The body laid bare: Art of Anatomy

Anatomical study, art and medicine are bound up with criminality. Not only were the bodies of criminals the few samples available to physicians for dissection in the centuries before 1800, teachers of anatomy relied on the activities of the Resurrection Men. These grave robbers, body thieves and murderers provided bodies for teaching hospitals and universities. Even as late at the mid-Sixteenth Century, anatomical dissection was a criminal activity, undertaken in secret by medical men and artists. Painter Rosso Fiorentino (1494-1540) even resorted to graverobbing to prepare a Deposition of Christ. Famed anatomist Andreas Vesalius (1514-1564) attended a hanging and quartering in Padua to observe the body dissected while still alive. Even after the threats of legal sanction and excommunication were lifted, the air of disreputability lingered around the practice of dissecting the dead. There is something shockingly intimate about the exposure of the hidden intricacies of the human body, as J.G. Ballard recalled in his memoirs The Kindness of Women (1991).    

To mark a wide-ranging exhibition of anatomical art and art inspired by anatomical illustration at the Getty Research Institute, Getty Center, Los Angles (22 February-10 July), the catalogue Flesh and Bones: The Art of Anatomy has been published. The exhibition gathers together notable examples from the beginning of modern anatomy science in the Renaissance up to art of recent years. The new art is not compelling or distinguished, so – aside from noting that anatomy still inspires artists today – we shall pass over that and look at the anatomy art of the pre-Modernist era.

Present-day divisions between science, art and philosophy arose precisely out of the increase in specialised knowledge that came about through the work of anatomists in the Sixteenth and Seventeenth Centuries. The explanations of what these scientists discovered required published descriptions with clear illustrations. What we find in these illustrations is a combination of precision and imaginative invention. Of these illustrations, those by Jan Steven van Calcar (c. 1515-1546) are most famous. His illustrations for Vesalius’s ground-breaking De humani corporis fabrica libri septem (1543) – including views of a human skeleton seemingly contemplating a skull, a skeleton resting an elbow on a stave and a flayed man gesturing dramatically in a pastoral landscape – are widely celebrated. Today, these can be found on album sleeves, book covers and T-shirts. The book was the first printed anatomy book to fully integrate text and image.  

By placing anatomies in architectural and scenic surroundings in his illustrations, van Calcar gave his subjects liveliness and nobility. He also explicitly linked the physiological information presented with the ability of the artist to use this data in the creation of art that fused fact and imagination. As writers here note, these animated cadavers have the stoicism of martyrs in contemporaneous sacred paintings, with their eyes cast upward to heaven as their mortal forms are scourged. Écorchés (French: flayed cadavers) stand nonchalantly, their skins draped over an outstretched arm. Another practice was anatomia all’antica (Italian, “anatomy after the antique”). This consisted of creating anatomically-exposed versions of famous antique statues, such as the Borghese Gladiator, the Discobolus and others, showing the master of the ancients and endowing dissection with the authority of art. Such poses recreated sometimes exposed shortcomings of the ancient sculptors, as they failed to incorporate bunched muscles or taut tendons.

Illustrations by Jan Wandelaar (1690-1759) presented flayed figures standing in groves with fragments of antique masonry at their sides. At the other end of the spectrum, some views filled empty space with assorted details, using the printing plate surface as efficiently (if inelegantly) as possible. 

These illustrations became as important for other artists as they did for students of medicine. As figures in paintings became more anatomical sound, so scientific illustrations became elaborate, with mises-en-scènes becoming pictures within which the dissected body acted as still-life or dramatic character. Rembrandt’s two anatomy-lesson paintings are scenes of professional men at work (as seen in similar paintings by him of jewellers, scholars and burghers) but they also differ little from the complex frontispieces found in anatomy textbooks. On occasion, physicians were competent enough as artists to draw the illustrations for their own texts. New illustration techniques had to be conceived of by anatomical artists in order to depict on a page the nature of a complex multi-layered three-dimensional organism. 

Some of the reproduced images are startling. One print by Cornelis Huyberts (1669/70-c. 1712) shows the skeletons of foetuses posed on a stand around an artful pile of pebbles and twigs. One has a feather fixed to its skull. Such macabre dioramas were – in real life – a staple of curiosity cabinets and would become features of travelling shows of oddities in following centuries, dying out only the last decades of the Twentieth Century. This irreverent (even jocular) attitude towards the dead (especially children) will leave some with modern sensibilities uneasy. Other images are so peculiar it is hard to know what to make of them. Only the field of comparative anatomy could give rise to an illustration entitled The penis and testicles of a young boy, the skin from the hand of a young boy, a bundle of pubic hair, and three chicken eggs (1703). (Salvador Dalí would have relished such a title.) In an illustration from William Hunter’s giant anatomy book, a curled late-term foetus is exposed in the womb of his dead mother – a poignantly pitiful image.

Some obscurities were deliberate. In some books, genitals were not reproduced. Descriptions of female genitals were sometimes given in Latin, excluding the uneducated. In one anatomy book, ovine reproductive organs substituted human ones, which were considered too indecent. 

This book includes essays from top-level specialists on topics such as illustration of anatomy, anatomy books, antiquity and others. The catalogue section has individual works – mainly illustrative prints that have detailed discussion facing full-page images. The development of anatomical art is fleshed out – if you’ll pardon the pun – in these commentary texts that explain the purpose and significance of these selected art works. Studying this field, we can see the changing technology of reprographics. In the Sixteenth Century illustrations were made by carving designs from wooden blocks, soon after can engravings and etchings in copper sheets. Readers will be impressed at the level of detail and care in these prints, with the dense curvilinear cross-hatching describing the muscles, tendons and bones of the body. Mezzotint (where shade is indicated through stippling of printing plates) allowed colour printing, something that was later achieved much more easily through lithographic printing. Such skills have almost disappeared in art. Later developments include the inclusion of flaps and fold-outs.

This catalogue is a welcome and engrossing testimony to the nearly lost art of both anatomy illustration. The book contains numerous illustrations of anatomical illustration, casts, scenes of academy studios, three-dimensional coloured models with moveable parts and some early photographs. The bibliography, footnotes and index will assist researchers.

Monique Kornell, with Thisbe Gensler, Naoko Takahatake, Erin Travers, Flesh and Bones: The Art of Anatomy, Getty Research Institute, 1 March 2022, 248 pages, 8 x 11 inches, 163 col. illus., hardcover, $50, ISBN 978-1-60606-769-7  

(c) Alexander Adams 2022

To see my art and books visit www.alexanderadams.art

“To critique the critic”

Harold Rosenberg: A Critic’s LifeDebra Bricker Balken, University of Chicago Press (£32)

“When anyone speaks of the arbiters of artistic credibility in the rough-and-tumble New York scene of Abstract Expressionism, two names top the list: Clement Greenberg and Harold Rosenberg. Of “the two bergs”, Greenberg is better known. Now, Debra Bricker Balken, an independent scholar of American Modernism, has written the first full biography of Rosenberg.

“Harold Rosenberg (1906-1978) was born into an Orthodox Jewish family in Brooklyn. The disaffected and aimless Rosenberg drifted through early life. He did not fit in with his preppy peers and studied law apathetically. He was attracted to Marxist thought, but in an intellectual rather than ideological way. Rosenberg started writing in 1929, following a period of illness that confined him to bed.

“Rosenberg’s formidable intellect and breadth of cultural knowledge was complemented by an imposing physical presence. At 6’4” and with a “piercing” gaze, Rosenberg’s striking appearance made him an unmistakeable figure at any gathering he attended. He married May Tabak in 1932 but this did not impair his womanising…”

Read the full review on The Critic here: https://thecritic.co.uk/to-critique-the-critic/

Edward O. Wilson, The Diversity of Life

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[Image: © The Folio Society, 2019]

Edward O. Wilson (b. 1929), University Research Professor Emeritus at Harvard University, is one of the world’s leading biologists. Damage to his eyesight during childhood led him to study insects, which is why he became a myrmecologist (a scientist specialising in ants). His research led to breakthroughs in understanding of the social structures of ants and wildlife more widely. He has taught and written on entomology and biology and won numerous awards and prizes during his distinguished career. It is his book BioDiversity (1988) that is credited with introducing the phrase “biodiversity” into scientific and general usage.

The Diversity of Life was first published in 1992. This Folio edition is a republication of the second edition (2010), with a new foreword by Bill McKibben, renowned environmentalist author. This issue – as is usual with Folio Society books – contains unique visual elements, discussed at the end of this review.

Wilson’s thesis is that although life is vigorous and multifarious, it is also delicate. Ecosystems are dynamic but depend upon multiple factors, with relatively small changes to a few species causing a great knock-on impact. Wilson starts by outlining the rich diversity of life in the tropical rainforest, before outlining the impact of the eruption of Krakatau (Krakatoa), in the Indonesia archipelago. The famous eruption – more properly volcanic explosion – in 1883 destroyed all life on the small island. The event destroyed most of the island and left the remainder desolate. Naturalists realised this was a test bed for biological study: as flora and fauna returned to the land, observations could be made about the evolution of ecosystems. New species arrived – to thrive or die off and sometimes old species never returned to the island. Forest regrew on the island but to this day none of the species of rainforest giant trees have arrived on the island.

Wilson explains the thorny issue of inter-subspecies hybridisation. It is possible to interbreed lions and tigers in captivity. That being so, why do we not see natural hybridisation? In other words, why do we have two distinct groups at all? One reason is that the subspecies are separated geographically (though this has not always been the case) and the second is that in terms of social structure and preferred climate, the subspecies are dissimilar and therefore would have little in common and thus rarely mix. Plants in temperate regions hybridise more than those in tropical regions.

Division into subspecies can come about by the environment changing (leading to a local population diverging by developing unique deviations from its original form), isolation (a population being suddenly separated by a flood, earthquake or volcanic activity) or by colonisation (waifs being translocated to islands and subsequently evolving). (“The 10,000 known endemic species of insects in Hawaii are believed to have evolved from only about 400 immigrant species.”) The use of subspecies as a taxonomical classification is tricky. Wilson points out that these classifications can be relatively arbitrary, only denoting how much scientific attention a widely distributed species has attracted, for many such species could be broken down into numerous subspecies. Exactly what markers denote a population to be worthy of assuming the status of a subspecies is flexible.

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[Image: © The Folio Society, 2019]

Some species develop distinct characteristics faster than others, with insects of short lifespans evolving fastest. In Lake Victoria, a family of freshwater fish called cichlids evolved into a variety of unique species with specialised physiognomies, diets and behaviour in only 200,000 years. “If evolution can occur rapidly, with the number of species quickly restored, why should we worry about species extinction? The answer is that new species are usually cheap species. […] Great biological diversity takes long stretches of geological time and the accumulation of large reservoirs of unique genes. The richest ecosystems build slowly, over millions of years.” In the case of the chichlids, they are rapidly approaching extinction because of the predation of the Nile perch, a non-native species introduced by man as a sport fish. This giant predator has adapted well to Lake Victoria and could well outcompete the specialised and isolated chichlid species.

The author introduces technical discussions where necessary but does this sparingly, allowing the non-scientist to follow is discussions easily and pleasurably. He finds apt examples to demonstrate points. The explain how absence of competition can lead to parallel evolutions in separate species, he chooses Hawaii. The honeycreeper is a family of bird species native to the islands of Hawaii. They have developed beaks and behaviour that resemble woodpeckers, albeit in inefficient forms. Wilson points out that had woodpeckers migrated to the islands, honeycreepers would never have developed their woodpecker-type features because they would have been competing with a much more efficient family that would have exploited the ecological niche already, outcompeting for associated resources. The absence of woodpeckers allowed the honeycreeper space to evolve woodpecker-style behaviour and physiological forms.

The sheer variety of life forms defies scientific understanding, with potentially millions of species, ranging from microbes to viruses, fungi, lichen, advanced plants, insects and mammals. The precautionary principle suggests we should beware of destroying species and environments of which we are not even aware, in case their removal leads to significant consequences for the ecosystem. When the sea otter was hunted to near extinction in the Aleutian Island, the sea urchins they preyed upon – now largely unpredated – decimated the kelp forests. The subsequent barrenness severely reduced the biodiversity of the environment. Thus, a single apex predator can shape an ecosystem.

Wilson is honest about the impact of human migration on reduction of biodiversity – as many non-indigenous apex predators have upon ecosystems. He discusses the extinction of the moa (a giant flightless bird in New Zealand) at the hands of the Maori and the damage done by species introduced by Western colonists. He shows sharp declines in numbers of species in recent eras match the expansion of Homo sapiens. An alarming map of reducing forest in Ecuador gives a graphic warning of the impact of man-made habitat change. The case is put for the practical benefits species preservation has for humanity, in the form of medicines or crop hybridisation derived from life forms not yet studied. A couple of fascinating lists give native species that could be reared as potential crops and animals for human consumption, all of which might prove superior in their native environs the imported Western staples. The book ends with some positive steps that are being taken and avenues for future activity to prevent loss of biodiversity.

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[Image: © The Folio Society, 2019]

Edward O. Wilson is a gifted communicator, full of enthusiasm. The clarity and vigour of Wilson’s prose is a great pleasure to read. The importance of his warnings is as relevant now as when The Diversity of Life was originally published. Wilson’s personal encounters (sometimes as part of field experiments) add touches of personal experience – elegiac but lacking false sentimentality. The book contains footnotes, a glossary and an index.

The Folio Society edition boasts a full-colour iridescent hardback cover, protected by a slipcase. The cover was designed by Jamie Keenan. The complex, demanding and precise process that was used to apply the special holographic film over the cover is described in a Folio Society blog post here. This edition includes maps, charts and graphs with attractive ornamentation. The line and stipple ink drawings by Amy Bartlett Wright are concise and attractive, acting as visual aides and enriching the reading experience. There are plate sections of 24 colour wildlife photographs, featuring close-ups that showcase the beautiful variety of flora and fauna. The simple textured board used to make the protective slipcase has a pleasing eco-friendly feel to it.

The Folio Society edition of The Diversity of Life is an ideal gift for a child over 14 or young adult interested by science and for anyone delighted by the natural world. The visual touches enhance the message and the content in a sympathetic and considered manner. Highly recommended.

 

The Folio Society edition of Edward O. Wilson’s The Diversity of Life, with foreword by Bill McKibben and preface by the author, with extensive Folio Society picture research, is available exclusively from The Folio Society.

Edward O. Wilson, Bill McKibben (foreword), The Diversity of Life, The Folio Society, 2019, hardback, 448pp, 24 col./47 mono illus., slipcase, £49.95

 

© Alexander Adams 2020

To view my books and art visit: www.alexanderadams.art