Among feminist philosophers, there are two lines of argument that sexist values are illegitimate in science, focusing on epistemic or ethical problems. This article supports a third framework, elucidating how value-laden science can enable epistemic oppression. My analysis demonstrates how purported knowledge laden with sexist values can compromise epistemic autonomy and contribute to paternalism and misogyny. I exemplify these epistemic wrongs with a case study of the morning-after pill during its 2006 switch to over-the-counter availability and (...) its new drug label from the US Food and Drug Administration that it “may prevent implantation.” Antiabortion science advisers created this label to protect zygotes based on debated value judgments that were later concealed. This zygote-centric knowledge enabled them to shape potential users by instructing “good mothers” that they ought to protect zygotes and punishing “bad mothers” by refusing their requests for the drug. Therefore, I argue that the sexist values and gender norms of antiabortionists that prioritize zygotic health are illegitimate in this context because they cause epistemic injustices and perpetuate epistemic oppression. Furthermore, I advocate against blanket protections for the “right to conscience” and “religious freedom” of healthcare providers because they reinforce the epistemic oppression of women, especially those on the margins.Content Warning: This article discusses sexual assault and refusals to provide contraception to patients, including survivors. (shrink)

The biological sciences provide ample opportunity and motivation for feminist interventions. These sciences are seen by many as an authority on human nature and are highly relevant to many issues of social justice and public policy. Feminist philosophy of biology focuses on the ethical and epistemic adequacy and responsibility of biological claims. This work is critical in the sense of identifying epistemically and ethically irresponsible knowledge claims, research practices, and dissemination of biological research regarding sex/gender, including ways that sex/ (...) class='Hi'>gender interacts with other social categories. In this chapter we describe classic themes in feminist philosophy of biology, with particular regard to research practices and metaphysical assumptions. We then go on to argue that these classic themes remain salient in contemporary neuroscientific investigations of human emotion and in feminist research on the evolution of human behavior. (shrink)

Feminist accounts of science expose the ways in which the various sciences exhibit androcentric bias in their theories, practices, and presuppositions. Some, but not all, of these accounts also raise questions about the extent to which our understanding of what it is to be rational, objective, and scientific is itself gender‐laden. The analyses are wide‐ranging and diverse, reflecting a broad range of commitments within philosophy of science and within feminist theory. It is a mistake to treat (...) feminist critiques of science as constituting a monolithic body of literature, since doing so leads to caricature and to the inevitable repression of crucial issues. Moreover, one of the chief lessons to be gleaned from the accumulating research in this area is that the role played by gender in science is exceedingly complex and variable. Popular presentations and offhand references that downplay this complexity and variability misrepresent feminist research, and contribute to maintaining the unfortunate gulf between it and most “mainstream” philosophy of science. (shrink)

"-Barbara Ehrenreich, Mother Jones "This book represents the expression of a particular feminist perspective made all the more compelling by Keller's evident commitment to and understanding of science.

Appeals to some thesis of underdetermination, to the idea that scientific theories and hypotheses are not entailed by the evidence that supports them, are common in feminist philosophy of science. These appeals seek to understand and explain how androcentrism and other problematic approaches to gender have found their way into good science, as well as the reverse – how feminist approaches to gender and science that are also value-laden, can contribute to good science. (...) Focusing on W.V. Quine’s positions on holism and underdetermination, I argue that although Quine’s general thesis of holism does not entail his thesis of global underdetermination, his account of and arguments for moderate holism entail a localized and generalizable underdetermination, which I call moderate underdetermination. This moderate underdetermination is not transient or true of only some theories and hypotheses. Rather, it is a permanent state of affairs that characterizes all reasonably inclusive theories and hypotheses, however much evidence for them accumulates. I contend that Quine’s moderate holism entails the most robust and defensible argument for localized underdetermination, and that feminists would do well to appeal to it in arguing that values inform good science. (shrink)

Philosophical work on values in science is held back by widespread ambiguity about how values bear on sci entific choices. Here, I disambiguate several ways in which a choice can be value-laden and show that this disambiguation has the potential to solve and dissolve philosophical problems about values in science. First, I characterize four ways in which values relate to choices: values can motivate, justify, cause, or be impacted by the choices we make. Next, I put my (...) proposed taxonomy to work, using it to clarify one version of the argument from inductive risk. The claim that non-epistemic values must play a role in scientific choices that run inductive risk makes most sense as a claim about values being needed to justify such choices. The argument from inductive risk is not unique: many philosophical arguments about values in science can be more clearly understood and assessed by paying close attention to how values and choices are related. (shrink)

What role does gender play in scientific research and the development of technologies? This book provides methodological expertise, research experiences and empirical results in the dynamic field of Science and Technology Studies. The authors, coming from disciplines as computer science, social sciences, or philosophy, discuss how to ask questions about gender and give examples for their application in interdisciplinary research, development and teaching. Topics range from the design of information and communication technologies, epistemologies of biology and (...) chemistry to teaching mathematics and professional processes in engineering. (shrink)

The political engagement of scientists is not necessarily left-wing, and even when it is, it can take widely varying forms. This is illustrated by the specific character of Dutch scientific activism in the 1930s and 40s, which took shape in a society where ‘pillarized’ social divisions were more important than horizontal class structure. This paper examines how, within this context, the Delft physicist Jan Burgers developed a version of scientific politics, built on a philosophy of value-laden science.

Why do women have more difficulty pursuing research careers than men? Although this topic has been extensively investigated in industrialized countries, prior studies provide little comparative evidence from less-developed areas. Based on a survey of 293 scientists in Ghana, Kenya, and the Indian state of Kerala, this article examines gender differences on a variety of individual, social, and organizational dimensions. The results show small or nonexistent differences between women and men in individual characteristics, professional resources, and the organizational conditions (...) under which research is conducted. The article argues that a combination of educational and research localism increases the likelihood of restricted professional networks for women. Gender inequality in the research systems of the developing world may be based on systemic deficits in the acquisition of social rather than material resources. The most important implication is that educational policy for development should focus on international opportunities for women in the near future. (shrink)

Historians of science have traditionally concentrated on the achievements of scientists in Western Europe and North America. The usual assumption was that one did not need to study scientific communities outside of a few key countries because they were presumed to be analogous to (though weaker than) scientific communities in the West. In general, those who study women in science have shared this bias. This article provides examples that illustrate how cross-national research that includes less-studied areas of the (...) world can move us beyond generalizations that are based on small samples of women scientists in relatively few countries. This article is not definitive but rather suggests ways in which transnational studies of gender and science can contribute to our knowledge of not only the position of women in science but also the significance of class and social status and the meanings attached to the scientific enterprise in different cultural contexts. (shrink)

With the arrival of European explorers and settlers during the seventeenth century, Native American ways of life and the environment itself underwent radical alterations as human relationships to the land and ways of thinking about nature all changed. This colonial ecological revolution held sway until the nineteenth century, when New England's industrial production brought on a capitalist revolution that again remade the ecology, economy, and conceptions of nature in the region. In Ecological Revolutions, Carolyn Merchant analyzes these two major transformations (...) in the New England environment between 1600 and 1860. In a preface to the second edition, Merchant introduces new ideas about narrating environmental change based on gender and the dialectics of transformation, while the revised epilogue situates New England in the context of twenty-first-century globalization and climate change. Merchant argues that past ways of relating to the land could become an inspiration for renewing resources and achieving sustainability in the future. (shrink)

In Sex, Gender and Science , Myra Hird outlines the social study of science and nature, specifically in relation to sex, sex differences, and sexuality. She examines how Western understandings of sex are based less upon understanding material sex differences than on a discourse that emphasizes sex dichotomy over sex diversity and argues for a feminist engagement with scientific debate that embraces the diversity and complexity of nature.

Table of Contents I. WHO ARE THE SCIENTISTS? Historically. Women in the Origins of Modern Science, Londa Schiebinger. Women of Third World Descent in the Sciences, Sandra Harding. Recently. Women in Science: Half In Half Out, Vivian Gornick.”How Can a Little Girl Like You Teach a Great Big Class of Men?’ the Chairman Said, and Other Adventures of a Woman in Science, Naomi Weisstein. The Anomaly of a Woman in Physics, Evelyn Fox Keller. Currently. Women Join the (...) Ranks of Science but Remain Invisible at the Top, Natalie Angier. Creeping Toward Inclusivity in Science, Phyllis Goldberg. II. WHAT KIND OF ENTERPRISE IS SCIENCE? Science’s Aims, Methods, and Norms of Behavior. Patriarchy, Scientists, and Nuclear Warriors, Brian Easlea. Culturally Inclusive Chemistry, Catherine Hurt Middlecamp. A World of Difference, Evelyn Fox Keller. Interviewing Women: A Contradiction in Terms, Ann Oakley. Science’s Subject Matter. Have Only Men Evolved?, Ruth Hubbard. Empathy, Polyandry, and the Myth of the Coy Female, Sarah Blaffer Hrdy. The Importance of Feminist Critique for Contemporary Cell Biology, The Biology and Gender Study Group. The Engendering of Archaeology: Refiguring Feminist Science Studies, Alison Wylie. Still Seeking Transformation: Feminist Challenges to Psychology, Sue Wilkinson. Science’s Social Effects. Androcentric Bias in Clinical Research, Sue Rosser. Man-Made Medicine and Women’s Health, Nancy Krieger and Elizabeth Fee. The New Procreative Technologies, Ruth Hubbard. A Question of Genius: Are Men Really Smarter Than Women?, Anne Fausto-Sterling. III. WHAT KIND OF ENTERPRISE OUGHT SCIENCE TO BE? Feminist Empiricism. Subjects, Power, and Knowledge: Description and Prescription in Feminist Philosophies of Science, Helen Longino. Epistemological Communities, Lynn Hankinson Nelson. Feminist Standpoint Theory. ”Strong Objectivity’: A Response to the New Objectivity Question, Sandra Harding. Introduction to Tomorrow’s Tomorrow: The Black Woman, Joyce Ladner. Feminist Postmodernism. Situated Knowledges: The Science Question in Feminism and the Privilege of Partial Perspective, Donna Haraway. Though This Be Method, Yet There Is Madness in It: Paranoia and Liberal Epistemology, Naomi Scheman. (shrink)

The essays included here represent Fox Keller's attempts to integrate the insights of feminist theory with those of her contemporaries in the history and philosophy of science.

One worrying aspect of contemporary Western Society is the increasing prevalence of instances of ‘Science Denial’ in popular culture. Examples include both cases where well-attested scientific hypotheses are rejected and conversely, where scientifically discredited ideas are stubbornly retained. The paper raises the question whether the kind of argument for an anti-realist conception of empirical scientific theory considered in my contribution to the inaugural issue of this journal could in principle provide intellectual succour for these trends. The discussion proceeds through (...) an examination of the role of ‘takings for granted’ in all reflective enquiry to the conclusion that a trusting acceptance of the general credibility of informants is a precondition for the exercise of individual epistemic responsibility, and that in that context an acceptance of at least the empirical adequacy, if not the truth, realistically understood, of the teachings of scientists in general is rationally non-optional. (shrink)

This volume presents the first systematic evaluation of a feminist epistemology of sciences' power to transform both the practice of science and our society. Unlike existing critiques, this book questions the fundamental feminist suggestion that purging science of alleged male biases will advance the cause of both science and by extension, social justice. The book is divided into four sections: the strange status of feminist epistemology, testing feminist claims about scientific practice, philosophical and political critiques of feminist (...) epistemology, and future prospects of feminist epistemology. Each of the essays3/4most of which are original to this text3/4 directly confronts the very idea that there could be a feminist epistemology or philosophy of science. Rather than attempting to deal in detail with all of the philosophical views that fall under the general rubric of feminist epistemology, the contributors focus on positions that provide the most influential perspectives on science. Not all of the authors agree amongst themselves, of course, but each submits feminist theories to careful scrutiny. Scrutinizing Feminist Epistemology provides a timely, well-rounded, and much needed examination of the role of gender in scientific research. (shrink)

Gender-medicine has been very successful in discovering gaps in medical knowledge, disclosing biases in earlier research, and generating new results. It has superseded a more androcentric and sexist medicine. Yet, its development should not be understood in terms of a further approximation of value-freedom. Rather, it is a case of better value-laden science due to an enhanced pluralism in medicine and society. This interpretation is based on an account of the origins of gender-medicine in the feminist (...) women’s health movement and an analysis of the debate on inclusion of women in clinical trials. Consequently, the history of gender-medicine provides support for a procedural account of objectivity that stresses the importance of a diversity of perspectives. (shrink)

The feminist philosopher and social scientist shows how "gendering" has affected the social and natural sciences as she reconciles the long-standing dichotomy between the quantitative and qualitative methods and demonstrates the tandem use of both experimental and intuitive approaches.

Few issues cause academics to disagree more than gender and race, especially when topics are addressed in terms of biological differences. To conduct research in these areas or comment favorably on research can subject one to scorn. When these topics are addressed, they generally take the form of philosophical debates. Anthony Walsh focuses upon such debates and supporting research. He divides parties into biologists and social constructionists, arguing that biologists remain focused on laboratory work, while constructionists are acutely aware (...) of the impact of biologists in contested territories. "Science Wars" introduces the ideas motivating the parties and examines social constructionism and its issues with science. He explores arguments over conceptual tools scientists love and constructionists abhor, and he provides a solid discussion of the co-evolution of genes and culture. Walsh then focuses his attention on gender, how constructionists view it, and the neuroscience explanation of gender differences. Moving to race, Walsh looks at how some have tried to bury the concept of race, while others emphasize it. He considers definitions of race--essentialist, taxonomic, population, and lineage--as they have evolved from the time of the Enlightenment to the present. And finally, he attempts to bring the opposing sides together by pointing out what each can bring to a meaningful discussion. (shrink)

Background: Academic productivity has been studied by scholars all round the world for many years. However, in Vietnam, this topic has scarcely been addressed. This research therefore aims at better understanding the correlations between gender, age, research experience, the leading role of corresponding authors, and the total number of their publications in the specific realm of social sciences and humanities. Methods: The study employed a Scopus dataset with publication profiles of 410 Vietnamese researchers between 2008 and 2017. Results: Men (...) did not differ from women in academic publications (P=0.827). The proficiency of corresponding authors positively correlated with the number of published papers (rs=0.61, P<0.001). Lastly, the age of lead authors strongly correlated with scientific output (rs=0.74, P<0.001 for authors between 40 and 50 years of age). Conclusion: While scientific output correlated with the author ages and number of articles in which they led, it was not correlated with their gender in Vietnamese social science and humanities authors. (shrink)

This study uses a “science pipeline” model and cross-national data to examine women's participation in science education and occupations in seven countries. Gender stratification in later science education and in science occupations is found in every country examined. Young women's participation in science education decreases with each stage in the science pipeline, but there is considerable cross-national variation in the extent of gender stratification in science. Findings show greater gender stratification (...) in science occupations than in science education, suggesting factors other than training help maintain inequality in high-status science occupations. (shrink)

My intention is to cast light on the characteristics of epistemic or fundamental research (in contrast to application-oriented research). I contrast a Baconian notion of objectivity, expressing a correspondence of the views of scientists to the facts, with a pluralist notion, involving a critical debate between conflicting approaches. These conflicts include substantive hypotheses or theories but extend to values as well. I claim that a plurality of epistemic values serves to accomplish a non-Baconian form of objectivity that is apt to (...) preserve most of the intuitions tied to the objectivity of science. For instance, pluralism is the only way to cope with the challenge of preference bias. Furthermore, the plurality of epistemic values cannot be substantially reduced by exploring the empirical success of scientific theories distinguished in light of particular such values. However, in addition to pluralism at the level of theories and value-commitments alike, scientific research is also characterized by a joint striving for consensus which I trace back to a shared epistemic attitude. This attitude manifests itself, e.g., in the willingness of scientists to subject their claims to empirical scrutiny and to respect rational argument. This shared epistemic attitude is embodied in rules adopted by the scientific community concerning general principles of dealing with knowledge claims. My contention is that pluralism and consensus formation can be brought into harmony by placing them at different levels of consideration: at the level of scientific reasoning and at the level of social conventions regarding how to deal with claims put forward within the scientific community. (shrink)

This book is about Addressing Gender Bias in Science & Technology.

This chapter takes a naturalized approach to the philosophy of science using evidence from cognitive psychology and from the history of science. It first describes the problem of the theory ladenness of perception. Then it provides a general top-down/bottom-up framework from cognitive psychology that is used to organize and evaluate the evidence for theory ladenness throughout the process of carrying out science (perception, attention, thinking, experimenting, memory, and communication). The chapter highlights both the facilitatory and inhibitory role (...) of theory in the scientific process. Both the historical record and the evidence from cognitive psychology suggest that the top-down factors have their greatest impact when the bottom-up information is weak or degraded. There is a short discussion of the normative implications of the material in the chapter for carrying out science. (shrink)

Feminist critiques of science provide fertile ground for any investigation of the ways in which social influences may shape the content of science. Many authors working in this field are from the natural and social sciences; others are philosophers. For philosophers of science, recent work on sexist and androcentric bias in science raises hard questions about the extent to which reigning accounts of scientific rationality can deal successfully with mounting evidence that gender ideology has had (...) deep and extensive effects on the development of many scientific disciplines.Feminist critiques of biology have been especially important in the political struggle for gender equality because biologically determinist arguments are so often cited to ‘explain’ women’s oppression. They explain why it is ‘natural’ for women to function in a socially subordinate role, why men are smarter and more aggressive than women, why women are destined to be homebodies, and why men rape. (shrink)

In this paper, I explore the problematic relation between sex and gender in parallel with the equally problematic relation between nature and science. I also offer a provisional analysis of the political dynamics that work to polarize both kinds of discourse, focusing especially on their intersection (i.e., on discussions of gender and science), and on that group most directly affected by all of the above considerations (i.e., women scientists).

Recent claims, mainly from computer scientists, concerning a largely automated and model-free data-intensive science have been countered by critical reactions from a number of philosophers of science. The debate suffers from a lack of detail in two respects, regarding the actual methods used in data-intensive science and the specific ways in which these methods presuppose theoretical assumptions. I examine two widely-used algorithms, classificatory trees and non-parametric regression, and argue that these are theory-laden in an external sense, (...) regarding the framing of research questions, but not in an internal sense concerning the causal structure of the examined phenomenon. With respect to the novelty of data-intensive science, I draw an analogy to exploratory as opposed to theory-directed experimentation. (shrink)

Straightening the current ‘value-laden turn’ (VLT) in the philosophical literature on values in science, and reviving the legacy of the value-free ideal of science (VFI), this paper argues that the influence of extra-scientific values should be minimised—not excluded—in the core phase of scientific inquiry where claims are accepted or rejected. Noting that the original arguments for the VFI (ensuring the truth of scientific knowledge, respecting the autonomy of science results users, preserving public trust in science) (...) have not been satisfactorily addressed by proponents of the VLT, it proposes four prerequisites which any model for values in the acceptance/rejection phase of scientific inquiry should respect, coming from the fundamental requirement to distinguish between facts and values: (1) the truth of scientific knowledge must be ensured; (2) the uncertainties associated with scientific claims must be stated clearly; (3) claims accepted into the scientific corpus must be distinguished from claims taken as a basis for action. An additional prerequisite of (4) simplicity and systematicity is desirable, if the model is to be applicable. Methodological documents from international institutions and regulation agencies are used to illustrate the prerequisites. A model combining Betz’s conception (stating uncertainties associated with scientific claims) and Hansson’s corpus model (ensuring the truth of the scientific corpus and distinguishing it from other claims taken as a basis for action) is proposed. Additional prerequisites are finally suggested for future research, stemming from the requirement for philosophy of science to self-reflect on its own values: (5) any model for values in science must be descriptively and normatively relevant; and (6) its consequences must be thoroughly assessed. (shrink)

This article aims at giving an overview of the network of forces that led to the movement, within Continental Philosophy, of Speculative Realism. In particular I will consider the external influence that the dramatic developments of the natural sciences (particularly physics and cosmology) in the last 40 years had on philosophy, and I will argue that the contemporary return to 'realism' is an intra-philosophical reaction to the Science Wars in the 1990s. I argue that the identity of 21st century (...) Continental Philosophy will have to be developed as a reaction, an assimilation, and an adaptation to the natural sciences. (shrink)

The essays in this special issue of Centaurus examine overlooked agents and sites of knowledge production beyond the academy and venues of industry- and government-sponsored research. By using gender as a category of analysis, they uncover scientific practices taking place in locations such as the kitchen, the nursery, and the storefront. Because of historical gendered patterns of exclusion and culturally derived sensibilities, the authors in this volume find that significant contributions to science were made in unexpected places and (...) that these were often made by women. The shift in focus to these different sites and different actors broadens the spectrum of what counts as science and where science happens. That is, in moving beyond the parameters of formal academic structures, this special issue seeks to recast the ways in which the production of science itself is defined and to engage readers in the redesign of the boundaries of our discipline. (shrink)