city of Toulouse, where our manuscript was compiled, gained much of its considerable wealth from the trade in woad, a blue dyestuff whose French name, pastel, is a likely origin of the term ‘pastel’ colours in English and other European languages. It is not surprising, therefore, that the author-practitioner mentions this sought-after material and tells us how to tell the good from the bad. This involves several steps, including inspection and a dyeing test, but the first step is a taste test: ‘The goodness of the woad is known when, put in the mouth, it gives a taste as of vinegar’ (fol. 39r).


Perhaps unsurprisingly for someone who clearly worked with his hands a lot, the sense of touch plays a particularly important and intriguing part in the author-practitioner’s practice and writing. Returning to his favourite topic – the different kinds of sand or plaster used for casting moulds – he describes how the addition of a substance called alum de plume (literally ‘feather alum’ – it probably refers to a group of minerals known as feldspars in English) helps the mould hold together because it forms fibrous structures (hence probably the reference to feathers). Its production requires a complex process of heating and grinding up in a mortar. In the margin next to the recipe, the author-practitioner notes that one should grind the alum slowly and in small portions, and finally ‘render it very fine & soft to the touch’ (fol. 108v). The manuscript is full of these kinds of haptic properties to indicate the appropriate consistency or particle size of materials. Another ‘sand’ for casting, for example, is made with ‘the bone of oxen feet, very burned & pulverized & ground on porphyry, until it is not felt between your fingers’ (fol. 84v). Intriguingly, here the reader is told to stop grinding not when they can feel a particular sensation, but when they can no longer feel the material at all with their fingers.

As it turns out, this criterion of eluding the sense of touch was an important technical concept for early modern artisans. Our former Making and Knowing postdoc Jenny Boulboullé and former students, Raymond Carlson and Jordan Katz, have shown that the term impalpable, that is to say ‘un-feelable’ or ‘impalpable’, is central to the way the author practitioner experiences and thinks about different kinds of materials used for casting moulds.[2] Furthermore, they found that he is not the only one: the use of the term ‘impalpable’ is used in published works on metallurgy, such well-known book Pirotechnia by the sixteenth-century Italian founder and metallurgist Vanoccio Biringuccio, and the Secreti, a famous book of secrets attributed to Alessio Piemontese. In his emphasis on the haptic sensation of a material being impalpable, then, the author-practitioner speaks to a sensory terminology apparently widely shared by expert makers.

‘Knead as if you wanted to make bread’: making stucco in the Making and Knowing Lab. © The Making and Knowing Project

Describing specific sensory experiences can be difficult, and it makes sense to refer to well-known parallels from daily life – a smell like sulphur, a taste like vinegar, and so on. When it comes to the sense of touch, too, the author-practitioner relates processes described in his recipes to everyday practices. As our former student Emma Le Pouésard has shown, the practices surrounding making bread were a particularly fruitful source of these kinds of comparisons.[3] To unmould a cast object, one should ‘strongly separate the moulds as if you wanted to tear bread apart’ (fol. 114v). In an age before thermostats, this could even provide a way of gauging consistent temperatures. For one’s domestic taxidermy needs, the author-practitioner writes, one could dry animals ‘in an oven as warm as when bread has been taken out’ (fol. 129v). In a recipe for making stucco, bread making is used as a referent for working up the right kind of consistency: the recipe tells us to ‘knead as if you wanted to make bread’, until the stucco paste is ‘firm as bread dough that is ready for the oven’ (fol. 29r).

When we tried making stucco in the Making and Knowing Lab in the Fall semester, this proved to be very useful guidance. While we were not experienced bakers in the way that many early modern householders probably were, we could draw on our experience from one of our ‘skillbuilding’ exercises a few weeks earlier, when we made bread to use as a mould for wax casting, replicating one of the most intriguing processes in the manuscript. When it came to making stucco and mixing the right amounts of tragacanth gum and rye flour or champagne chalk, the author-practitioner’s instructions about kneading to a consistency like bread dough were very useful, especially in the absence of any other indication of measurements. By adding flour until we achieved a dough-like mass which would ‘stretch enough without breaking’ (fol. 29r), we eventually produced stucco which displayed fine detail and could be detached from the mould without too much trouble.

Even this brief tour of Ms. Fr. 640 shows that much is to be gained by paying attention to the non-visual senses in recipes and practical instructions. In the absence of precise standardised measurements and procedures, sensory descriptions were paramount to articulating a material’s properties, whether it was of good quality, or how much longer it needed to dry, boil, soak, or be crushed in a mortar.


[1] High-res digital images of BNF Ms. Fr. 640 are available through Gallica. The Making and Knowing Project is preparing a Digital Critical Edition of the Manuscript. In the meantime, readers may wish to refer to our Minimal Edition prototype (with translation still in progress).

[2] Raymond Carlson and Jordan Katz, ‘Casting in a Box Mold’, The Making and Knowing Project, A Digital Critical Edition of BnF Ms Fr. 640, forthcoming. For more information see

[3] Emma Le Pouésard, ‘Pain, Ostie, Rostie: Bread in Early Modern Europe’, The Making and Knowing Project, A Digital Critical Edition of BnF Ms Fr. 640, forthcoming. For more information see

Medieval Cookery Rolls as Practical Kitchen Texts

By Sarah Peters Kernan

A cookery copied on a roll might seem unwieldy and impractical to the modern mind. Who would record lists of recipes on a long strip of parchment, only to roll it up again for storage? Not to mention if one needed to quickly reference a single item… Would the entire roll be stretched out twenty feet just to doublecheck the ingredients necessary for a dish of blanc manger? The roll, however, was still a format in wide use in the fourteenth century–and not just for legal records, genealogies, and the like. Practical and oft-used texts such as verse and prose prayers, charms, and medical recipes were also recorded on rolls. Smaller rolls were practical, portable, and easy to use: all necessary characteristics of a used cookbook.

Three medieval French and English cookeries survive as rolls: Sion, Archives cantonales du Valais, MS Supersaxo 108; New York, Morgan Library, MS Bühler 36; and London, British Library, MS Additional 5016. Displaying the most famous and iconic medieval cookbooks, Bühler 36 and Additional 5016 are copies of the English Forme of Cury, while S 108 is a copy of the French Viandier of Taillevent.

These three undecorated cookery rolls are heavily worn, with sections of text rubbed off or bits of brittle parchment crumbled away. The earliest of the three rolls, S 108, which is dated to the second half of the thirteenth century, exhibits signs of regular use.

Sion/Sitten, Médiathèque du Valais, S 108, f. verso – Viandier (
Sion/Sitten, Médiathèque du Valais, S 108, f. verso – Viandier (

Although the edges are relatively unscathed, the width of the parchment shows creases where the parchment looks like it was purposely folded to better see a recipe, a preparation for conger eel (located under line 400 on the verso side). Other creases are visible throughout the bottom third of the roll. The regularity of these creases suggests that pressure was applied to the roll of parchment, slightly flattening the roll. Stains of unidentifiable substances adhere to both sides of the roll. Finally, some ink has worn away on the roll.

Sion/Sitten, Médiathèque du Valais, S 108, f. recto – Viandier (
Sion/Sitten, Médiathèque du Valais, S 108, f. recto – Viandier (

The worst wear can be found around line 90 on the recto side. This is a part of the text which should have been safely rolled between several layers of parchment, protecting it from any significant wear. The appearance of such significant wear in a concentrated area suggests the roll was regularly opened to that particular spot, causing a gradual disintegration of the ink.

The two roll copies of the Forme of Cury also show signs of significant use. Additional 5016 contains innumerable tears and the ink and parchment are faded throughout. The fifteenth-century roll Bühler 36 is in the worst condition of the lot. Chunks of parchment are missing from the edges of the first leaves of the roll. Although the stability of the parchment improves the farther inside the roll, there are stains in the interior of the roll. Additionally, the red ink is in such unstable condition that the library issues a warning with the roll to use caution since the ink flakes off the parchment.

A reader, such as a household steward, head chef, or even a literate cook, could insert the lightweight and flexible roll into a pocket or hold it open on a table with heavier objects. The extensive wear on the rolls certainly supports this type of use. Bruno Laurioux has also suggested that cookery rolls were a practical format which could be held in the hand or placed in the belt, or even hung on the wall. While other cookeries lacked manageability in an active kitchen, the roll was an attractive and versatile alternative. Moreover, its ease of use was further enhanced by the addition of introductory tables, as in Additional 5016 and S 108, and rubrication, which appears in each extant roll.[1]

One of several roll maps with mounting and hanging mechanisms on exhibit at the National Museum of the US Air Force in Dayton, Ohio. Photo: Sarah Kernan, October 2012.
One of several roll maps with mounting and hanging mechanisms on exhibit at the National Museum of the US Air Force in Dayton, Ohio. Photo: Sarah Kernan, October 2012.

The very factors of rolls’ practicality—the aspects that provided for their benefit in the kitchen—remain the form’s assets well into the twentieth century. For example, the roll navigational map used by French, English, and American World War I fighter pilots in combat, provided a large volume of material contained in a small space. Like the cook seeking a reminder of a few measurements, the pilot simply rolled the map to the required portion, while keeping the rest conveniently stored. And as the cook could unfold a portion of a roll on his work space or stuff it in a pocket or belt, the pilot’s map could be mounted in the cockpit or hung around his neck.

Despite the dramatic differences in time and place, the advantages of the roll’s flexibility and use draw together settings such as the medieval kitchen and the wartime cockpit. The roll provides a helpful reminder that in understanding medieval cookery, the practical requirements of the cook and kitchen are of paramount importance.

[1] Bruno Laurioux, Les règne de Taillevent. Livres et pratiques culinaires à la fin du Moyen Âge (Publications de la Sorbonne, 1997), 332 and 343.