Elephants were vital agents of empire. In British Burma their unique abilities made them essential workers in the colony’s booming teak industry. Their labour was integral to the commercial exploitation of the country’s vast forests. They helped to fell the trees, transport the logs and load the timber onto ships. As a result of their utility, capturing and caring for them was of utmost importance to timber firms. Elephants became a peculiar form of capital that required particular expertise. To address this need for knowledge, imperial researchers deepened their scientific understanding of the Asian elephant by studying working elephants in Burma’s jungle camps and timber yards. The resulting knowledge was contingent upon the conscripted and constrained agency of working elephants, and was conditioned by the asymmetrical power relationships of colonial rule.

This paper positions the recent emergence of robotic or automatic milking systems (AMS) in relation to discourses surrounding the longer history of milking technologies in the UK and elsewhere. The mechanization of milking has been associated with sets of hopes and anxieties which permeated the transition from hand to increasingly automated forms of milking. This transition has affected the relationships between humans and cows on dairy farms, producing different modes of cow and human agency and subjectivity. In this paper, drawing on empirical evidence from a research project exploring AMS use in contemporary farms, we examine how ongoing debates about the benefits (or otherwise) of AMS relate to longer-term discursive currents surrounding the historical emergence of milking technologies and their implications for efficient farming and the human and bovine experience of milk production. We illustrate how technological change is in part based on understandings of people and cows, at the same time as bovine and human agency and subjectivity are entrained and reconfigured in relation to emerging milking technologies, so that what it is to be a cow or human becomes different as technologies change. We illustrate how this results from – and in – competing ways of understanding cows: as active agents, as contributing to technological design, as ‘free’, as ‘responsible’ and/or requiring surveillance and discipline, and as efficient co-producers, with milking technologies, of milk.

In the mid-1990s, staff at Museum Victoria planned the new Melbourne Museum. The Indigenous gallery was a major focus at a time when many museums around the world forged new ways of displaying Indigenous heritage. Named Bunjilaka (a Woiwurrung word meaning ‘place of Bunjil', referring to the ancestral eaglehawk), the permanent Indigenous exhibit was a bold expression of community consultation and reflexive museum practice. At its heart was a life-size model of Baldwin Spencer, co-author of the classic anthropological monograph The Native Tribes of Central Australia (1899). When Bunjilaka was replaced with a wholly Indigenous-designed exhibit of Aboriginal Victoria in 2011, the model was informally retained by museum staff. Initially sitting awkwardly on a trolley in a narrow room where objects were processed for accession, Spencer himself remained unrecorded in any database. With no official existence but considerable gravity, he ended up housed in the secret/sacred room, surrounded by restricted objects that Spencer the man had collected. This article traces Spencer's journey from a post-colonial pedagogical tool to a transgressive pseudo-sacred object in an emerging era of decolonial museology. I argue that Spencer's fate indicates a distinct period of post-colonial museology (c.1990–2010) that has ended, and illustrates how the shifting historical legacies of science operate in the present.

This article considers the repatriation of some the most ancient human skeletal remains from the United States as two sorts of ending: their end as objects of scientific study, and their end as ancient non-American Indian settlers of North America. In the 1990s, some prominent physical anthropologists and archaeologists began replacing ‘Palaeoindian’ with the new category of ‘Palaeoamerican’ to characterize the western hemisphere's earliest inhabitants. Kennewick Man/the Ancient One, a nearly nine-thousand-year-old skeleton, convinced some anthropologists that contemporary Native American people (descendants of Palaeoindians) were not biologically related to the very first American colonists. The concept of the Palaeoamerican therefore denied Native American people their long-held status as the original inhabitants of the Americas. New genetic results, however, have contradicted the craniometric interpretations that led to these perceptions, placing the most ancient American skeletons firmly back in the American Indian family tree. This article describes the story of Kennewick Man/the Ancient One, the most famous ‘Palaeoamerican’; explores how repatriation has been a common end for many North American collections (Palaeoindians included); and enumerates what kind of ending repatriation may represent materially and ethically for anthropological science.

Science park developments have become ubiquitous in China and India in recent decades as both countries integrate further into the global economy. These exclusive high-tech spaces prioritize the partnership between industry, research and the government as a desirable mode of urbanization, economic growth and knowledge production. Contrary to the older form of industrial zone associated with big science and big industry for national mobilization during the Cold War, contemporary science parks constitute a network of global spaces that are designed to facilitate the circulation of technology, personnel and capital in the neo-liberal world. Similarly, science parks are closely linked to innovation, entrepreneurship and social exclusion rather than the collective social betterment. As utopian machines for the privileged, these exclusive spaces are about consumption, desire, hedging and speculation as much as about science, research and production.

Collections are made and maintained for pleasure, for status, for nation or empire building, for cultural capital, as a substrate for knowledge production and for everything in between. In asking how collections end, we shift the focus from acquisition and growth to erosion, loss and decay, and expose the intellectual, material and curatorial labour required to maintain collections. In this introductory essay, we draw together insights from the history of science and from science and technology studies to investigate the dispersal, destruction, absorption, repurposing and repatriation of the diverse scientific collections discussed in the papers that make up this issue of BJHS Themes, and many other collections besides. We develop a distinction first suggested by the curator and bibliographer John Willis Clark between ‘working’ collections of objects valued for the information they hold or produce, and ‘unique’ collections of objects valued for their historical singularity. We show that in many cases, the ‘end’ of an object or collection involves a shift in the dominant account of its cultural value from ‘working’ to ‘unique’ or vice versa. Moving between the laboratory, the museum and difficult-to-classify spaces in between, we argue that ‘ending’ is not anathema to ‘collecting’ but is always present as a threat, or as an everyday reality, or even as a necessary part of a collection's continued existence. A focus on ending draws attention not only to the complex internal dynamics and social contexts of collections, but also to their roles in producing scientific knowledge.

This paper juxtaposes the epistemological challenges raised by new agricultural technologies in India and China during the mid- to late twentieth century. In both places, the state actively sought to adopt the ‘improved’ seeds and chemical inputs of what USAID triumphantly called the ‘green revolution’; however, in neither country did this imply an unproblematic acceptance of the technocratic assumptions that undergirded the US programme. India and China's distinct ideological contexts produced divergent epistemological alternatives to the US vision, with particularly important differences in the perceived relationship between the sociopolitical and technoscientific realms and also in the understanding of what constituted a ‘modern’ farmer. In India, critics persistently challenged the technocratic state to consider social, political and economic aspects of agrarian modernization, but radical leaders in Mao-era China went considerably further in attacking the very notion that technological change could be divorced from social and political revolution. Leaders in both India and China sought to overcome ‘backwardness’ and ‘superstition’; however, the Indian state held up examples of farmers who exemplified capitalist ideals of modernity through their willingness to take risks in pursuit of profit, while Chinese leaders valorized peasant technicians who combined experience in labour, new technical knowledge and faith in socialist revolution.

Starting as early as 1951, and with increasing urgency after 1956, Chinese and Indian statisticians traded visits as they sought to learn from each other's experiences. At the heart of these exchanges was the desire to learn more about a cutting-edge statistical method, random sampling, which, while technically complex, held great practical salience for large and diverse countries such as China and India. This paper draws upon unpublished documents, letters, institutional archives, memoirs, oral history and newspaper reports to reconstruct the sequence of these exchanges, their outcomes and the concerns of the participants. The exchanges demonstrate not only the crucial role played by Indian statisticians in the rise of random sampling, but also the amount of resistance these methods generated in places like China (and the Soviet Union). As a clear instance of South–South scientific exchange, they also compel a broadening of our understanding of early Cold War scientific networks, which should no longer be dominated by centre–periphery models that take either the USSR or the US as the centre. Finally, the exchanges hint at the varied nature of post-1949 Sino-Indian history, a subfield still dominated by geopolitics and a focus on the causes, course and legacy of the Sino-Indian War of 1962.

This paper argues for the need to create a more animal-centred history of medicine, in which animals are considered not simply as the backdrop for human history, but as medical subjects important in and of themselves. Drawing on the tools and approaches of animal and human–animal studies, it seeks to demonstrate, via four short historical vignettes, how investigations into the ways that animals shaped and were shaped by medicine enables us to reach new historical understandings of both animals and medicine, and of the relationships between them. This is achieved by turning away from the much-studied fields of experimental medicine and public health, to address four historically neglected contexts in which diseased animals played important roles: zoology/pathology, parasitology/epidemiology, ethology/psychiatry, and wildlife/veterinary medicine. Focusing, in turn, on species that rarely feature in the history of medicine – big cats, tapeworms, marsupials and mustelids – which were studied, respectively, within the zoo, the psychiatric hospital, human–animal communities and the countryside, we reconstruct the histories of these animals using the traces that they left on the medical-historical record.

How might one tell the histories of China and India – two countries that have come to be seen as twenty-first-century giants? How might one tell of how they look to the world and to each other? In this issue we juxtapose, connect and compare the two. Ours is an attempt at a historiography of twentieth-century modernity in China and India beyond the encouragement of Euro-American historiography. We seize this opportunity provided by the contemporary engagement and concern with the two countries to reinterpret the narratives of their twentieth-century transformation, which are far from settled at the moment. We bring historical knowledge to speak usefully to the excitement, anxiety and aspiration around science and technology in China and India. We bring the same to speak meaningfully to the cynicism, admonition and expectations that the world has of them. We use China and India as a method of exploring new historiographical questions of science. We are invested in extending the relevance of studying China and India to the world at large through connections, references and juxtaposition, and by raising questions that, on the one hand, expose the limits of the Euro-American experience and, on the other, open up the intellectual and historiographical space for narratives and theoretical frameworks that are not tied to geopolitical significance. This paper sets out these issues and introduces the papers of the collection.

This essay offers an overview of how manuals and handbooks have contributed to the standardization, codification, transmission and revision of knowledge. These instructional and reference texts are distinct from related educational genres such as textbooks and editions due to their focus on practical knowledge. They are also notable for their appearance in diverse times and places, such as ancient Greece, early and medieval China and early modern Europe, as well as modern contexts worldwide. We are especially interested in the role of these often mundane texts in maintaining and resituating old knowledge, whose importance is discounted when scholars focus on innovation. Modern notions of authorship fit poorly with handbooks and manuals, which are generally derivative of other literature, though they often result in more commercially successful texts than their sources. This introduction draws on book history as well as history of science to offer a framework for the volume.

Biological stock centres collect, care for and distribute living organisms for scientific research. In the 1990s, several of the world's largest Drosophila (fruit fly) stock centres were closed or threatened with closure. This paper reflects on why this happened, and uses the visibility of these endings to examine how stock centre collections are managed, who maintains them and how they are kept valuable and accessible to biologists. One stock centre came under threat because of challenges in caring for flies and monitoring the integrity of stocks. Another was criticized for keeping too many ‘archival’ stocks, an episode that reveals what it can mean for a living scientific collection to remain ‘relevant’ to a research community. That centre also struggled with the administrative and documentary practices that have proved crucial for sustaining a collection's meaning, value and availability. All of the stock centres in this story faced challenges of how to pay for care and curation, engaging with a problem that has been discussed by biologists and their funders since the 1940s: what are the best models for stock provision, and how could these models be changed?

Laboratory instructions and recipes are sometimes edited into books with a wide circulation. Even in the late twentieth century, publications of this nature remained influential. For example, protocols from a 1980 summer course on gene cloning at Cold Spring Harbor Laboratory provided the basis for a bestselling laboratory manual by Tom Maniatis, Ed Fritsch and Joe Sambrook. Not only did the Molecular Cloning: A Laboratory Manual become a standard reference for molecular biologists (commonly called the ‘bible’), but also its recipes and clear instructions made gene cloning and recombinant DNA technologies accessible to non-specialists. Consequently, this laboratory manual contributed to the rapid spread of genetic-engineering techniques throughout the life sciences, as well as in industry. As is often the case with how-to books, however, finding a way to update methods in this rapidly changing field posed a challenge, and various molecular-biology reference books had different ways of dealing with knowledge obsolescence. This paper explores the origins of this manual, its publication history, its reception and its rivals – as well as the more recent migration of such laboratory manuals to the Internet.

This paper explores the ways in which scientists have managed the concept of animal ‘agency’ in twentieth-century field-based studies of animal behaviour. Using a range of popular accounts published between 1868 and 2012, it provides the intellectual and historical context for the sharp increase in field studies of animals – and their popularizations – that took place from the late 1960s on. It argues that the vivid depiction of animal characters and personalities, with individual and community histories intertwined, is firmly grounded in the methodologies adopted for field studies of animal behaviour. It suggests that intellectual interest in animal agency not only itself needs to be historically situated, but also close historiographical attention needs to be paid to the public deployment of the concept for intellectual, political and moral reasons. It concludes that – as far as field studies of animal behaviour are concerned – animals are not just the subjects of research, but can often be treated as active collaborators in the research process.

Between December 2012 and September 2013 the United Kingdom government oversaw one of the largest destructions of a collection of human-derived samples ever conducted. Approximately 7,753,000 DNA samples and 1,766,000 DNA computerized profiles associated with the UK's policing National DNA Database (NDNAD) were destroyed or deleted. This paper considers this moment of exceptional erasure and the consequent implementation of new processes for routinely discarding and keeping samples and their associated computer records. It is divided into two parts. The first discusses the rapid growth of the NDNAD; the changing legal, ethical and political landscape within which it was promoted and contested; and the developments that led to the decision to limit its scope. The second shifts focus to the operational challenge of implementing the destruction of samples and deletion of records. The NDNAD case allows us to examine the labour and continuing uncertainties involved in erasure of biological data and the emerging norms and practices associated with collecting DNA in differing formats. It also sheds new light on the importance, interconnection and ongoing instability of the ethical and practical biovalue of genetic collections: as the paper argues, far from ending the NDNAD, a more rigorous regime of erasure has helped, for the moment at least, to secure its future.

The mechanical and reductive ideals of much of modern science leave it ill-equipped to recognize, let alone account for, the agency of animals. So says a tradition of criticism well represented in the writings of the British behavioural biologist W.H. Thorpe FRS (1902–1986). This paper recovers the range of overlapping debates and developments, philosophical and religious as well as scientific, which led Thorpe to champion animal agency in the period and place much better known now as headquarters for the neo-Darwinian Modern Synthesis. A retracing of Thorpe's path through such forgotten domains as applied-science Lamarckism and the philosophical psychology of Leonard Hobhouse complicates a now-standard picture (which Thorpe himself promoted) of the Modern Synthesis as inimical to animal agency. Largely thanks to Thorpe's work, as publicized by Julian Huxley, the Modern Synthesis revitalized the fortunes of what became one of the mainstays of agential science, the Baldwin effect.

In 1975, the Missouri homesteaders Kent and Diane Ott Whealy launched True Seed Exchange (later Seed Savers Exchange), a network of ‘serious gardeners’ interested in growing and conserving heirloom and other hard-to-find plant varieties, especially vegetables. In its earliest years, the organization pursued its conservation mission through member-led exchange and cultivation, seeing members’ gardens and seed collections as the best means of ensuring that heirloom varieties remained both extant and available to growers. Beginning in 1981, however, Kent Whealy began to develop a central seed repository. As I discuss in this paper, the development of this central collection was motivated in part by concerns about the precariousness of very large individual collections, the maintenance of which was too demanding to entrust to most growers. Although state-run institutions were better positioned to take on large collections, they were nonetheless unsuitable stewards because they placed limits on access. For seed savers, loss of access to varieties via their accession into a state collection could be as much an ending for treasured collections as total physical loss, as it did not necessarily enable continued cultivation. As I show here, these imagined endings inspired the adoption of a new set of conservation practices that replicated those seen in the formal genetic conservation sector, including seed banking, cold storage and safety duplication.

Planning for science and technology was a global phenomenon in the mid-twentieth century. A few countries drew up comprehensive five-year plans adapting from the Soviet model: China and India were two new developing countries to do so. In this paper we examine the early efforts at national planning for science and technology as seen in the Chinese twelve-year science and technology plan (1956–1967) and the five-year (1974–1979) science and technology plan of India. These are two historically distinct moments globally and two separate attempts specifically. What tie them together are the goals both sought to accomplish: of science- and technology-led industrialization and development, many times in comparison and sometimes in competition with each other. We show that these two incomplete exercises show us the complex histories of institutions and processes that confirm state-led faith in and engagement with science and technology.

Against the background of humanities writing about animal agency, this article examines primatologist Tetsuro Matsuzawa's work with his ‘research partner’, the chimpanzee Ai, and her conspecifics at the Kyoto University Primate Research Institute and in an outdoor laboratory in Guinea from 1976 to 2016. This latest chapter in the history of Japanese primatology describes an attempt at synthesizing benchwork and fieldwork. It examines how what both humans and chimpanzees can do varies across a whole spectrum of scientific practices, bridging the gap between controlled experiments and field observations. While some recent animal studies literature has presented laboratory animals as deprived of agency and thereby implicitly attributed agency to creatures of the wild, this historical and ethnographic account does not take the analytic category of agency for granted, but examines how Japanese primatologists think about the ways in which chimpanzees interact with each other, with humans and with their environment.