In this article, I explore how the twin forces of imperial and entomological power allowed Britain to shape locust research and control across Africa, the Middle East and South Asia from the 1920s to the early 1950s. Imperial power came from the size of the formal and informal empire, and alliances with other colonial powers to tackle a common threat to agriculture and trade. Entomological authority came primarily from the work of Boris Uvarov and his small team of museum and (...) fieldworkers based at the Imperial Bureau of Entomology (IBE), later the Imperial Institute of Entomology (IIE). I begin by discussing how Uvarov's phase theory of the origin of swarming changed the prospects for the control of locust plagues. The imperial gaze and networks of the IBE and IIE were suited to a problem that was transnational and transcontinental. In the 1930s, Britain was drawn into plans for international cooperation on locust organizations that met the needs of science, to give better sharing of knowledge, and the needs for science, to secure the resources for research and control. However, such organizations were only created during the Second World War, when new plagues threatened military operations, as I show in relation to the measures taken to control the red locust and desert locust. In the final section, I follow the fate of the wartime cooperation in initiatives to establish permanent control organizations. It is a story of the decline of British political power in locust affairs as the United Nations Food and Agriculture Organization and regional agencies took over. My account of British locust research and control reveals a neglected aspect of histories of entomology and imperial/colonial science, especially their international relations and the continuing importance of metropolitan research centres. (shrink)

Occupational health remains neglected in developing countries because of competing social, economic and political challenges. Ethical issues in the workplace related to the hazards and risks of becoming infected by Leishmania (Leishmania) mexicana, through the bite of naturally infected sand flies, is another area of concern that has been neglected as well. We report here the results of reviewing two entomological field studies carried out in our research center from 2003 to 2006. Eight students from our School of Biology were (...) invited to catch sand flies. A total of six of the eight (75%) developed a typical clinical picture of Localized Cutaneous Leishmaniasis (LCL) caused by L. (L.) mexicana. In this article we identify the ethical issues related to these kinds of studies and propose some guidelines for conducting them. (shrink)

This article addresses the issue of professionalization in the life sciences during the second half of the nineteenth century through a survey of British entomological periodicals. It is generally accepted that this period saw the rise of professional practitioners and the emergence of biology (as opposed to the older mode of natural history). However, recent scholarship has increasingly shown that this narrative elides the more complex processes at work in shaping scientific communities from the 1850s to the turn of the (...) century. This article adds to such scholarship by examining the ways in which the editors of four entomological periodicals from across this time frame attempted to shape the communities of their readership, and in particular focuses upon the apparent divide between ‘mere collectors’ and ‘entomologists’ as expressed within these journals. Crucially, the article argues that non-professional practitioners were active in defining their own distinct identities and thereby claiming scientific authority. Alongside the periodicals, the article makes use of the correspondence archive of the entomologist and periodical editor Henry Tibbats Stainton (1822–1892), which has hitherto not been subject to sustained analysis by historians. (shrink)

Occupational health remains neglected in developing countries because of competing social, economic and political challenges. Ethical issues in the workplace related to the hazards and risks of becoming infected by Leishmania (Leishmania) mexicana , through the bite of naturally infected sand flies, is another area of concern that has been neglected as well. We report here the results of reviewing two entomological field studies carried out in our research center from 2003 to 2006. Eight students from our School of Biology (...) were invited to catch sand flies. A total of six of the eight (75%) developed a typical clinical picture of Localized Cutaneous Leishmaniasis (LCL) caused by L. (L.) mexicana . In this article we identify the ethical issues related to these kinds of studies and propose some guidelines for conducting them. (shrink)

Aron Arthur Moscona was an Israeli-American developmental biologist whose name is associated with research on cell interactions during embryonic development. His appearance on the international scene dates back to a paper published in 1952, while he was working, together with his wife Haya Sobel Moscona, at the Strangeways Research Laboratory of Cambridge. Together they demonstrated that cells from previously dissociated chick tissues undergo histiotypical and organotypical aggregation in vitro. From 1952 to 1997, Moscona focused his research on cell recognition mechanisms, (...) ultimately demonstrating the role of transmembrane proteins in cellular adhesiveness, tissue segregation, and organ tridimensional assemblage during development. However, who was Aron Moscona before 1952 and what brought him to developmental biology? A Polish Jew who immigrated to Mandatory Palestine in 1933, Moscona belonged to the first generation of biologists formed in the newly established Zoology Department of the Hebrew University. With a particular focus on the Israeli context, the paper reconstructs the evolution of Moscona’s scientific thought by emphasizing the cultural and experimental context of his training and early research at the Hebrew University. The aim is to investigate how local scientific traditions influenced Moscona’s eventual research as well as enabled the relevant experimental innovation he contributed to the field of developmental biology and pathology. The paper can be read both as a scientific biography of Aron Moscona and as a preliminary contribution to the historiography of embryology in the Mandatory Palestine/Israeli context. (shrink)

The article traces Nietzsche’s references to insects in his published and unpublished writings against the backdrop of his study of the entomological research of his time (esp. through his reading of Alfred Espinas’s Die thierischen Gesellschaften). The first part of the article explores how Nietzsche’s entomology allows us to add a posthumanist perspective to the more familiar poststructuralist readings of Nietzsche, as the entomological research he consulted offered him a model for understanding how rudimentary processes can lead to the (...) formation of structures and higher organizations with emergent properties. The second part of the article revisits Nietzsche’s conceptions of the will and the will to power against the backdrop of his references to insect sociality and the influence of Wilhelm Wundt. It shows that Nietzsche’s deconstruction of the will as an umbrella concept and his will to power are attempts to model the emergence of complex edifices from simple operations under which physical, psychological, and social phenomena must be thought to arise. The article concludes with a reflection of the social and political relevance of what Nietzsche identifies as modernity’s “disgregation of the will.”. (shrink)

Enhancing the environmental soundness of agricultural practices, particularly in high input systems, is of increasing concern to those involved in agricultural research and development. The Integrated Pest Management Farmer Field School, which is based on farmer participatory environmental education, is compared to the No Early Spray intervention, which is a simple rule approach. A research methodology was developed and tested in the Philippines to document farmers' pre- and post-intervention knowledge of rice field insects, insect/plant interactions, and pesticides. The results indicate (...) that increased knowledge from education is linked to better pest management behavior. It is proposed that the methodology may also be useful for documenting other areas of knowledge, in the design of educational interventions for farmers and in assessing their impact. (shrink)

Drawing on a scene in J.M.G. Le Clézio's novel Terra Amata, which tells the story of the instincts of a small boy, the minute sensoria of some bugs and a cosmic catastrophe, this essay demonstrates the ambivalence around insects in animal studies, their contingent location in psychoanalysis and the conundrums they place in ethical philosophy. By reading Le Clézio's tale through Uexküll, Freud, Dodds and Stengers we argue for more nuanced, imbricated and critical connections between ethology, psychoanalysis and ethics. These (...) connections become imperatives in the face of the current environmental crisis, where we urgently need to attend to co-affecting relations that are too distant or proximate, tiny or vast to register as familiar sentient states or ethical feelings. In the process we demonstrate the performative dimensions of what we call the entomological imagination – present in the strange proximity of child and bugs, the powerful unthinking god, the indifference of the insects to human commands, and the infinitesimal catastrophe in Le Clézio's story – that facilitates an epistemic fluidity required for a contemporary understanding of ecologies. (shrink)

According to M. W. Service (1978), prior to Patrick Manson’s (1844–1922) discovery in 1877 that the mosquito Culex fatigans (Diptera: Culicidae) was the intermediate host of Bancroftian filariasis, the association of insects with disease and the nature of disease transmission was almost entirely speculation. As biographers P. H. Manson-Bahr and A. Alcock (1927) put it: “Manson’s investigations were thus the first convincing evidence that the vague beliefs traditional among many untutored races and countenanced from time to time by a few (...) sagacious medical men—beliefs that various specific diseases of the blood are disseminated by bloodsucking insects—were of good pathological report and worthy of further thought” .. (shrink)

Systematic entomology flourished as a branch of Natural History from the 1750s to the end of the nineteenth century. During this interval, the “era of Heroic Entomology,” the majority of workers in the field were dedicated amateurs. This article traces the demographic and occupational shifts in entomology through this 150-year interval and into the early twentieth century. The survey is based on entomologists who studied beetles (Coleoptera), and who named sufficient numbers of species to have their own (...) names abbreviated by subsequent taxonomists. In the eighteenth century, 27 entomologists achieved this level of prominence, of whom 37% were academics, 19% were doctors, 11% had private incomes, 19% were clergymen, and 8% were government officials. Many of those with private incomes were members of the European aristocracy, and all but one were European men. The nineteenth century list included 192 entomologists, of whom 17% were academics, 16% were museum curators, 2% were school teachers, 15% were doctors, 6% were military men, 7% were merchants, 2% were government entomologists, 6% had private incomes, 5% were clergymen, 5% were government officials, and 4% were lawyers. The demographics of entomology shifted dramatically in the nineteenth century. Whereas many of the noteworthy entomologists of the eighteenth century were German, Swedish, or French, in the nineteenth century, many more European countries are represented, and almost one-fifth of the noteworthy entomologists were from the United States. The nineteenth century list, like the eighteenth century list, contains no women. By the twentieth century, 63% of 178 noteworthy systematic entomologists were paid professionals, teaching entomology courses in universities, or studying insect taxonomy in museums and government-sponsored laboratories. Only one person on the twentieth century list had a private income, but women (ten individuals) were included on the list for the first time. (shrink)

Raphael Meldola (1849-1915), an industrial chemist and keen naturalist, under the influence of Darwin, brought new German studies on evolution by natural selection that appeared in the 1870s to the attention of the British scientific community. Meldola's special interest was in mimicry among butterflies; through this he became a prominent neo-Darwinian. His wide-ranging achievements in science led to appointments as president of important professional scientific societies, and of a local club of like-minded amateurs, particularly field naturalists. This is an account (...) of Meldola's early scientific connections and studies related to entomology and natural selection, his contributions to the study of mimicry, and his promotion in the mid-1890s of a more theory driven approach among entomologists. (shrink)

What kinds of ethical considerations, if any, are relevant to research, management, or conservation efforts involving insects? What limits might be appropriate for those actions? These are questions we ask as members of a profession—one that’s devoted to the study of certain organisms. We probably won’t make any progress as a discipline by beginning the way philosophers generally do: namely, by trying to assess whether insects have intrinsic value; that is, whether they have value even when we don’t value them. (...) It is better, we submit, to reflect more carefully on our own values and practices, paying special attention to the role that insects play in our scientific endeavors, whether those endeavors are basic research, vector control, integrated pest management, or insect conservation and biodiversity assessment. -/- From a professional standpoint, the goals of entomologists center around learning about, working with, and responding to insects. Because insects are living organisms, the tie that binds the many strands of entomology together, we should affirm the significant role that insects play in everyday life and encourage examination of how to relate to them. (shrink)

The rise of applied biology was one of the most striking features of the biological sciences in the early 20th century. Strongly oriented toward agriculture, this was closely associated with the growth of a number of disciplines, notably, entomology and mycology. This period also saw a marked expansion of the English University system, and biology departments in the newly inaugurated civic universities took an early and leading role in the development of applied biology through their support of Economic Biology. (...) This sought explicitly to promote the application of biological knowledge to economically important problems and especially to agriculture. The impact of Economic Biology was felt most strongly within Zoology, where it became synonymous with entomology. The transience of Economic Biology belies its significance, for example, in providing a means for the expansion of biology at the civic universities. More broadly, it opened up new research and employment opportunities within the life sciences. In late Edwardian Britain, newly available state funds for agriculturally relevant biological disciplines transformed the life sciences. This paper examines the impact of these funds -- mobilized either under the 1909 Development Act, or under the auspices of colonial interests -- on Economic Biology and the institutionalization of applied biology. The rise and fall of Economic Biology casts new light on the way in which institutional and political alignments profoundly shaped the development of British biology. (shrink)

Japanese agricultural scientist Toyama Kametaro’s report about the Mendelian inheritance of silkworm cocoon color in Studies on the Hybridology of Insects spurred changes in Japanese silk production and thrust Toyama and his work into a scholarly exchange with American entomologist Vernon Kellogg. Toyama’s work, based on research conducted in Japan and Siam, came under international scrutiny at a time when analyses of inheritance flourished after the “rediscovery” of Mendel’s laws of heredity in 1900. The hybrid silkworm studies in Asia attracted (...) the attention of Kellogg, who was concerned with how experimental biology would be used to study the causes of natural selection. He challenged Toyama’s conclusions that Mendelism alone could explain the inheritance patterns of silkworm characters such as cocoon color because they had been subject to hundreds of years of artificial selection, or breeding. This examination of the intersection of Japanese sericulture and American entomology probes how practical differences in scientific interests, societal responsibilities, and silkworm materiality were negotiated throughout the processes of legitimating Mendelian genetics on opposite sides of the Pacific. The ways in which Toyama and Kellogg assigned importance to certain silkworm properties show how conflicting intellectual orientations arose in studies of the same organism. Contestation about Mendelism took place not just on a theoretical level, but the debate was fashioned through each scientist’s rationale about the categorization of silkworm breeds and races and what counted as “natural.” This further mediated the acceptability of the silkworm not as an experimental organism, but as an appropriately “natural” insect with which to demonstrate laws of inheritance. All these shed light on the challenges that came along with the use of agricultural animals to convincingly articulate new biological principles. (shrink)

Parcels, Sales and Gifts: Hans Sauter's Entomological Practices between Formosa and Europe, 1902–1914. The exploration of global biodiversity is a form of knowledge production that is necessarily specimen‐based. In the endeavor to chart the natural world, not only ideas and writings travelled across the oceans, but also a flood of scientific objects. The German entomologist Hans Sauter (1871–1943) spent most of his life in Formosa, then a Japanese colony. His pronounced aim was to complete an inventory of the entire fauna (...) of Formosa. He aimed for the mass production of knowledge, becoming a collecting‐entrepreneur who employed scores of local collectors. Between 1902 and 1914, they amassed large quantities of insects, which required specialized practices in collecting, preserving, documenting, and packaging. Sauter sent these insects, but also hundreds of reptiles, mammals, birds, fish etc., to zoologists all over Europe who identified and published hitherto undescribed species. At first, Sauter sold his finds. Later, he stopped asking for money – pushing instead for speed in publication and making demands about the content and naming of these articles. His demands were met, especially by the Deutsches Entomologisches Museum in Dahlem. Despite almost no publications to his name, Sauter quickly gained considerable influence in the world of entomological research. In this paper, the circulation of these scientific objects serves as a focal point in order to embed local circumstances in the process of knowledge production in a global context. The practices associated with the specimens illustrate the economic, political and social dimensions of the formation of knowledge. Hans Sauter's case defies traditional dichotomies as it illustrates the interdependence of practical and theoretical knowledge, of science and trade and of center and periphery. Practical knowledge gained in a local setting in Formosa allowed Sauter to amass large amounts of insect specimens, a resource he used to steer the course of scientific practice in Europe. (shrink)

The marriage of Sally Peris Hughes (1895–1984) and Franz Schrader (1891–1962) in November 1920 launched a highly successful scientific collaboration that lasted over four decades. The Schraders were avid naturalists, adroit experimentalists, and keen theoreticians, and both had long, productive, and fruitful careers in zoology. They offer an extraordinarily rich case study that provides an insightful view of the work carried out in several areas of the life sciences from the 1920s to the 1960s—fieldwork, cytology, cytogenetics, and entomology—as well (...) as critical aspects of the social world of contemporary science. By focusing on the fieldwork the couple carried out in Mexico and Central America in the late 1920s and early 1930s, this paper seeks to illuminate how this collaborative scientific marriage embodies a collective, complex, and integrated personal and social arrangement that served to enhance both knowledge production and disciplinary development in several areas of science. It also reveals ways in which marriage could serve as a means to help both parties navigate and negotiate restrictive sociocultural norms and institutional arrangements in science involving gender, power, and authority in the early twentieth century. (shrink)

Agriculture has long struggled to reconcile production with biodiversity conservation. Industrial farming practices that erode structural complexity within crop fields and across entire landscapes, as well as widespread pesticide use, have resulted in declining insect abundance and diversity globally. Recognition of socio-environmental consequences have spurred alternative pest management paradigms such as integrated pest management (IPM) and conservation biological control (CBC), which emphasize ecology as the scientific foundation for a sustainable agriculture. However, adoption of these approaches at scales large enough to (...) impact biodiversity has been slow, particularly in industrialized countries. Landscape-scale management is an integral component of ecological agriculture, making pest control and biodiversity conservation collective problems that require coordination among multiple stakeholders. The extent to which farmers recognize and act upon this perspective is not well studied. Through literature synthesis and a case study of Southern Wisconsin, I analyze factors shaping farmer adoption of insect and landscape management practices through the lens of constrained choice. I argue that multiple overlapping institutions (social networks, market forces, science and technology, and political-legal systems) co-produce farmer behaviors and landscape structure, largely to the detriment of ecological pest control and biodiversity. Wisconsin farmers' entomological concerns largely overlook beneficial insect species and eschew landscape thinking. Ultimately, slowing agricultural drivers of insect biodiversity declines will likely require large-scale coordination and political-economic change. (shrink)

William Sharp Macleay developed the quinarian system of classification in his Horæ Entomologicæ, published in two parts in 1819 and 1821. For two decades, the quinarian system was widely discussed in Britain and influenced such naturalists as Charles Darwin, Richard Owen, and Thomas Huxley. This paper offers the first detailed account of Macleay’s development of the quinarian system. Macleay developed his system under the shaping influence of two pressures: (1) the insistence by followers of Linnaeus on developing artificial systems at (...) the expense of the natural system and (2) the apparent tension between the continuity of organic nature and the failure of linear classification schemes (which continuity seemed to require). Against what he perceived as dogmatic indolence on the part of the Linnaeans, Macleay developed a philosophy of science in which hypotheses that exceeded the available evidence should be proposed and subjected to severe tests. He also developed a novel comparative anatomical methodology, the method of variation, to aid in his search for the natural system. Using this method, he developed an intricate system that showed how organic nature could be continuous without being linear. A failure to appreciate these facets of Macleay’s thought has led to several misunderstandings of him and his work, most notably that he was an idealist. These misunderstandings are here rebutted. (shrink)

In 1924, Virginia Woolf wrote a short story based upon the life of Eleanor Ormerod. A wealthy spinster, Ormerod achieved notoriety in late nineteenth-century Britain as an economic entomologist. In 1904, Nature compared her to Caroline Herschel and Mary Somerville. In terms of recent scholarship devoted to the history of women in science, Ormerod's career differed markedly from that of her two predecessors. The emotional or intellectual support of a brother, husband, father, or male family relation made no considerable contribution (...) to her commitment to the study of entomology. Furthermore, her life as an independent spinster offered no positive proof for Francis Power Cobbe's dictum: as she aged, Eleanor Ormerod showed no tendency to become a ‘women's rights woman’. She publicly accepted or internalized the dominant, masculine ideology of science; and by contemporary standards, she achieved success. (shrink)

Edgar Zilsel's famous thesis, which argues that modern experimental science was born from the union of artisans and intellectuals in the 16th century, received little support when Zilsel proposed it in the 1940s. In recent years, however, with the turn toward social and cultural history of science, the “Zilsel Thesis” has undergone something of a revival as historians rethink the relevance of artisanal knowledge for the history of early modern science. This essay looks at the Zilsel Thesis in a global (...) setting – specifically a colonial Iberian setting – and argues for its relevance in framing natural history, medicine, and the impact of science on everyday life. Using the examples of corn, quina, and cochineal, this essay argues that the agronomic, chemical, and entomological knowledge accumulated over generations of practice by indigenous practitioners was in fact artisanal knowledge that was passed on to European intellectuals in “global trading zones” to become part of the Western scientific patrimony. (shrink)

The honeybee, Apis mellifera, has excited both literary and scientific interest since ancient times, and even modern entomological investigation has not entirely dispelled the mystery surrounding the corporate intelligence of the beehive. Yet this lingering mystique has not prevented the wholesale exploitation of the honeybee as pollinator of choice in present-day industrial agriculture. In the context of this industrialization of the apiary, honeybees around the world are succumbing to the condition known as “colony collapse disorder.” The consequent disappearance of honeybees (...) on a massive scale poses the question, what do honeybees mean to us? Is their loss a moral loss, and if so, is it merely a moral loss, or something more? Does the loss of honeybees portend further losses that will amount to the loss of the basic conditions for meaning, and hence for morality, per se? (shrink)

Człowieczeństwo to pojęcie, które oznacza cechy wspólne dla wszystkich ludzi, w tym ogół takich, które stanowią o różnicy gatunkowej pomiędzy człowiekiem a zwierzętami. Problem ten podejmował Jerzy Chmurzyński, entomolog, etolog i filozof, „ojciec polskiej etologii”, zadając pytanie: ile człowieka jest w zwierzęciu? Perspektywa badawcza etologii, przyjmując paradygmat ewolucyjny, obejmuje wszelkie organizmy żywe, zdolne do zachowania się. Artykuł przedstawia etologiczne ujęcie natury ludzkiej przez Chmurzyńskiego i formułowane na tej podstawie wnioski antropologiczne, etyczne i estetyczne. To ujęcie ukazuje z jednej strony zakorzenienie (...) człowieka w świecie przyrody, a z drugiej takie cechy jego natury, nabyte w procesie ewolucji, które sprawiają, że człowiek przerasta poziom biologiczny. Wśród tych cech można wyróżnić: myślenie abstrakcyjne, język, etykę, estetykę i kulturę. Jerzy Chmurzyński, ukazując biologiczne korzenie człowieczeństwa, pomaga lepiej zrozumieć, co to znaczy: „być sobą w swojej ludzkiej naturze”. Wnioski w ten sposób formułowane stanowią formę „biologicznych drogowskazów”, które, mając uniwersalny charakter, mogą wzmocnić tradycyjny system etyczny, przeciwstawiając się zagrożeniu w postaci dewiacji zachowań Homo sapiens. --------------------- Zgłoszono: 17/12/2021. Zrecenzowano: 04/02/2022. Zaakceptowano do publikacji: 11/04/2022. (shrink)

In 1975, a delegation of U.S. entomologists traveled to socialist China to observe Chinese insect control science. Their overwhelmingly positive reports highlighted in relief the pernicious effects of pesticide corporations on U.S. agriculture; some entomologists hoped this would goad the United States to catch up to China in environmentally sensible insect control practices. Of course, insect control in socialist China carried its own political baggage, some of which—for example, mass mobilization and self-reliance—the state made highly visible to visitors, and some (...) of which—for example, harsh treatment of scientists—it sought to obscure. For both the U.S. and the Chinese participants, the act of comparison itself was of primary significance in the exchange, allowing them to construct socialist Chinese science as refreshingly different from U.S. science. At the same time, however, this construction of difference meant forgetting the much longer transnational history in which U.S. and Chinese entomology had been intertwined. (shrink)

In the mid twentieth century the philosopher Ludwig Wittgenstein famously asserted that games are indefinable; there are no common threads that link them all. “Nonsense,” said the sensible Bernard Suits: “playing a game is a voluntary attempt to overcome unnecessary obstacles.” The short book Suits wrote demonstrating precisely that is as playful as it is insightful, as stimulating as it is delightful. Through the jocular voice of Aesop's Grasshopper, a “shiftless but thoughtful practitioner of applied entomology,” Suits not only (...) argues that games can be meaningfully defined; he also suggests that playing games is a central part of the ideal of human existence, and so games belong at the heart of any vision of Utopia. This new edition of _The Grasshopper_ includes illustrations from Frank Newfeld created for the book’s original publication, as well as an introduction by Thomas Hurka and a new appendix on the meaning of ‘play.’. (shrink)

This interview ranges across a number of topics relevant to Roberto Marchesini’s thought: the history and philosophy of ethology and entomology; zooanthropology and animal culture; philosophical ethology and philosophical anthropology; animal studies; and animals in laboratories, in the field, on farms, and in household/urban settings. It touches on thinkers including Margherita Hack, Giorgio Celli, Donna Haraway, Giorgio Agamben, Roberto Esposito, Charles Darwin, and Jean-Baptiste Lamarck.

ABSTRACT This essay examines the role that entomological workers played in U.S. public health efforts during the construction of the Panama Canal (1904–1914). Entomological workers were critical to mosquito control efforts aimed at the reduction of tropical fevers such as malaria. But in the process of studying vector mosquitoes, they discovered that many of the conditions that produced mosquitoes were not intrinsic to tropical nature per se but resulted from the human‐caused environmental disturbances that accompanied canal building. This realization did (...) not mesh well with an American ideology of tropical triumphalism premised on the notion that the Americans had conquered unalloyed tropical nature in Panama. The result, however, was not a coherent counternarrative but a set of intra‐administrative tensions over what controlling nature meant in Panama. Ultimately, entomological workers were loyal not just to the U.S. imperial mission in Panama but also to a modernist culture of science and to the workings of mosquito ecology as they understood them. (shrink)

This paper analyses the forgotten concept of “sperm-force” proposed by George Newport (1803–1854). Newport is known for his comprehensive microscopic examinations of sperm and egg interaction in amphibian fertilization between 1850 and 1854. My work with archival sources reveals that Newport believed fertilization was caused by sperm-force, which the Royal Society refused to publish. My reconstruction chronologically traces the philosophical and experimental origins of sperm-force to Newport’s 1830s entomological work. Sperm-force is a remnant of Newport’s speculations on the creation of (...) the active individual. I argue that sperm-force was rooted in British interpretations of German _Naturphilosophie_, which demonstrates Continental influences on mid-Victorian embryology, particularly the role of male generative power. This context provides further evidence that British versions of Romantic science fostered sophisticated experimental work. The refusal by Paleyite stalwarts of natural theology to publish Newport’s ideas illustrates the institutional resistance to German pantheistic and vitalistic influences. This reconstruction of sperm-force’s philosophical foundation and its reception offers new understandings of mid-Victorian attitudes toward the inheritance of mind and body. It situates Newport’s work within the nineteenth century’s scientific project to assign stereotypical genders to the gametes. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:American Journal of Philology 126.3 (2005) 458-460 [Access article in PDF] Robert Mayhew. The Female in Aristotle's Biology: Reason or Rationalization. Chicago: University of Chicago Press, 2004. xii + 136 pp. Cloth, $28. Aristotle says quite a lot about sexual difference and the characteristics of male and female in his biological works, especially the Generation of Animals. He is interested in the purpose of sexual difference in those animal (...) species that display it, because he knows that many plants and some animals are not sexually differentiated and hence that sexual difference is not necessary for generation. He distinguishes between the principles that are male and female and the animals that have these principles. He defines male and female according to whether they generate in themselves or in another and explains that this ability depends on whether they are able to concoct semen from the ultimate nutriment (), which depends in turn on an ability to heat the blood. He discusses the generative organs of male and female, the contributions each makes to the process of generation, and the factors that determine whether a given animal offspring will be male or female. In all of this, he considers the views of his predecessors and tries both to salvage what he believes to be correct and explain his rejection of many claims. At the same time, Aristotle is working out his views on the relation between matter, form, and final causation, and on natural substances and the transmission of form. There is a lot going on in the discussions of sex and its operations in the biological works, but relatively little attention has been paid to it in the philosophical literature. For these reasons a book on the subject of the female in Aristotle's biology is a welcome contribution.Mayhew treats a range of issues in separate chapters: sexual difference in bees and wasps, the contributions of male and female parents to conception, the analogy drawn between eunuchs and females, Aristotle's scattered comments about anatomical differences (other than in generative organs) between male and female, and differences in character that might be based on biological differences. The discussion of these issues might be interesting, particularly if they could be connected, but Mayhew often fails to bring out what is at stake philosophically in, for example, Aristotle's discussion of the sexes of wasps and bees or in his references to the similarities of eunuchs to women.The argument of the book is directed not so much to the content of what Aristotle says as to the motivation behind his various claims about the female. Mayhew wants to argue that while Aristotle's conception of the female is, in general and in many details, false, it is the product of honest (if mistaken) science and not of misogynist ideological bias (1–2). Each chapter is intended to address two questions. First, what exactly does Aristotle claim? Second, is there any evidence that Aristotle's claim, and the arguments in support of it, are the product of rationalization? (6). Mayhew's answers to the first of these questions are generally accurate and helpful; he cites the important passages, sets them in context, and often says something sensible about how we should interpret them. The second question, about rationalization, is much more problematic.On the one hand, Mayhew sometimes uses it to untangle the complex of [End Page 458] commitments that Aristotle certainly brought to questions of sexual difference: a commitment to observational accuracy, but also to undivided form, to the priority of form over matter, and, doubtless (in my view, although not in Mayhew's), a more or less unreflective commitment to the priority of male over female. In the chapters on entomology and on the contribution of male and female to generation, Mayhew succeeds in distinguishing various scientific and philosophical concerns that lead Aristotle to say what he does, and which are probably sufficient to explain his views without supposing that we have to assume a bias against the female to explain those views.On the other hand, Mayhew construes the question... (shrink)

1. Insect sampling for the purpose of measuring biodiversity – as well as entomological research more generally – largely assumes that insects lack consciousness. Here, we briefly present some arguments that insects are conscious and encourage entomologists to revisit their ethical codes in light of them. 2. Specifically, we adapt the Three Rs, guidelines proposed in 1959 by WMS Russell and RL Burch that have become the dominant way of thinking about the ethics of using animals in research. 3. The (...) Three Rs specify the need to replace, reduce, and refine the use of animals in research, yet have received little attention in entomological circles, which is perhaps unsurprising given that Russell and Burch explicitly excluded invertebrates from their purview. 4. As a specific case, we consider issues of suffering and bycatch in the use of Malaise traps for insect sampling. 5. While we do not claim that entomologists have an obligation to adopt the Three Rs framework wholesale, we do suggest that there is reason to adopt it in a modified form to mitigate moral risk especially in the context of conservation. (shrink)