Tag Archives: Perfume

Reconstructing an Italian Perfume from the Nineteenth Century

By Charlotte Gaudry

When we talk about historical reconstruction, “making” can be understood as the act of bringing the past back to life, recreating what once existed. This fits closely with the goals of the reconstruction I have in mind for my thesis project. It is not just about restoring objects or practices, but about exploring new ways of understanding and “making” history itself. It’s a process that can engage all our senses: sight, smell, touch, taste, and hearing. In this sense, reconstruction becomes a multisensory experience, one that opens up new possibilities through the intersection of experimental history and sensory studies. This approach feels particularly relevant for studying 19th-century Italian perfumery, a field that remains relatively under explored.

That’s why, as a PhD student in contemporary Italian history, I believe this research is not only necessary but also valuable in offering a new way of connecting with the past. Reconstruction, in this context, becomes a kind of immaterial materialisation, a way to make something intangible, like a smell, feel real again.

To give a bit of background: Italian perfumery in the 19th century evolved alongside industrialisation, which brought a wave of new knowledge and techniques. In the course of my research, I’ve found that information about perfumery is scattered across a variety of sources, from press articles and cosmetic manuals to texts on chemistry, pharmacy, floriculture, medicine, and hygiene. Yet, despite all this documentation, the one thing we lack is the scent itself. We’re left with only written descriptions and material traces to guide us. That’s what makes this work both incredibly challenging, deeply fascinating, but also very complex. 

Given the lack of material evidence for such ephemeral and intangible artefacts, we must seek clues through available sources. The most obvious sources are recipe manuals. These documents detail raw materials—whether natural, vegetable, animal, or synthetic—specifying their origins, processing methods, and the evolution of associated techniques, whether local or imported. They also describe mixing and boiling methods. The authors may integrate olfactory descriptions, providing a valuable sensory dimension that serves as an important reference in the reconstruction process. 

Recipe manuals have become some of my favourite sources. They give a real sense of the skills, techniques, and even the mindset of the time. They also reflect the impact of industrialisation, especially how chemistry and machinery started to change the way perfumes were made. What I find most fascinating about the 19th century is how it captures this turning point: traditional craftsmanship blending with new scientific and mechanical approaches.

These manuals don’t just list ingredients; they reveal which materials were in fashion, whether they came from Italy or were imported from abroad. Reading through different recipes helps me imagine the range of scented products people used—liquid perfumes, scented powders, pomades—and the role they played in daily life.

The illustrations are especially helpful. They make even the most complex machines or processes feel more understandable, almost like you’re being guided through them by someone who was there. They’re drawn with care, showing precise proportions and technical details that tell us a lot about how the machines worked. The accompanying text is often surprisingly clear too, explaining how each part functioned and how everything fit together. We missed some flowers or perfume bottles’ illustrations. Nevertheless, our large corpus overcomes that. 

Together, these manuals and illustrations give us a way to piece together, and potentially recreate, the technical world of 19th-century perfumery. For me, they’re like stepping stones that connect us directly with a forgotten craft. Nineteenth-century Italian perfumery thus emerges as an ideal laboratory for analysing the intricate dynamics of hybridisation between tradition and modernity. 

However, we may wonder if these documents are sufficient to understand how to recreate a specific recipe. Upon reading, we notice that some information is missing, primarily relating to tacit knowledge. 

This type of knowledge is often deeply rooted in personal experience, context, practice, and insights. Unlike explicit knowledge, which can be easily articulated and shared, tacit knowledge is intuitive and often subconscious. We must therefore use experimental history to address this issue. 

One of the major challenges I have run into while researching 19th-century Italian perfumery is language. Not just translating from Italian to French, but translating entire ways of thinking about ingredients, tools, and measurements that don’t always match up with our modern understanding. Some of the recipe manuals I am working with were written before Italy was even a unified country. So, naturally, there is no standardised system, especially when it comes to weights and measures. Some manuals use kilograms, but others rely on terms like oncia (ounce), dramma, or libbra (pound). Furthermore, the value of a libbra changed from one region to another. So the pound used in Tuscany was not the same as the one in Naples. That means a big part of my work has been setting up a kind of decoding system, figuring out what each unit meant in that specific place and time, so I can accurately interpret the recipes. But it also shows how important it is to approach these sources carefully. A tiny mistake in translation or conversion could completely change the formula, and with it, the scent of the reconstructed perfume. It is above all about translating an entire sensory culture. One that was shaped by chemistry, trade, and the slow but steady march of industrialisation. That makes every detail, from a single dramma to the function of a distillation machine, worth paying attention to.

To overcome these issues, we must use different sources and disciplines. The historian, relying on various sources like manuals, treatises, objects, preserved residues, etc. to reconstruct the recipe with the greatest possible precision. I’m not doing this alone. The real magic happens when I work alongside perfumers. They take all the information I gather and turn it into something tangible, real experiments in the lab, trying to recreate scents that haven’t been smelled in over a century. And then there’s the chemist, who steps in to help us make sense of how raw materials might have changed over time, or why certain reactions happen, or don’t. Even though we each speak our own “language” history, chemistry, and perfumery—we are all working toward the same goal: to bring a forgotten fragrance back to life. That collaboration is thus essential.

In the end, this kind of reconstruction isn’t just about copying the past. It is about bringing it to life in a way that people today can experience. That is what makes it so powerful. By recreating these forgotten scents, we’re not only sharing complex historical knowledge. We are making it real, tangible, and relatable.

It is a new way of doing history. One that doesn’t just rely on dates and documents, but on our senses, our curiosity, and a mix of disciplines working together. Whether it is through the nose of a perfume, the feel of an old recipe book, or the hum of a recreated 19th-century machine, we’re building bridges between then and now. And for me, that’s where the real interest of this work lies.


Charlotte Gaudry is currently a PhD candidate in History at the University of Grenoble Alpes, where she is conducting research under the auspices of the “Olfaction” Chair within the LAHRHA laboratory. Her doctoral thesis focuses on the history of Italian perfumery in the 19th century, exploring the intersection of olfactory heritage, industry, and cultural identity. Beyond her academic work, she has participated in various cultural and educational projects. These include internships at the Osmothèque – the International Perfume Conservatory in Versailles – where she remains an active volunteer.



Olfactory Notes: Integrating Embodied Research in Art History

By Madison Clyburn

In early modern Italy, perfumes were powerful substances whose therapeutic properties could generate pleasure and preserve or remedy one’s health if worn on or consumed by the body. In this post, I feature a typical Italian perfume recipe, “To make perfume for clothes,” from the Italian engraver and author Eustachio Celebrino’s (c. 1490-after 1535) printed vernacular pamphlet, Opera nova piacevole laqvale insegna di far varie compositioni odorifere per far bella ciaschuna donna…intitulata Venusta (Venice, 1550) intended for female consumers. Celebrino’s formulaic recipe books, typical of the genre, are printed records of socially important topics, like women’s health and adornment.

I made this recipe in Dr. Chriscinda Henry’s graduate seminar, Materiality and the Senses in Late Medieval and Early Modern European Art, at McGill University in the Winter of 2023. Celebrino’s recipe allowed us to work through experimental research methodologies in our final week dedicated to Embodied Knowing and Experimental Methods, which I co-led with fellow seminar member Mahdis Mohajeri. Making this perfume recipe raised questions about what it means for art historians living in one sensorium and studying others, like early modern Italy, where smelling amber rosary beads during prayer might bring one closer to God, chewing myrrh pastilles could prevent plague or wearing musk might help conceive a healthy child.

“To Make Perfume for Clothes”

The first step toward integrating embodied research in our art history seminar was to choose a recipe with accessible ingredients that was relatively quick to make. Celebrino’s perfumed sachet was just right since it simply asks one to take “fresh rose leaves & dry them in the shade & then take two carats [or vials] of musk, and make it into a powder, & two coins of fine cloves, and mix together, & then put it [all] in one or two little bags in the clothes.” 

Graduate student, Em Grisdale’s sachet keeps sweaters moth-free and smelling fresh one year later!

Before our seminar, I assembled a recipe kit with instructions and ingredients for each participant. I found cloves and dried roses from a local herbalist shop, while I substituted musk root for musk, whose extraction from the musk deer’s preputial gland is primarily illegal today. 

Next, I transcribed and translated the recipe, placing that information in a PowerPoint. This left more time in class to examine primary texts like Pliny’s The Natural History and Pietro Andrea Mattioli’s Commentaries (1565) to understand the varied classical and early modern uses of musk, roses, and cloves. At the same time, selections from Sven Dupré et al. Reconstruction, Replication and Re-enactment (2020) and Pamela Smith’s From Lived Experience to the Written Word (2022) grounded our entrance into an aromatic art history, offering insight into how hands-on historical recipe experiments can help make students more resourceful researchers and inform early modern health, hygiene, and beauty practices.

The final step consisted of interpreting the recipe through practice. Students opened their kits and began to crush, mix, and add the ingredients to a draw-string bag.

Some participants followed the recipe, and others adapted it; some used their hands, while others used a hammer or mortar and pestle to crush the musk root.

The recipe’s flexible ending tells one to put the sachet “in the clothes,” possibly in a chest, carried in a pocket, worn under a skirt or attached to a belt. Making the recipe together allowed us to pose questions, such as what types and materials of bags might be preferred, how much musk equals a carat or vial, and share reactions like musk stinks! 

Em Grisdale shows us how to wear Celebrino’s recipe on a belt loop.

Implications for Sensory Research in Art History

Embodied research welcomes questions about the sensuous relationships between the ephemeral body and its material culture. Things like perfumed sachets for clothes hinted at but not seen in visual media reveal how olfactory experiences in the early modern period are everywhere and nowhere. For example, middle- and upper-class women often had the luxury of owning multiple sets of clothes. When not worn, women stored their clothes in chests with sachets made from pure ingredients like musk or, for aspiring citizens, a counterfeit version made of spices and toasted breadcrumbs to preserve the fabrics’ quality and cleanliness. One can imagine only the finest ingredients perfuming Lambert Sustris’ Reclining Venus (c. 1548) in this wholesome atmosphere comprised of a downy mattress sprinkled with fragrant pink and white roses, sumptuous fabrics, and a woman playing a folding harpsichord, whose charming sounds vibrate through the clean air wafting through an open colonnade window.

Attributed to Lambert Sustris (c. 1515-20 -1584), Reclining Venusc. 1548, oil on canvas, 116 x 186 cm, Venice or Padua, Rijksmuseum, Amsterdam, SK-A-3479. Image credit: Rijksmuseum, Amsterdam.

But of course, we cannot see the physical sachet made from Celebrino’s recipe that may lie nestled inside the elegant cassone (chest) in the background of Sustris’ painting. We cannot sniff notes of rose, musk, and clove possibly escaping the fibres of the pastel pink dress that a woman holds above the chest. Only by reconstructing these sachets can we begin to sense smell’s critical role in preserving hygienic bodies and homes as well as in observing or challenging socially constructed gender and class hierarchies in early modern Italy.

Detail of Sustris’ Reclining Venus showing a young woman leaning over an open-lidded cassone. Image credit: Rijksmuseum, Amsterdam.

Embracing what we cannot see or smell through embodied research allows us to imagine how Celebrino’s recipe and Sustris’ painting document once fragrant interiors. An art historical approach to making recipes aims to recenter early modern sensuous practices and experiences in artworks so that teaching and academic scholarship can help us bridge two sensoria—that of our current moment and overlooked pasts.


Madison Clyburn is an Art History PhD candidate at McGill University. Her thesis focuses on the material culture of women’s wellness in late medieval and early modern Italy. Her research combines art and gender history, the history of medicine, material culture, and sensory studies to determine how perfumes were used to observe, challenge, and invert socially constructed gender and class hierarchies in the early modern period.

Roubo and Watin: The Sweet Scent of Early Modern Varnishes

By Érika Wicky

Fig. 1: Nécessaire, wood and leather, ca 1760, 8,4 x 6 cm (closed), Grasse. Courtesy of Musée international de la parfumerie.

If the decorative arts of the eighteenth century shine so brightly, it is thanks to the innovation and mastering of techniques such as gilding and varnishing.[i] While the latter may have given surfaces the shiny appearance that was particularly desirable at the time, both were above all essential to protect wood, especially against insects. Varnishes were used not only for furniture, but also for small painted objects such as snuffboxes, fans, and boîtes à mouches or fly boxes (Fig. 1). Varnishes’ appealing visual characteristics and protective properties were marred, however, by what was generally perceived as their unpleasant smell. The recipes for some of these varnishes have been passed down to us, and with them, the possibility to retrieve their odors. Some of these recipes continue to be in use, such as the varnish described by French cabinetmaker André-Jacob Roubo in L’Art du menuisier-ébéniste in 1774 (Fig. 2), whose use remains frequent in restoration[ii] so that the same recipe is regularly remade at the Center for Research and Restoration of Museums of France. While current olfactory accounts of these products are much more nuanced, they do persist, which is a sign that olfactory sensitivity has certainly evolved, but also that the smell of the varnish remains a major part of the experience of its manufacture and use. What are the substances that have given varnishes such a characteristic olfactive identity through the centuries? And how has the meaning attributed to these smells evolved?

Fig. 2 : André J. Roubo, L’Art du menuisier-ébéniste, Board 11 (Paris: 1774). Courtesy of WikiMedia Commons.

There are a number of recipes for varnishes found in eighteenth-century texts, and all essentially contain aromatic plant resins. For instance, the varnish used by Jean Félix Watin (1773) was prepared as follows: “Two ounces of mastic in tears and half a pound of sandarac in a pint of wine spirit, when the materials are well dissolved together, incorporate four ounces of Venice turpentine.”[iii] Similarly, Roubo’s (1774) was “composed of one pint or two pounds of wine spirit, five ounces of sandarac, two ounces of mastic in tears, one ounce of gum elemi and one ounce of oil of aspic.”[iv] Essentially, the process involved Venice turpentine (the name given to the resin of Melese[v]), mastic in tears, sandarac and other more precious resins such as copal, or of lesser quality such as galipot, which were generally dissolved in alcohol (wine spirit), and then heated. This gave off such a strong and unpleasant odor that the practice was forbidden within city walls.[vi] Indeed, this smell could be significant during the process of preparation, and Jean Riffault, for example, recommended that cooking copal should be stopped when it gave off an empyreumatic or burnt smell [vii] (Fig. 3).

Fig. 3: Hendrik van Reede tot Drakestein, India Copal (Vateria indica L.), colored line. Courtesy of the Wellcome Collection.

Although the smell of varnish released during firing is still considered strong and dangerous today, our current perceptions seem to accord less significance overall to the smell of varnishes. For example, the sensory-aware description of a varnish recreation at the V&A mentions that the smell of lavender dominated that of turpentine.[viii] That the smell of turpentine could be camouflaged was well known in the eighteenth century, when aspic oil was often adulterated with turpentine, which was much less expensive. To ensure the quality of the aspic oil, Watin recommended approaching a soaked cloth to a fire, which dissipates the lavender oil quickly and allows the detection of the odor of any turpentine that may have been added.[ix] Since most of these raw materials were subject to adulteration, the artisans could, in fact, evaluate their quality thanks to their sense of smell. For example, according to Baudeau’s Encyclopédie méthodique (1783-4), an unpleasant smell from gum elemi (which is usually pleasant) can reveal that it was substituted with galipot.[x] The olfactory consensus here seems to rest on the fact that the artisan knew enough about the agreeable smell of gum elemi not to be tricked. Similarly, olfactory references in professional treatises, such as Roret’s guide, often rely on experience, invoking “characteristic” or “particular” odors rather than defining them by analogy, like when elemi gum is described as smelling like fennel.[xi]

Far from being a mere nuisance, the smell of the raw materials thus made it possible to identify them, in the same way that wood, whose different species were characterized by their smell, was sometimes considered when choosing materials. Odour could be so defining that, as Cheng He has shown, the concept of lacquer was long associated with a range of odorous resins rather than with a finished object.[xii] For example, objects decorated with Martin varnish [xiii] were simultaneously prized in the eighteenth century and dreaded for their bad odor. They were distinguished in particular by the use of copal, a plant resin whose use as an incense in Mexico is often mentioned in technical treatises.[xiv]

The manufacture of varnishes thus intersects with other types of olfactory knowledge. The resins used for the varnishes are found in many other recipes, in particular for perfumes. Louis Peyron’s 1986 compilation of recipes for perfumes to be burned, which had been recommended as a way to defeat the plague in the 1720s, reveals that the components of varnishes were all found in these recipes and that their strong odor was believed to have the prophylactic virtue of keeping miasmas away.[xv] The connection between varnish and perfume can be further explored in eighteenth-century perfumery treatises: in 1761, the royal perfumer proposed a “varnish” for the complexion made with sandarac spirit, whose protective and preserving virtues aligned with those of wood varnishes.[xvi]

The negative connotations associated with the smell of varnish seem to have faded with time; tear mastic was used in perfumery into the nineteenth century, [xvii] while, according to perfumer Lucille Lefranc Gallo, gum elemi is now experiencing renewed interest in perfumery, alongside a range of spicy raw materials. The scent of varnishes produced according to eighteenth-century recipes, such as Roubo’s or Watin’s, takes us back to a time when smells had specific connotations and were part of a network of knowledge provided by olfaction, particularly with regard to the identification of materials. It is not only the sensitivity that has evolved, but also the entire olfactory culture.

 

[i] My warm thanks to Marc-André Paulin (C2RMF), Lucille Lefranc Gallo and Ersy Contogouris for their advice and comments. This text forms part of the work conducted for the Marie Sklodowska-Curie research project PaintOdor (845788).

[ii] Nathalie Balcar, Frédéric Leblanc et Marc-André Paulin, “La protection de surface pour les meubles en marqueterie de métal du musée du Louvre : étude d’un vernis, entre formulations anciennes et expérimentations actuelles,” Technè, 49 (2020).

[iii] Jean Félix Watin, L’art du peintre, doreur, vernisseur (Paris: 1773), 229. Watin claimed to have discovered the secret of an odorless varnish, but he does not give its recipe in his book.

[iv] André J. Roubo, L’Art du menuisier-ébéniste (Paris: 1774).

[v] Pierre Chomel, Abrégé de l’histoire des plantes usuelles (Paris: 1712), 190.

[vi] Watin, 224.

[vii] Jean Riffault, Manuel théorique et pratique du peintre en bâtimens, du doreur et du vernisseur (Paris: Roret, 1825), 254.

[viii] “This time, despite both ingredients being very strong smelling, the scent of the lavender oil completely overpowered that of the turpentine.” Simona Valeriani, “Recreating Sixteenth-Century Varnishes on the History of Design Course,” June 23, 2017, https://www.vam.ac.uk/blog/projects/recreating-sixteenth-century-varnishes-on-the-history-of-design-course.

[ix] Watin, 202.

[x] Nicolas Baudeau, Encyclopédie méthodique (Liège: 1783-1784), 63.

[xi] Riffault, 229.

[xii] Cheng He, “Understanding the Fragrance of Lacquer in Early Modern Europe,” University of Toronto Art Journal 9.1 (2021): 68-76. https://utaj.library.utoronto.ca/index.php/utaj/article/view/36618

[xiii] Anne-Solenn Le Hô, Céline Daher, Ludovic Bellot-Gurlet, Yannick Vandenberghe, Jean Bleton, Myrtho Bonnin, Léa Drieu, Juliette Langlois, Céline Paris, Marc-André Paulin, “French lacquers of the 18th century and vernis Martin,” ICOM-CC 17th Triennial Conference, September 2014, Melbourne, Australia. hal-01279161

[xiv] Chomel, 512.

[xv] Louis Peyron, Odeurs, Parfums et parfumeurs lors des grandes épidémies méridionales de peste Arles 1721, Talk presented at the Arles Académie on March 23, 1986.

[xvi] Le parfumeur royal (Paris: 1761), 115.

[xvii] Auguste Debay, Nouveau manuel du parfumeur-chimiste (Paris: E Dentu, 1856), 37.

 

 

 

Treating winter ailments – recreating three recipes from al-Andalus in the Iberian Peninsula

Katarzyna Gromek

Winter in medieval al-Andalus varied from the rainy, foggy, and cool season in Córdoba to snowy freezing weather in regions at higher elevations. The winter dampness seemingly aggravated stomach ailments in the general population and caused excessive weakness among some of the elderly inhabitants.

Image 1. View of Old Town and the Mezquita de Cordoba, Córdoba Spain. Image credit – Julia Kostecka, CC BY 2.0, via Wikimedia Commons.

The famous physician from eleventh century Córdoba, Abū al-Qāsim Khalaf ibn al-‘Abbās al-Zahrāwī al-Ansari, also known as Al-Zahrawi or Abulcasis, included several recipes for fragrant remedies to treat winter ailments in his work on medicine, Kitāb al-Taṣrīf. The three recipes described below are included in volume nineteen, part one, which is dedicated to perfumery. There was little difference between fragrance and medication well into the early modern period, and pleasant odors were used both to treat diseases and to satisfy and stimulate the desire for luxury products.[1]

First, let us have a look at lakhlakhah, a moist compound paste used for rubbing on the body after bathing.[2] Abulcasis mentioned that this recipe was first recommended by Yuhanna ibn Masawaih (Mesue) for the treatment of patients suffering from a stomachache or from excessive cold in winter.

The ingredients, cloves, Ceylon cinnamon, nut grass, mastic resin, wormwood, Indian spikenard, agarwood, costus, sweet flag, and green cardamom, are crushed, ground to powder and sifted. Next, enough boiling water is poured over the aromatics to form a paste which is left to steep overnight. Then powdered saffron threads and lily ben (moringa) oil are mixed into the paste. The paste is worked into a flattened ball shape and fumigated with high-quality agarwood for several hours.

To scent the lakhlakhah paste, I set up an experimental apparatus for fumigation of compound fragrance ingredients, consisting of a pottery bowl, a pierced cast iron tray, a large ceramic pot that holds the aromatics for censing, and a source of heat. Apartment living requires some creative approach for the use of open fire, and the tea light candles with lead-free wicks are the best substitute for use of charcoal or hot ashes.

Image 2. Fumigation setup for the lakhlakhah paste.

I re-kneaded the paste every time I added fresh agarwood for fumigation. After twenty-four hours of censing, I formed smaller spheres from the paste, and continued fumigation for another twenty-four hours. [See: Video 1. Fumigation with agarwood]

 

This lakhlakhah is very soft and easy to rub on wet skin. I cannot vouch for its therapeutic properties, but the scent is definitively pleasant, very spicy and musky.

Image 3. Small lakhlakhah spheres after the fumigation process is finished.

Another concoction I attempted to recreate is muthallatheh, which reminds me of modern vapor rub.[3] First, I ground some saffron threads and soaked them overnight in musky rosewater which I distilled beforehand. The muskiness of the rosewater comes from the addition of crushed ambrette seeds (Abelmoschus moschatus), a plant-derived replacement for deer musk grains. Ground Borneo camphor from Dryobalanops aromatica was also added to the saffron soak. The next day, I crushed and ground costus, agarwood, and dark white sandalwood (sandalwood comes in several varieties of colors and odors depending on the tree types). These rare aromatics formed the base for muthallatheh. I mixed the prepared aromatics with the saffron and camphor infused rosewater and worked it into a paste which was spread in a thin layer on a ceramic plate. I dried it under the cover of loosely woven linen.

Image 4. Mixing the base aromatics with the rosewater infused with saffron and camphor, and the drying process.

Once dried, I ground the base again, mixed it with hot cooked honey (cooking honey removes water which prevents spoilage) and worked it into a thick paste. I shaped small spheres which were rolled in a mixture of ground saffron and camphor.

Image 5. Rolling the muthallatheh spheres in powdered saffron threads and Borneo camphor.

These fragrant spheres were used as a medicated incense preparation or smeared directly on the chest to aid breathing in case of congestion. They have a very pungent but pleasant odor, and it is easy to understand why they were used as a treatment for colds.

The third preparation is dharīrah, a scented powder that can be used as incense, sprinkled on the clothes and body, or kept in a sachet. This recipe is known as the recipe of Al-Jafarieh ( a place or personal name). Dharīrah was known to strengthen the body organs like the brain and heart.

I started by powdering, sieving, and mixing dried rose petals, agarwood, cloves, dark white sandalwood, Indian spikenard, nutmeg, and Borneo camphor. I sewed a bag from silk fabric (tightly woven Japanese silk works well for fine powders) and transferred the powder to it.

Image 6. Making the dharīrah powder bag.

The dharīrah needs to mature, and this is done by fumigation. The aromatic for censing in the summer was camphor, and in the winter it was deer musk grains. I splurged on this recipe and used a mixture of ambrette seeds and true deer musk grains (which are harvested from farmed male deer without killing the animals). Since the musk is quite sensitive to heat, it was placed on top of a little bowl placed upside down.

Image 7. Fumigation of the bag containing powdered aromatics.

I gently mixed the bag’s contents every three hours, for a total of twenty-four hours of fumigation. [See: Video 2. Fumigation of the dharīrah powder]

The odor is so intense that even if this silk bag is stored inside a closed plastic bag, it doesn’t prevent the scent from escaping. This scent brings me great joy, so most likely this was the beneficial property of dharīrah.

These fragrances were made as part of my ongoing project in experimental archaeology of fragrances, and as such, they have no known therapeutic properties. All effects as experienced by me and a group of my volunteer testers were subjective.


Katarzyna Gromek is a molecular biologist who studies bacterial proteins involved in regulation of cell cycle.

Her passion is experimental archaeology of beauty products. She is interested in how beauty products were made and used across time and cultures.  She recreates fragrances and cosmetics from Europe and Asia, from the Bronze Age to early seventeenth century. She sources her recipes from extant texts, ranging from materia medica works and cookbooks to “books of secrets” and analysis of bioorganic material from excavations.


[1] Hamerneh, Sami K. “The first known independent treatise on cosmetology in Spain.” Bulletin of the History of Medicine 39(4) (1965):309-325.

[2] King, Anya. Scent from the Garden of Paradise: Musk and the Medieval Islamic World. Leiden Boston: Brill, 2017, 272-283.

[3] Khatib, Chadi. “Aromatherapy rules as mentioned in the ancient Arabic manuscripts (Albucasis as example).”  Journal of Pharmaceutical Toxicology 1(1) (2018):1.