From 1908 to 1922, William Beebe, the curator of birds at the Bronx Zoo, tried unsuccessfully to bring tropical birds known as hoatzin to the zoological park in the Bronx run by the New York Zoological Society. Beebe was committed to bringing hoatzin to the zoo because he thought they could reveal scientific truths about ecology and evolution to him and the visiting public. While contemporary scholarship about zoo science in the United States has focused on how environmental conservation shaped (...) the scientific practices of zoos at the turn to the 20th century, Beebe's efforts to bring hoatzin to the Bronx shows that evolutionary theory and ecology were central issues at the institution. Beebe wanted to use zoo displays to conduct research into the relationships between organisms and environments in order to investigate how certain animal behaviors, such as flight, developed. Beebe's employers, Madison Grant and Henry Osborn, were less interested in Beebe's experimentation with zoo exhibits, and more invested in using the zoo as a place to disseminate evolutionary ideas they already understood as scientific truths about heredity, racial hierarchies, and eugenics. Whereas Beebe saw his scientific practice as dependent on ecological connections, Grant and Osborn stressed a narrative of purity and separation (of species and race) that governed the conservation projects and scientific focus of the Zoological Society, as well as the presentation of animals on zoo grounds. Ultimately, Grant and Osborn's evolutionary concerns and their vision of a hierarchical natural world dictated the scientific direction of the Bronx Zoo in a way that prevented the institution from becoming a site for ecological research. (shrink)

This article elaborates a local history of zoo feeding practices in order to shed light on the construction of knowledge at the zoo, its intersection with laboratory developments in life sciences, and the nature of zoo sciences. It relies on the case studies of two of the oldest zoological gardens in the world-the Jardin des Plantes Ménagerie in Paris (1793) and the London Zoological Gardens (1828)-both of which formed parts of major scientific institutions, thereby facilitating research on the dialogue between (...) zoo knowledge and life sciences. The article argues that zoos developed around an experimental paradigm that consisted of testing on animals the (nutritional) variables of their survival within a highly constrained institutional framework. From the interwar period, the empirical nature of the zoo feeding economy was marked by slow and uneven changes, associated with the development of nutritional sciences as well as internal hygiene, pathology, and veterinary programmes. Despite transfers and networks of people, methods, experiments, concepts, and animals between zoos and life sciences laboratories, the former remained too impure as a research site to act as an extension of the latter. Zoos, however, needed external laboratories to support themselves with the scientific legitimacy that their “biopolitical modernisation” (Chrulew) required. In addressing programmatic changes as well as their impact upon the animals, this paper argues that trial-and-error experiments are constitutive of the zoo, contributing towards the definition of the nature of both zoo management and zoo sciences. (shrink)

The theoretical biology of Jakob von Uexküll has had significant conceptual and practical afterlives, in Continental philosophy, biosemiotics and elsewhere. This paper will examine the utilisation of Uexküll in twentieth-century zoo biology and its significance for relating to wildlife in hybrid environments. There is an important though rarely analysed line of inheritance from von Uexküll to Heini Hediger, the Swiss zoo director and animal psychologist. Hediger’s fundamental theoretical position began from the construction of the world from the animal’s point of (...) view, as determined by factors including species specific phylogeny, individual and group biography, and anthropogenic circumstance. He operationalised Uexküll’s approach to animal worlds in order to optimise the design of zoo enclosures, considered as both physical and psychological habitats, in which captive wildlife could flourish. This subjectivist and phenomenological perspective has often been sidelined in zoo biology by more objectivist and mechanising approaches. Nonetheless, Hediger’s work and thought, through its inheritance from Uexküll, has important implications for twenty-first century relations with wildlife. (shrink)

ArgumentThe nineteenth century witnessed the advent of the modern zoo. Nearly everyone who came to watch the exotic animals was a “lay person” in the sense that virtually none had formal training in zoology. This paper provides a typology of these observers: the zoo directors, assistants, keepers, animal painters, and the “common” visitor. What did they observe and what were their motivations? Did they pursue a certain agenda? What kind of knowledge, if any, did they produce? Soon the issue of (...) the reliability of these observations emerged. Lay observers insisted on the veracity of their intimate and personal knowledge of animals while academics complained that their claims could not be generalized and were tainted by anthropomorphism. Hence the focus on the observations of these laymen will reveal contemporary assumptions on what may count as “scientific.” This is closely linked to the question of how far the zoo may qualify as a site of scientific investigation in the first place. The constraints on doing research on animals in a public space such as the zoo were numerous. Yet despite these obstacles the zoological garden contributed to the rise of ecological thinking as well as to the formation of ethology as a scientific discipline. (shrink)

ArgumentI believe that some pollutions are used as analogies for expressing a general view of the social order.Mary Douglas, Purity and Danger The possibility of crossing humans with other anthropoid species has been discussed in fiction as well as in scientific literature during the twentieth century. Professor Il’ya Ivanov’s attempt to achieve this was crucial for the beginning of organized primate research in the Soviet Union, and remains one of the most interesting and controversial experiments that was ever done on (...) non-human primates. The possibility of removing the boundary that separates humans from other animal species, apes in particular, is loaded with important political meaning and violates cultural and ethical taboos. The history of Ivanov’s scientific experiment thus helps to reveal some of the twentieth-century’s important cultural conventions and hidden assumptions about human nature, species, and social hierarchy. (shrink)

Although episodes of captive breeding for display and acclimatization purposes date back to the 19th century, systematic breeding for species conservation first became the central mission for European zoological gardens in the interwar period. While most scholars explain this shift as a result of a decline in the global trade of exotic animals, my analysis points to the simultaneous renewed interest in native endangered and extinct species as a catalyst for captive breeding experiments. This article considers the role of zoos (...) in one of the earliest de-extinction projects, namely the breeding back of the Eurasian wild horse. By investigating two breeding programs, those initiated by Tadeusz Vetulani in Poland and the Heck brothers in Germany, my analysis reveals not only the political stakes, but also the different methods employed in these attempts to resurrect the tarpan. More specifically, I explore how scientific ideas about heredity and hybridization, as well as understandings of the porous boundary between domestic and wild horses, paved the way for selective breeding to be mobilized as a means of bringing back the extinct species. This ambitious goal reinvigorated the scientific function of the zoo by making it an experimental ground for undoing extinction, and laid the groundwork for its future role in the emergent wildlife conservation movement. In addition to mapping out knowledge exchange between zoologists, geneticists, and paleontologists, this article traces the circulation of specimens between natural history museums, zoos, and wildlife reserves to underscore the material dimension of ex situ conservation practices. (shrink)

ZusammenfassungTrotz seiner großen Verbreitung in den Lebenswissenschaften wurde dem Aquarium bisher wenig wissenschafts- und technikhistorische Aufmerksamkeit zuteil. Dies ist nicht zuletzt durch den Umstand begründet, dass das Aquarium und seine Geschichte bisher größtenteils als außerwissenschaftlich aufgefasst wurden. Dabei spielen so unterschiedliche Kontexte wie Akklimatisierung, Amateurnaturkunde und bürgerliche Populärkultur eine wichtige Rolle. Gleichzeitig ist die Entwicklung des Aquariums aber auch eng mit der Geschichte der Lebenswissenschaften verbunden. Mit Blick auf die zweite Hälfte des 19. Jahrhunderts verstehe ich das Aquarium als techno-natural (...) assemblage, in der Technologie, Kultur und Natur zu einem künstlichen Naturraum verbunden sind. Seine Geschichte beginnt in der britischen Amateurnaturkunde und der französischen Akklimatisierungsbewegung. Im Deutschland des späten 19. Jahrhunderts entwickelte sich das Aquarium zu einem Massenphänomen. Gleichzeitig hielt es Einzug in die Lebenswissenschaften, wo es als Einfallstor, Instrument und Umwelt Verwendung fand. Wie sich zeigt, ist das Aquarium eine hochgradig konstruierte Technologie, die sich aus einer Verbindung unterschiedlicher Traditionen herausgebildet und das Leben in die Lebenswissenschaften gebracht hat. (shrink)

In 1864, the first living Mexican axolotls were brought from Mexico to Paris. On arrival, the 34 animals were divided up between the two zoos in Paris, the Ménagerie of the Muséum d'Histoire naturelle and the Jardin d'acclimatation. From there, the animals and their descendants spread around the world as zoo and laboratory specimens, as well as pets. Today, a population of hundreds of thousands of axolotls live in aquariums, zoos, and laboratories around the globe. The fate of the axolotls (...) in the Ménagerie and their subsequent proliferation open a unique window into the culture and practices of keeping unknown animals in Europe in the 19th century, and their relation to experimental zoology. During the early years, the challenges were to keep the axolotls alive and to bring them to reproduction. The surprising transformation of some of these normally aquatic animals into a land-dwelling form prompted further investigations of their living conditions and mode of reproduction. The example of the axolotl offers a detailed look into the practices of handling unknown species, the ways in which this handling became research, and the kinds of knowledge produced in this context. I pay particular attention to the role of the animal keepers and the infrastructures, and the ways in which practical knowledge about the animals' living conditions triggered experimental research. (shrink)

Large, black, flightless birds with unpredictable tempers and colourful heads and necks, cassowaries have enthralled European audiences for centuries, but perhaps no one more so than private collector and zoologist Lionel Walter Rothschild (1868-1937). Throughout the late 19th and early 20th centuries, Rothschild acquired hundreds of living cassowaries which were kept in his private zoological collection. This paper explores the nature of Rothschild's private zoo and how the collection of living cassowaries was used to support his zoological activities. Spread across (...) three sites-the family estate at Tring Park, the zoological gardens in Regent's Park, and the business premises of Cambridge-based taxidermist Frederick Doggett-it will examine how Rothschild used the living birds kept in his private zoo to devise and inform a process for the preparation and display of cassowary specimens in museum galleries. It will show how he recruited specialist artists and taxidermists to perfect the art, and the significant financial investment this entailed. This is followed by exploration of how Rothschild's access to and observations of living birds informed his taxonomic work and, in particular, the identification of species and subspecies. The argument is made that Rothschild's private zoo and access to living cassowaries enabled his dedication to the study of the genus and ultimately underpinned his reputation as a world authority on cassowaries in the early 20th century. (shrink)

Solly Zuckerman’s work has been largely dismissed or marginalized by both historians of primatology and primatologists. This paper, using archival and published materials, re-examines both his life and his research into primate sexuality and sociology in the 1920s, endocrinology in the 1930s, and the effects of bomb blast in the 1940s. Despite the many flaws in his work, which is now largely outdated, his career reveals a great deal about the audiences for primatological knowledge in pre-war and wartime Britain; the (...) interlocking circles of the scientific community that impinged on primatology; and competing ideas of what constituted a scientifically correct methodology for the observation of primate behaviour. Also noted is the gap between Zuckerman’s self-presentation as the scourge of anthropomorphism and the anthropomorphism of his remarks in private notebooks. Although his work well illustrates familiar themes of patriarchy, military and colonialism in the history of primatology, it also suggests another, underexplored dimension of that science: primatology as an example of cross-species social interaction. (shrink)

The foundation and administration of European Zoological gardens in the 19th century is analized. It is significant of such new institutions, that they are founded in the large cities, and that most of the founders looked at the great models in Paris and London, which are described first. Further it is shown that the change from princely menageries to public Zoological Gardens is caused both by common interests in people's education and pleasure and by scientific aims which leaded to choose (...) the name Zoological “garden” in analogy to botanical gardens. It seems to be characteristic of such public institutions created by citizens in the 19th century that they are mostly supported by commercial or scientific local societies. This is exemplified by describing the administration of the Zoological gardens of Berlin (1841), Frankfurt (1856) and Hamburg (1863), which initiated also research for acclimatization of wild animals. (shrink)

Was the zoological garden a place for science in the 19th and 20th centuries? This question cannot be answered with a simple yes or no. Rather, this Special Issue suggests, we need to reconstruct how the concrete conditions of the zoo as an institution influenced, enabled, triggered, facilitated, obstructed, or impeded scientific research. The zoo was and is a multifunctional space serving different constituencies, such as scientists of different disciplines, artists, breeders, and the general public. This collection of articles argues (...) that despite or even because of its hybrid character, the zoo generated knowledge about exotic animals in often unexpected ways. This Special Issue conceives of “science at the zoo” as a an “impure,” yet very rich epistemic constellation with its very own dynamic, tensions, and contradictions. The first part of this introduction provides a historical overview of the topic. Synthesizing the existing secondary literature, it addresses the major themes of science at the zoo: the debate among scientists about the pros and cons of research conducted in and outside the cages; the gap between the promise of doing research at the zoo and the actual practices; and the emergence of new fields of knowledge such as zoo veterinary medicine, zoo biology, and conservation science. The introduction's second part draws out the common topics that connect the eight articles of this Special Issue: the multiplicity of spaces interacting with the zoo; the broad range of historical actors, including academics, animal traders, and zoo keepers; the changing roles of the zoo-going public; and the negotiation of authority and epistemic hierarchies in producing knowledge about zoo animals. The large numbers of zoos and the long temporal range these articles cover bring the constant evolution of “science at the zoo”-and hence its intrinsic historical dimension-to the fore. (shrink)

This paper examines the first reptile house (1849) at the Zoological Gardens in London as a novel site for the production and consumption of knowledge about snakes, stressing the significance of architectural and material limitations on both snakes and humans. Snakes were familiar and ambiguous, present at every level of British society through the reading of Scripture and as recurrent characters in imperial print culture. For all that snakes engendered feelings of disgust as the most distinctive representatives of a lowly (...) class of animals, they exerted an equivalent fascination over diverse publics spanning the social spectrum. Building on work showing a consideration for the multi-sensory nature of visits to menageries, this paper considers animal display beyond the visual. It explores the emotional economy of encountering snakes in person and the bodily phenomena this engendered. Vicarious visits were offered up to readers of periodicals and newspapers and the reptile house was harnessed as a controversial pedagogical resource for teaching moral, as well as scientific, lessons. (shrink)

This essay tells the story of early French ethology—“the science dealing with the habits of living beings and their relations, both with each other and with the cosmic environment.” The driving force behind this “ethological movement” was the biologist Alfred Giard (1846–1908). The essay discusses how the ethological viewpoint of Giard and his pupils developed in a period in which the current disciplines of field biology were not yet crystallized. It also shows how concepts and research interests could travel within (...) Giard's network from one working context to another, even from one discipline to another. By studying this traveling process, the essay reveals that, unlike the modern ethology of Konrad Lorenz and Niko Tinbergen, Giard's ethology was not a discipline at all but, rather, a scientific attitude. This scientific attitude triggered a reappraisal of fieldwork, but at the same time Giard's ethology was never limited to the field alone. It also found its way to the laboratory, the museum, and the zoo. -/- . (shrink)

In 1776, the first living giant anteater to reach Europe arrived in Madrid from Buenos Aires. It survived 6 months in the Real Sitio del Buen Retiro before being transferred to the newly founded Real Gabinete de Historia Natural. In 1853, 77 years later, a second anteater was brought to London by two German showmen and exhibited at a shop in Bloomsbury, where it was visited by the novelist Charles Dickens. The animal was subsequently purchased by the Zoological Society of (...) London, which classed it as one of the most important additions to the menagerie since its formation in 1828. Drawing on recent work in animal biography, this article assesses the reception of the two anteaters and considers their cultural and scientific significance. I examine the logistics of the exotic animal trade and trace the transatlantic networks that permitted anteaters-and knowledge about them-to move between continents. I also study the modes of representation, from painting to taxidermy, that enabled the anteaters to reach new audiences. By focusing in detail on the lives of two exceptional anteaters, the article illuminates understandings of the species more broadly and shows how different spaces and places shaped the creation and dissemination of zoological knowledge. I emphasise, in particular, the tensions that emerged between imperial and colonial science and the competing knowledge regimes of the natural history museum, the menagerie, and the field. (shrink)

Investigators of animal behavior since the eighteenth century have sought to make their work integral to the enterprises of natural history and/or the life sciences. In their efforts to do so, they have frequently based their claims of authority on the advantages offered by the special places where they have conducted their research. The zoo, the laboratory, and the field have been major settings for animal behavior studies. The issue of the relative advantages of these different sites has been a (...) persistent one in the history of animal behavior studies up to and including the work of the ethologists of the twentieth century. (shrink)

The perception of exotic nature had a relevant influence on applied zoology in Europe in the second half of the eighteenth century and in the first half of the nineteenth century. The examples provided show how the perception of wild animals was influenced by contemporary philosophy. The author Jacques-Henri Bernardin de Saint-Pierre reached a sentimental view of nature during his stay at Ile de France, now Mauritius. During his direction of the Jardin du Roi in Paris he advocated for the (...) creation of a new type of a scientific and educational menagerie. His ideas of how to keep wild animals in captivity were applied at the menagerie at the Jardin des Plantes which was opened in 1794. After a stay in Sumatra and Java the British civil servant Thomas Stamford Raffles founded the Zoological Society (1826) and the Zoological Gardens in Regents Park (1828). In Germany the founder of the Berlin Zoo (1844), the first director of the Hamburg Zoo (1863) and of the Berlin Aquarium (1867), the first scientific director of Frankfurt Zoo (1859-64) all had first hand experience of exotic nature. (shrink)