The Root of the Matter: Why We Call Them Orchids

Walk through a greenhouse today and you’re hit with a wall of blooms so delicate they feel almost impossible. Like most growers, I’ve spent years obsessing over the symmetry of my plants and those architectural petals that seem to just drift on the air. But lately, my research into pre-16th-century herbals has changed how I look at them. I've realized that for a Renaissance scholar, the "beauty" of the flower was really just a side note. To them, the real story was happening down in the dirt.

The title page of Andrés de Laguna’s 1555 edition of Dioscorides. A stunning example of the leather-bound book that defined botanical history and the anatomical origins of the word orchid.

The Anatomical Origin

Image of Testiculus and Testiculus Alter
from Andrés de Laguna’s Dioscorides, 1555

The word orchid actually starts with the Ancient Greek ὄρχις (orchis), which translates literally to "testicle" (Pavord, 2005). It sounds like a crude joke to us, but for nearly two thousand years, it was the gold standard for botanical classification. Back then, a plant’s name was the key to its secret history. While we look at an orchid and see a work of art, a 16th-century botanist looked at one and saw a puzzle to be solved; one that started and ended with the strange, anatomical shapes they pulled out of the mud.

Most of the species they knew, like the Ophrys or Orchis native to Europe, lived very different lives than the ones on my shelves. My greenhouse is packed with tropical epiphytes that seem to live on nothing but air and a bit of bark, but these ancestors were grounded, literal children of the dirt. When a Renaissance botanist unearthed one, they weren't looking for the airy roots I’m used to; they were unearthing a pair of heavy, rounded tubers. These weren't just roots. They were the plant’s survival kit, hidden energy stores packed away to survive a cold winter so the orchid could come roaring back in the spring.

When you open one of those massive, leather-bound books from the 1500s, the kind of books that feel more like furniture than reading material, you can almost feel the intensity of the people who made them. These scholars didn't just draw; they dissected with their pens. They obsessed over the Folium (the ribbing of a leaf) and the Semen (those tiny, mysterious seed pods) with a precision that feels deeply familiar to me as a grower. Yet no matter how much detail they poured into the leaves, their curiosity always dragged them back to the base. They saw the plant’s true "soul" in those earthy tubers, formally cataloging them as "testiculata" or "stones" (Dioscorides, 50-70/2005). It was a literal observation that became the foundation of botanical history.

This obsession dictated everything, even how the plants were drawn. In woodcuts from the period, the flowers are often just simple sketches, while the twin tubers are depicted with massive, exaggerated detail. The plant was defined by its foundation. It wasn't until the Map of Discovery started bringing back exotic, non-tuberous species from the Americas and Asia that this centuries-old definition finally started to crack. It forced botanists to finally look up from the mud and appreciate the petals.

Reading the "Signatures" of the Divine

To really get into the headspace of those early researchers, you have to realize that the Doctrine of Signatures wasn't just some weird superstition to them; it was a way of making sense of a chaotic world. They believed they were living in a world where nothing was accidental. To a Renaissance mind, God was the ultimate artist who had "signed" His work with physical clues—a visual shorthand left behind for us to decipher.

Image of Testiculus Tertius and Satyrion Basilicum
from Andrés de Laguna’s Dioscorides, 1555.

Imagine standing in a garden five hundred years ago, looking at a plant not just as a decoration, but as a direct message. If a leaf was shaped like a heart, it was seen as a divine "user manual" telling you it was meant to heal the blood. When those herbalists pulled an orchid from the mud and saw those twin, anatomical tubers, they didn't just see a root, they saw a clear, heaven-sent instruction that this plant held the secrets to virility and reproductive health. It makes their "obsession" with the roots feel much more human; they weren't just being clinical; they were trying to read the very language of the world around them.

Because of the twin, rounded shape of the tubers, orchids were inextricably linked to virility and reproductive health (Ogden, 1982). This "signature" was so obvious to the 16th-century eye that it dictated the plant's entire medical existence. Early Greek texts from Dioscorides (50-70/2005) even suggested that the plant's influence over the "humors" was so strong that it could influence the very creation of life.

While the scholars were busy debating Greek roots and Latin theory, the people actually working the land in 16th-century England had a much more "salt-of-the-earth" relationship with these plants. In the local "physic" gardens and along the hedgerows, you wouldn't hear anyone reaching for clinical terms. Instead, they relied on vivid, gritty folk names that didn't pull any punches: names like "Dog Stones," "Goat Stones," or my personal favorite for its sheer, unapologetic bluntness, "Fool’s Ballocks" (Gerard, 1597). It’s a hilarious, human reminder that back then, nature wasn’t some distant thing to be admired through a window; it was a living, breathing part of their daily lives.

These names reflect a culture where nature was a living, breathing pharmacy that was often as humorous as it was medicinal. Even the 15th-century Satyrion texts I’ve been researching, such as the Herbarius Moguntinus (Schöffer, 1484), suggest that the tubers were a sort of biological coin toss: eating the larger, firmer tuber was thought to produce a male child, while the smaller, shriveled one would produce a female.

What makes the Herbarius Moguntinus so remarkable isn't just the content, but the machinery that produced it. This book was printed by Peter Schöffer, the man who had been Johannes Gutenberg’s chief apprentice. In fact, it was produced on the very same type of press using the same revolutionary movable metal type technology that Schöffer, Gutenberg, and Johann Fust had used to create the famous Gutenberg Bible around 1455 (Hellinga, 2014).

This anatomical obsession turned the orchid into a high-value commodity. The Semen (seeds) and roots were harvested, dried, and ground into a restorative drink called Salep, often boiled with milk or water and believed to possess the very essence of the "signatures" found in the dirt (Gerard, 1597). When I look at the orchids in my collection today, it is a stark reminder of how far we’ve moved from seeing plants as functional, divinely coded tools to seeing them as aesthetic treasures.

The Shift: From Pharmacy to Botany

To really understand the 16th century, you have to picture it as a bit of a "tug-of-war" between the ghost of ancient folklore and the birth of modern science. In landmark books like Leonhart Fuchs’s De Historia Stirpium (1542/2001), you can practically feel that tension jumping off the page. Fuchs wasn’t satisfied with just lumping all orchids together as one big mystery; he was a man trying to bring order to the chaos.

He used a strict, almost clinical structure of Nomina (Names), Forma (Form), and Vires (Virtues) to organize his thoughts (Fuchs, 1542/2001). When I look at his woodcuts, I imagine him hunched over his desk, squinting at a specimen and trying to bridge the gap: he wanted to honor the traditional "powers" the ancients wrote about, but his eyes were constantly pulling him toward the physical reality of the plant in front of him. It wasn't just about what a plant could do anymore; it was about exactly what it was.

Fuchs spent hours documenting the Folium, noting every spot and texture to distinguish between his three main archetypes:

• Orchis mas: The "male" orchid, which he identified by its firm, twin tubers and distinct black-spotted leaves.

• Orchis foemina: The "female" orchid, which often appeared with smaller, shriveled tubers.

• Triorchis: A "Bee Orchid" that seemingly broke all the rules by appearing with three tubers instead of two.

You can almost feel Fuchs's frustration as he tried to reconcile the old stories—like the idea that the Semen could "increase the seed" of the consumer—with the sheer variety of new species arriving as the Map of Discovery expanded. By the time John Gerard published his Herball in 1597, that tension was finally reaching a breaking point. The botanical focus was moving upward from the dirt to the intricate "flies" and "gnats" hidden in the petals (Blunt & Stearn, 1994). The orchid was finally transitioning from a root-based medicine to a flower-based fascination.

Reflections from the Modern "Greenhouse"

Today, my collection has grown to 54 specimens. Most of mine are tropical epiphytes that don't even have the tuberous roots of their European cousins, yet they still carry that ancient name.

Every time I label a new plant or check a bloom, I’m using a term born in the dirt of a Greek hillside and recorded in the woodcut pages of a Renaissance herbal. We’ve moved the orchid from the medicine cabinet to the windowsill, but we still carry those 500-year-old observations in every word we speak about them.

An excerpt from the Herbarius Moguntinus (1484) describing Satirion (also seen elsewhere as Satyrion), the usual name found for orchids in European herbals from the 1st century AD through the early modern period (1500-1800's)

Fun fact about the Herbarius Moguntinus:  Peter Schöffer (c. 1425 – c. 1503), born in Gernsheim, Germany and before he was pulling levers in Mainz, Schöffer was a scribe in Paris. That early work with ink and parchment is really where he learned the 'soul' of a page layout, skills that would prove vital to the future of the printed word. When he returned to Mainz, he became Johannes Gutenberg's chief apprentice. Together, alongside the financier Johann Fust, they produced the Gutenberg Bible, the first major work in the west printed using movable metal type. type around 1455.

This history feels especially close to home for me. Back in October 2019, while my husband and I were on our honeymoon cruising down the Rhine, we stopped in Mainz to tour the Gutenberg Museum. Standing in the birthplace of modern printing was powerful but getting to actually step up to a replica press was a highlight I'll never forget.

Watching that mechanism in motion, the same heavy, creaking style of machine Schöffer would have leaned into every day, really hits you with the sheer physical grit required to produce a single page. It’s a full-body workout just to get one sheet right. Now, when I look at the woodcuts in the Herbarius Moguntinus, I don’t just see static ink on a page. I can almost feel the bone-deep vibration of the press, the massive pressure of the plate meeting the paper, and the incredible, steady hand it took to pull a perfect proof without a single smudge. It turns every illustration into a testament of human labor rather than just a historical artifact.

References
Blunt, W., & Stearn, W. T. (1994). The art of botanical illustration (Rev. ed.). Antique Collectors' Club.

Dioscorides, P. (2005). De materia medica (L. Y. Beck, Trans.). Olms-Weidmann. (Original work published ca. 50-70 CE)

Fuchs, L. (2001). The new herbal of 1542 (De historia stirpium) (K. Meyer & R. Vögel, Eds.). Taschen. (Original work published 1542)

Gerard, J. (1597). The herball or generall historie of plantes. John Norton.
Hellinga, L. (2014). Texts in transit: Manuscripts to proof and print in the fifteenth century. Brill.

Ogden, J. (1982). The doctrine of signatures. Journal of the History of Ideas, 43(1), 25–40.
Pavord, A. (2005). The naming of names: The search for order in the world of plants. Bloomsbury Publishing.

Schöffer, P. (1484). Herbarius Moguntinus. [Digitized via Biodiversity Heritage Library].

Laguna, A. (1555). Pedacio Dioscorides Anazarbeo: Acerca de la materia medicinal, y de los venenos mortiferos. Juan Latio. [Digitized via National Library of Spain].