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Biodiversity Heritage Library - Program news and collection highlights from BHL
Blog Reel, Featured Books

How Many Buntings? Revisiting the Relationship Between Linnaeus and Catesby

illustration of a bird on a flower
illustration of a blue, red, yellow and green bird

Pl. XXIII. Wolf, Johann. Abbildungen und Beschreibungen merkwürdiger naturgeschichtlicher Gegenstände. 1818-1822. Atlas. Contributed in BHL from the Field Museum of Natural History Library.

Not many birds bedazzle as thoroughly as the adult male Painted Bunting. No matter how many you’ve seen or how often, every one remains a source of startlement, whether it is emerging shyly from a Florida thicket, swaying on a heavy grass halm in the deserts of Arizona, or chewing steadily at a feeder in snowy Massachusetts. This, the most gaudily colored bird north of Mexico, is guaranteed to create a stir.

illustration of a bird

Numb. LXVIII. Albin, Eleazar. A natural history of birds. 1731-1738. v. 3. Art by Elizabeth Albin. Contributed in BHL from the Smithsonian Libraries.

That stir was even greater three hundred years ago, when European natural historians first confronted this novel beauty. So colorful was the bird that the first scientists to describe it believed that it must be native to regions even more exotic than America. Eleazar Albin, in the notes accompanying his or his daughter Elizabeth Albin’s 1737 engraving of the species, reported that the bird had been brought to England from China for the pleasure “of a curious Gentleman” (Albin 1738). A dozen years on, Linnaeus, having failed to find the bird described or depicted in the handbooks available to him, diagnosed it as a new species, which he inscrutably named Emberiza ciris, and determined that with so brightly colored a plumage, the specimens could have come only from India (Linnaeus 1750).

illustration of a bird, box, and insect

Tab. VII. Linnaeus, Carl. “En Indianisk sparf.” Kongliga Swenska vetenskapsacademiens handlingar ser. 1, v. 11. 1750. Contributed in BHL from Smithsonian Libraries.

With the benefit of nearly three centuries’ hindsight, such wild geographic speculation was strictly speaking unnecessary. As early as the 1720s, the natural historian Mark Catesby had seen, drawn, and described the Painted Bunting in southeastern North America, an account that he published in London in 1729 (Catesby 1729). Moreover, the Spanish in America had known the bird even before that, poetically naming it the “mariposa pintada,” the ultimate source of the species’ modern English name. (Coincidentally, it was by way of Spain that Linnaeus’s type specimen would later reach Sweden.) In their early publications, neither Albin nor Linnaeus reveals any awareness of these facts, but in 1758, Linnaeus included the colorful little finch in the tenth edition of the Systema with a citation to Catesby and, this time, an accurate, if not overly precise, statement of its range: “Habitat in America” (Linnaeus 1758).

Even as he corrected earlier misapprehensions about the bird’s geographic distribution, Linnaeus introduced a new confusion into the historical record of the Painted Bunting. In the 1758 Systema, the formal species diagnosis—based, of course, on the colorful adult male—is followed by a description of the female, which is “blue, with white on the belly only, [and] becomes almost gray in winter” (Linnaeus 1758). The only citation Linnaeus gives for this brief account of the female is Catesby, who, he says, depicted her on Plate 44 of his Natural History of Carolina under the name Liniaria caerulea (Linnaeus 1758).

illustration of a bird on a flower

T. 44. Catesby, Mark. The natural history of Carolina, Florida and the Bahama Islands. v. 1 (1729-1732). Contributed in BHL from Smithsonian Libraries.

In fact, however, Catesby portrays only the male Painted Bunting on Plate 44 as published, and the accompanying text describes the female of that species quite differently, as “remarkable for her plain Colour, which is not unlike that of a Hen-Sparrow, but with a faint Tincture of Green” (Catesby 1729). Catesby treats his Liniara caerulea—the bird we know as the Indigo Bunting—as a distinct species, the Blew Linnet, the male of which is depicted on his Plate 45 and not, as Linnaeus erroneously indicates, Plate 44.

illustration of a blue bird on a plant

T. 45. Catesby, Mark. The natural history of Carolina, Florida and the Bahama Islands. v. 1 (1729-1732). Contributed in BHL from Smithsonian Libraries.

It is easy to forgive the odd typographical error in the nearly 1,400 pages of the 1758 Systema. But Linnaeus’s erroneous “lump” of the two bunting species and his mistaken claim that both are depicted on the same plate in Catesby are more than mere slips of the pen. Instead, these misstatements complicate what is generally thought of as the direct and straightforward link between Catesby and Linnaeus (for example, Stone 1929), shifting attention instead to the Swedish taxonomer’s still under-appreciated reliance on a different, intermediate source—the ornithological works of George Edwards.

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In August of 1736, Linnaeus wrote to a botanical colleague that he had just returned from England, where he had spoken with Catesby “and the other botanists” (Linnaeus 1736). This was their only meeting. As prolific a correspondent as Linnaeus was, the sum total of extant letters between the two great naturalists is a single brief cover note accompanying a small shipment of plants Catesby sent to Sweden (Jarvis 2015). More surprising still, Linnaeus “almost certainly” did not own any of the volumes of Catesby’s Carolina, apparently consulting the Englishman’s work instead in the libraries of colleagues and patrons in Sweden and The Netherlands (Jarvis 2015).

The intellectual and personal relationship that bound Linnaeus and George Edwards ran far deeper—and centered not on botany but on ornithology. Linnaeus would eventually name nearly 350 species of birds on the basis of descriptions, paintings, and etchings furnished by Edwards over the years (Lederer 2019). A. Stuart Mason goes so far as to name Linnaeus as Edwards’s “admirer” (Mason 1992), an assessment amply vouched for in the preserved correspondence of the two naturalists. It is uncertain whether the two well-traveled colleagues ever met (James 1933), but Linnaeus clearly held Edwards and his work in considerable esteem.

black and white portrait of a man

Portrait of George Edwards. Edwards, George. A natural history of birds. pt. 1 (1743). Contributed in BHL from Smithsonian Libraries.

In a 1759 letter introducing Edwards to Daniel Solander, the Swedish taxonomer names Edwards as preeminent among contemporary ornithologists, and pronounces himself happy to have lived to see the Englishman’s work with his own eyes (Linnaeus 1759). On the completion in 1764 of Edwards’s Gleanings of Natural History, Linnaeus would send his congratulations for having introduced to science “so very many extraordinarily rare birds, such a number as no one else has ever discovered or ever will, or far less will ever illustrate them so vividly that your birds are lacking only their song. They will sing your fame for as long as there are birds and men. Thanks to them, you have become an immortal ornament to our age…. Count me among your sincere admirers!” (Linnaeus 1765).

So great was Linnaeus’s respect for his English colleague that he had hung his portrait on the wall of his cabinet, where it served as a daily reminder of Edwards’s accomplishments (Linnaeus 1758b). Paintings, prints, and written descriptions passed between the two men almost non-stop, including both published and unpublished works (see, e.g., Edwards 1757 and Edwards 1760). The fact that Edwards sent Linnaeus “black”—that is to say, uncolored—plates from the Gleanings suggests that his gift was more than a simple ornamental courtesy, submitted instead for serious study.

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In addition to his own significant accomplishments, George Edwards played a major role in preserving and promoting the works of Mark Catesby, whom he outlived by nearly a quarter of a century. The connection of the two men was both a personal and a professional one: not only did Catesby share certain of his specimens with Edwards (Edwards 1747), but he was so generous as to offer to teach Edwards, his “nearest rival” and his “good friend” alike, to etch his own plates for publication (Mason 1992). In turn, Edwards would see a second, posthumous edition of Catesby’s Carolina through the press beginning in 1754—and he would serve as his friend and mentor’s literary and artistic executor, preparing Catesby’s Nachlaß for auction to the benefit of the elder artist’s widow (McBurney 2015).

Edwards was clearly ideally situated to serve as the point of transmission between his two friends Catesby and Linnaeus, particularly so, of course, after Catesby’s death in 1749. With no convenient access to Carolina, the great Swede would quite naturally have relied on his London colleague’s intimate familiarity with Catesby’s work. Edwards, however, was not a transparent conduit, passing Catesbiana on to Upsalla verbatim. Instead, much of what he provided Linnaeus—and much of what is attributed in the Systema straightforwardly to “Catesby”—was in fact decidedly second-hand, filtered through Edwards’s own use, and in some cases his own reassessment, of Catesby’s American material in his ornithological works.

This should be unsurprising given the structure, chronological and geographic, of the network binding Linnaeus, Catesby, and Edwards, but until now it seems that the citations to “Catesby” in the Systema have been accepted at face value, as direct and unmediated references to that author’s Carolina. That assumption explains the persistent puzzlement in the scholarship as to “why Linnaeus omitted a number of Catesby’s birds” from the 1758 edition of the Systema, birds Catesby had illustrated, described, and published a generation earlier (Stevens 1936). O.A. Stevens counted ten such mysterious omissions, birds present in the first edition of Catesby’s Carolina but for some reason not taken over into the 1758 Systema.

If we accept that Linnaeus was not making direct use of Catesby but was instead relying on Edwards’s reception of Catesby, the matter is easily explained: of the ten species of Catesbeyan birds Linnaeus ignored, all ten—the Blue-winged Teal, Yellow-bellied Sapsucker, Hairy and Downy Woodpeckers, Tufted Titmouse, Gray Catbird, American Robin, Red-Winged Blackbird, Orchard Oriole, and Indigo Bunting—had also been excluded from Edwards’s Natural History of Birds. Had Linnaeus directly consulted Catesby’s Carolina, he would have had no reason to leave those species aside; depending entirely on Edwards, however, he would have had no reason to even suspect their existence.

title page of natural history of birds

Title Page. Edwards, George. A natural history of birds. Pt. 1 (1743). Contributed in BHL from Smithsonian Libraries.

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That this was in fact the true chain of transmission—from Catesby to Edwards to Linnaeus, and not, as has long been assumed, directly from Catesby to Linnaeus—is demonstrated as well by the twisting career of the Painted Bunting in the ornithological works of all three authors.

As pointed out above, Linnaeus’s account of this species in the 1758 Systema introduces certain inconsistencies with his claimed source, Catesby’s Carolina. First, Linnaeus asserts that the female Painted Bunting is blue with a white belly, turning gray in the colder season; Catesby had described her quite differently, as dull-colored and sparrow-like, with an overtone of green. Linnaeus then goes on to cite Catesby’s Plate 44 as the authority for his description; in fact, though, that plate depicts only the male Painted Bunting, while the bird Linnaeus mistakes for the female, in reality a male Indigo Bunting, is shown on the following Plate 45.

These errors, at first regard trivial, are in fact revelatory of George Edwards’s crucial role as the link between the ornithologies of Catesby and Linnaeus. In his Natural History, published the year after Catesby’s death, Edwards corrected what he believed was his friend and mentor’s misapprehension. Edwards wrote that the tricolored bird of Catesby’s Plate 44—a Painted Bunting—and the blue bird of Plate 45—an Indigo Bunting—“are both the same; the one not arrived at its perfect Colour, and the other perfect…. This Bird in its first State resembles a Hen Sparrow, its second is Blue, and its last as the above described [that is to say, the particolored adult male Painted Bunting], with many intermixed Stages between each of these” (Edwards 1750).

Page 130. Edwards, George. A natural history of birds. v. 3 (1750). Contributed in BHL from Smithsonian Libraries.

In London, Edwards had studied a cageful of buntings of various colors, brought to Lady Anson from Mexico by Admiral Knowles; the conclusions he drew about the species’ plumage sequence were affirmed by his friend and patron John Monro (Edwards 1750). Linnaeus’s citation to “Catesby” notwithstanding, it was Edwards’s assessment of the buntings as “both the same,” and not Catesby’s original identification of two distinct species, that entered Linnaeus’s Systema in 1758.

Edwards must be held responsible, too, for Linnaeus’s erroneous reference to Catesby’s Plate 44 for the “female” of the Painted Bunting (in fact, the male of the Indigo Bunting). As already noted, the plate published as number 44 in Carolina depicts only a male Painted Bunting—but a watercolor painted in preparation for that plate, one of the unpublished works the sale of which Edwards facilitated on Catesby’s death, shows two birds sharing a perch in a magnolia (RL 25875). The upper individual is a brightly colored male Painted Bunting; the lower is an adult male Indigo Bunting. Each is labeled, in Catesby’s hand, as an apparently distinct species: the Painted Bunting as “Tricolor. Ligurinus,” the Indigo as “Linaria Cœrulea.” At least the upper inscription antedates the trimming and mounting of the sheet. Most tellingly, Catesby also numbered his painting, “44.”

illustration of two birds on a plant

Illustration by Mark Catesby of Painted bunting Passerina ciris (L.), indigo bunting Passerina cyanea (L.), and sweet bay Magnolia virginiana (L.). Sourced from the Royal Collection Trust. Image metadata reads: “Inscribed on the recto in pen and ink in Catesby’s hand, upper right: ‘Tricolour. Ligurinus’; lower right: ‘Linaria Caerulea’; upper right corner ’44’. The Painted Finch appears in Volume I, Plate 44, and the Blue Linnet in Volume I, Plate 45, of Catesby’s The Natural History of Carolina, Florida and the Bahama Islands.” Source link: https://www.rct.uk/collection/925875/recto-the-paintednbspfinch-the-blue-linnet-and-the-sweet-flowering-bayverso-the

That number is clearly a reference to the Plate 44 that Catesby would subsequently publish in his Carolina. Plate 44 depicts only one bird, an adult male Painted Bunting. That bird is clearly based on the individual in Catesby’s earlier painting, now perched somewhat more steadily in a somewhat more decorative magnolia. The Indigo Bunting figured in the painting was also taken over into the published work, but on a separate plate—Plate 45—where it balances tremulously on the leaf of a trillium.

Linnaeus’s citation to Catesby’s Plate 44 for his description of the female Painted Bunting makes sense only if it in fact refers to the preliminary painting, not to the published plate. The painting certainly passed through Edwards’s hands as he prepared the Catesby estate for auction, and it is reasonable to conclude that the information he supplied Linnaeus was based on that “44,” not on the published plate assigned that number. The painting’s confrontation of the two buntings—in spite of Catesby’s labels—could be read as confirmation of Edwards’s theory of conspecificity, a theory he had illustrated himself, wordlessly, in a whimsical 1732 painting depicting what we now recognize as a Painted and an Indigo Bunting posed intimately on the same branch.

various birds perched on a scenic background

Edwards’s bunting painting, from Mason, “The Bedell and His Birds”. Source: Rick Wright on Flickr.

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In reliance on Edwards’s initial understanding of the species’ status and plumages, Linnaeus again identified the male Indigo Bunting as a female Painted in the eleventh, 1760 edition of the Systema naturae (Linnaeus 1760). The truth would out, however, and in 1766, in what was the first major revision since 1758, the twelfth edition of the Systema “split” the buntings to recognize the Indigo as a separate species, Tangara cyanea, for the first time; describing only the adult male (“blue, with blackish rectrices”), Linnaeus now cites the correct text page and plate from Catesby’s Carolina (Linnaeus 1766).

Linnaeus’s change of view had been preceded, half a dozen years earlier, by another reassessment of the buntings: that in George Edwards’s Gleanings of Natural History. In the second, 1760 volume of this continuation of his Natural History of Birds, Edwards provided a new and accurately labeled plate of the Painted Bunting, showing both a colorful adult male and a female, the latter “wholly of a parrot green colour” (Edwards 1760b).

two birds on a stick

Plate of Painted Buntings. Edwards, George. 1758-1764. Gleanings of natural history. Part II. Contributed in BHL from the National Library Board, Singapore.

The addition of the female figure, and Edwards’s description of the other, non-adult and non-male age and sex classes “as plain-coloured as a hen Sparrow” (Edwards 1760b), reveal that his rethinking was the result of a renewed consultation of Catesby’s Carolina, which had described the female Painted Bunting in much the same words. This is no coincidence. Just as Linnaeus’s earlier “lump” of the Indigo and Painted Buntings was the result of his relying on Edwards’s interpretation of Catesby, so too did his “split” of the two birds in 1766 reflect Edwards’s re-evaluation of their status.

No one can deny the significance of Mark Catesby’s work to the natural historical enterprise of the eighteenth century in general, or to the Linnaean tradition specifically. But an examination of the other bird species attributed by the Systema to “Catesby” would likely confirm what the case of the buntings so cogently suggests: that not Catesby but his “good friend,” pupil, and literary executor George Edwards was Linnaeus’s direct source for the North American birds credited to him.

Works Cited

Adler, K. 2015. “Ctesby’s Fundamental Contributions to Linnaeus’s Binomial Catalogue of North American Animals.” Pp. 251-264 in Nelson, E. Charles, and David J. Elliott, eds. The Curious Mr. Catesby: A “Truly Ingenious” Naturalist Explores New Worlds. Athens, GA: University of Georgia Press.

Albin, E. 1738. A Natural History of Birds. Vol. 3. London: privately published.

Catesby, M. 1729 [1731]. The Natural History of Carolina, Florida, and the Bahama Islands. Vol. 1. London: privately published.

Edwards, G. 1747. A Natural History of Birds. Vol. 2. London: College of Physicians.

——-. 1750. A Natural History of Birds. Vol. 3. London: College of Physicians.

——-. 1757. George Edwards to Carolus Linnaeus. October 15, 1757. In Linnaean Correspondence. 

——-. 1760a. George Edwards to Carolus Linnaeus. August 12, 1760. In Linnaean Correspondence. 

——-. 1760b. Gleanings of Natural History. Pt. 2. London: College of Physicians.

James, T.E. 1933. “George Edwards, F.R.S. (1694-1773): An Eighteenth-century Naturalist.” Science Progress in the Twentieth Century (1919-1933) 27.107: 486-493.

Jarvis, C.E. 2015. “Carl Linnaeus and the Influence of Mark Catesby’s Botanical Work.” Pp. 189-204 in Nelson, E. Charles, and David J. Elliott, eds. The Curious Mr. Catesby: A “Truly Ingenious” Naturalist Explores New Worlds. Athens, GA: University of Georgia Press.

Lederer, R. 2019. The Art of the Bird: The History of Ornithological Art Through Forty Artists.

Linnaeus, C. 1736. [L5980. Carl Linnaeus to Johannes Burman.] The Linnaean Correspondence. Ferney-Voltaire: Centre international d’étude du XVIIIe siècle. On line at linnaeus.c18.net.

——-. 1750. “En Indianisk sparf.” Kongliga Swenska vetenskapsacademiens handlingar ser. 1, vol. 11: 278-280.

——-. 1758a. Systema naturae. 10th ed. Vol. 1. Stockholm: Lars Salvius.

——-. 1758b. Carolus Linnaeus to George Edwards. March 20, 1758. In Linnaean Correspondence. On line at tinyurl.com/LynnEdw1758.

——-. 1759. Carolus Linnaeus to George Edwards. April 12, 1759. In Linnaean Correspondence. On line at tinyurl.com/LinnEdwApr1759.

——-. 1760. Systema naturae. 11th ed. Vol. 1. Halle/Saale: Johann Jacob Curt.

——-. 1764. Carolus Linnaeus to George Edwards. April 12, 1764. In Linnaean Correspondence. On line at tinyurl.com/LinnEdw1764.

——-. 1766. Systema naturae. 12th ed. Vol. 1. Stockholm: Lars Salvius.

Mason, A.S. 1992. George Edwards: The Bedell and His Birds. London: Royal College of Physicians.

McBurney, H. 2015. “Mark Catesby’s Preparatory Drawings for The Natural History of Carolina, Florida and the Bahama Islands.” Pp. 141- 154 in Nelson, E. Charles, and David J. Elliott, eds. The Curious Mr. Catesby: A “Truly Ingenious” Naturalist Explores New Worlds. Athens, GA: University of Georgia Press.

Stevens, O.A. 1936. “The First Descriptions of North American Birds.” Wilson Bulletin 48: 203-215.

Stone, W. 1929. “Mark Catesby and the Nomenclature of North American Birds.” Auk 46: 447-454.

December 5, 2019by michelle.underhill
BHL News, Blog Reel

‘What’s in a Name?’ Launched at Harvard Museum of Natural History

Why are names important in science? What is the difference between scientific names (also known as Latin names or taxonomic names) and common names? Why do some species have multiple names? The grant project team for What’s in a Name, supported by the Institute of Museum and Library Services (IMLS), set out to find answers and develop exhibits and other ways for anyone to explore this phenomenon. With millions of different species to identify and understand, the process of naming organisms helps scientists organize and understand the tree of life. The physical and virtual results of this exploration creatively demonstrate how scientists identify and name species, how names relate to scientific research and the progression of knowledge, and how museum specimen collections play a crucial role in the process of naming.

Why would something be called “Fried Egg jelly fish”, and also be known as Phacellophora camtschatica?

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Image of the Fried Egg Jelly courtesy of gpapadop79 – Own work, CC BY-SA4.0, https://commons.wikimedia.org/w/index.php?curid=45347541.

Scientific names take the form of “Genus species”. Scientific names serve to distinctively identify an organism and also to show evolutionary relationships. The genus links the organism to its evolutionary relatives while the species name demonstrates its uniqueness (not unlike the family and first name convention of many people in North America). Organisms also have common names. Common names can be confusing—for instance a “Robin” in the United States is a completely different bird than a “Robin” in Europe, but if the scientific name is used, confusion can be reduced via the name unique to the organism.

The system of binomial nomenclature is used to assign species with their two-part Latin names. Carl von Linné (1707 – 1778) established a system of tiered taxonomic classification, which assigned species formal names, in the 18th century. His classification is outlined in his book, Systema Naturae. His purpose was to reduce confusion from the proliferation of common names by supplying a unique name to each organism that also displayed potential relationships with other organisms. The names were formulated from Latin words. Linné even Latinized his own name and is now best known by that name: Carolus Linnaeus.

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From the What’s In a Name PDF, page 32: “Carl Linnaeus gave the European Honeybee its name, Apis mellifera, which is Latin for “honey-bearing bee.” By some accounts, Linnaeus later became dissatisfied with the name he bestowed and argued to change it from Apis mellifera, to Apis mellifica, or “honey-making bee.” His mistake, he argued, was that bees make honey within the hive; they do not bear it from the flower. His argument was presumably unsuccessful as the bee still bears the erroneous name.” Image: A European Honeybee, Apis mellifera, visiting a flower that is dusting it with pollen. (JJ Harrison, CC BY-SA 3.0).

Species may be discovered by scientists poring over specimens in a museum or someone exploring an area rich in biodiversity. It is not necessary to be a scientist to name a new species but scientific names must conform to rules laid out by the International Code of Zoological Nomenclature and the International Code for Nomenclature for algae, fungi and plants. Names can reflect a characteristic of a species (Peromyscus leucopus-white-footed mouse) or can be named after a person or location (Mandelia microcornata-a nudibranch named for Nelson Mandela). Sometimes, scientists display a sense of humor when naming: Agra phobia and Agra vation are the scientific names of South American beetles. A hungry entomologist (Neal Evenhuis) named a series of flies (genus) Pieza and most notably, a species Pieza pi.

The results from the work of What’s in a Name? include four interactive exhibit stations at the Harvard Museum of Natural History on Honeybees, the extinct Dimetrodon, Jellies and Poison Ivy. There are also free online resources, including a website and a 60-page free e-book. The online resources include eight more species stories that feature images and references from the Biodiversity Heritage Library (BHL) and include familiar organisms like the dodo and sugar maple, as well as our favorite, the snail Vargapupa biheli named after BHL!

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Vargapupa biheli. Image courtesy Dr. Barna Páll-Gergely.

Featured in the exhibit display on Dimetrodon, Stephanie Pierce, Assistant Professor of Vertebrate Paleontology, Harvard University, describes research being done right now on specimens of the fossil species Dimetrodon milleri, in the Museum of Comparative Zoology collection:

The What’s in a Name? project is a partnership between Harvard Museums of Science and Culture (HMSC), the Encyclopedia of Life (EOL), and the BHL, as represented by the Ernst Mayr Library of the Museum of Comparative Zoology at Harvard University. This project was made possible by IMLS.

For more information about scientific names and naming, check out the following sources

  • Bright, M. 2012. The Frog with Self-cleaning Feet: And Other Extraordinary Tales From the Animal World. Biteback Publishing. 304 pages.
  • Evenhuis, N. L.2002. Pieza, a new genus of microbombyliids from the New World (Diptera: Mythicomyiidae). Zootaxa 36(1). DOI: http://dx.doi.org/10.11646/zootaxa.36.1.1
  • Freeland, C. 2008. On Name Finding in the BHL. BHL Blog, March. https://goo.gl/wJIOWC
  • Greenstein, B. 2016. How’s your fern and bird coverage, BHL? BHL Blog, August.
  • Harvard Museums of Science and Culture. 2017, “What’s in a Name?.” http://whatsinaname.hmnh.harvard.edu/files/imls/files/_whatsinaname_.pdf
  • Judd, W. 2014.Weirdest species names. Australian Geographic. March 2014. https://goo.gl/UQ3xMA
  •  Zielinski, S. 2009. The World’s Strangest Scientific Names. Smithsonian Magazine. https://goo.gl/D3aMbb
February 14, 2017by ulib-libraryjobs
Blog Reel, User Stories

Poetic Botany: A Digital Exhibition Celebrating the History of Botany

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Night-blowing (Blooming) Cereus (Selenicereus grandiflorus). Curtis’s Botanical Magazine. v. 62 (1835). http://www.biodiversitylibrary.org/page/465887. Digitized by the Missouri Botanical Garden, Peter H. Raven Library.

‘Queen of the dark, whose tender glories fade
In the gay radiance of the noon-tide hours.’

‘That flower, supreme in loveliness, and pure
As the pale Cynthia’s beams, through which unveiled
It blooms, as if unwilling to endure
The gaze, by which such beauties are assailed.’

These elegant lines are quoted in Curtis’s Botanical Magazine (v. 62, 1835) as part of the description for the Night-blowing (Blooming) Cereus (Selenicereus grandiflorus) and serve as an artful conveyance of the species’ nocturnal blooming. But these lines represent more than just a whimsical representation of plant behavior. They are a reflection of the eighteenth century Poetic Botany movement that saw botany become the subject of poetry.

The Poetic Botany movement began with Erasmus Darwin, grandfather of Charles Darwin, who, in 1789, published The Loves of the Plants, a poem that in essence was a versification of Linnaean botany, where each plant in the garden is personified as a Greek god or goddess whose characteristics and interactions are meant to elucidate the Linnaean sexual system of plant classification. This highly successful poem was eventually republished along with a second poem by E. Darwin, The Economy of Vegetation, in 1791 as The Botanic Garden, A Poem in Two Parts, thus launching a movement that was proliferated by such authors as Frances Arabella Rowden, Charlotte Smith, and Robert John Thornton.

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Frontispiece for the Digital Exhibition Poetic Botany: Art and Science of the Eighteenth-Century Vegetable World (2016). Credit: Ryan Feigenbaum.

Selenicereus grandiflorus is one of nine species featured in the online exhibition Poetic Botany. Using these plants as a lens through which to highlight the Poetic Botany movement, the exhibition introduces the botanists and works that constituted this period. These botanists were concerned with not just the art of their verse but also with the scientific study of their plant subjects, and thus the Poetic Botany movement reflects a beautiful union of art and science.

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Ryan Feigenbaum at the Royal Botanical Gardens in Peradeniya, Sri Lanka. Credit: Madeline Chera, 2016.

The Poetic Botany exhibition was created by Ryan Feigenbaum as part of a 2015-2016 Andrew W. Mellon Fellowship at the Humanities Institute of the LuEsther T. Mertz Library of The New York Botanical Garden. NYBG, a founding BHL Member who has contributed over 3.9 million pages to the BHL collection, hosts the exhibit.

Feigenbaum, who has a BA in philosophy from DePaul University in Chicago, an MA in philosophy from Villanova University, and is currently completing a PhD in philosophy at Villanova University, researches the history and philosophy of biology. As evidenced through Poetic Botany, this research eventually led him down a botanical path.

“My dissertation, ‘The Epistemic Foundations of German Biology, 1790–1802,’ analyzes the emergence of biology as a science by tracing the genealogy of the organism concept,” explains Feigenbaum. “I came to the history of botany as an offshoot of this project; specifically, I was interested in the eighteenth-century opinion of plants, i.e., their ontological status. Whereas plants had long been regarded as devoid of intelligence, sensitivity, and locomotion, naturalists like Erasmus Darwin began to challenge these views, spurred on by the ‘discovery’ of plants like the Drosera and Mimosa pudica that challenged longstanding prejudices.”

Feigenbaum’s interest in the “life sciences” and the history of botany grew naturally out of his research on philosophy, for these two subjects have historically been intimately connected.

“The separation of philosophy and science is a relatively recent phenomenon,” affirms Feigenbaum. “Descartes, for instance, contributed to mathematics and physics beyond his cogito ergo sum, and much of Aristotle’s corpus focuses not on metaphysics or ethics but natural science. In this vein, I’ve been committed to studying not only eighteenth-century philosophy, but also its life science for the past five years or so. I say ‘life science’ because biology did not yet exist; the word ‘biology,’ in fact, was not used in its modern meaning until 1802. The how and why of biology’s emergence at this time is one focus of my dissertation.”

It was this extension into the ‘life sciences’ that eventually brought Feigenbaum to BHL.

“As my study of the history of philosophy incorporated more and more of the study of the history of science, BHL became a resource I relied on time and again,” asserts Feigenbaum. “At first I would search via Google for a particular eighteenth-century text, but I found it so often on BHL that I ended up using its website portal directly, sparing me the trouble of having to sift through Google results.”

BHL played an important role in the development of Poetic Botany, allowing Feigenbaum to discover and access relevant texts, many of which are linked from the exhibit.

“BHL provides smart access to knowledge that wouldn’t be otherwise available,” lauds Feigenbaum. “My favorite feature is the ability search by species. Since the digital exhibition is organized around species, this ability revealed new sources of which I’d been unaware. It is quite amazing that you can instantly see in which texts a species like Canna indica appeared according to date and then be taken to the exact pages of the reference. Without this resource, my workflow would have been much slower; it would’ve required me to visit multiple archives and search through texts one by one. While such an approach isn’t without its benefits, it inevitably limits what the researcher can do and extends the time required to do it.”

View Full Size Image
American bog plants: eastern skunk cabbage (Symplocarpus foetidus), yellow pitcherplant (Sarracenia flava), and Venus flytrap (Dionaea muscipula). Thornton, Robert John. New illustration of the sexual system of Carolus von Linnaeus. (1807) http://biodiversitylibrary.org/page/307056. Digitized by the Missouri Botanical Garden, Peter H. Raven Library.

While there are many texts featured in Poetic Botany, one of Feigenbaum’s favorites is John Thornton’s New Illustration of the Sexual System. According to Feigenbaum,

“This perennial favorite is often acclaimed for its indisputably beautiful illustrations, perhaps some of the most iconic in existence. However, the accompanying text is also marvelous, giving the reader insights into eighteenth-century botany, snippets of poetry, and whole disquisitions on culture, religion, and other topics.”

This title is also consistently a favorite among BHL’s online audiences. Thanks to the citizen science efforts of Michelle Marshall, this entire work has also been taxon tagged in Flickr, making it easy for you to identify and search for the species contained within it.

We encourage you to take some time to explore Poetic Botany and marvel at the elegant and profound union of art and science represented in the exhibit and texts. Who would have thought that poetry and science could fit together so naturally?

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This post may contain the personal opinions of BHL users or affiliated staff and does not necessarily represent the official Biodiversity Heritage Library (BHL) position on these matters.

December 8, 2016by michelle.underhill

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The Biodiversity Heritage Library (BHL) is the world’s largest open access digital library for biodiversity literature and archives. BHL operates as a worldwide consortium of natural history, botanical, research, and national libraries working together to digitize the natural history literature held in their collections and make it freely available for open access as part of a global “biodiversity community.”

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