In this paper, we redefine the target of evolutionary explanations by proposing the “evosystem” as an alternative to populations, lineages and species. Evosystems account for changes in the distribution of heritable variation within individual Darwinian populations (evolution by natural selection, drift, or constructive neutral evolution), but also for changes in the networks of interactions within or between Darwinian populations and changes in the abiotic environment (whether these changes are caused by the organic entities or not). The evosystem can thereby become (...) a centerpiece for a redefined evolutionary science, that is, evolutionary studies, that apprehends through a single framework the variety of evolutionary processes that lie at various scales. To illustrate the importance of this broadened perspective on evolution, we use a case of antimicrobial resistance evolution: the spread of the blaNDM gene family and the related resistance to carbapenem antibiotics observed globally, and show how evolutionary studies can contribute to answering contemporary socially relevant challenges. (shrink)

In a recent development of what may be called biological philosophy of science, scholars have proposed that aligning notions of research environments with biological concepts of environment holds great promise for understanding the socio-material contexts in and through which science happens. Here, I explore the prospects and potential shortcomings of building sound research environment concepts by contrasting them with biological environment concepts. In doing so, I emphasize the importance of adhering to two central desiderata: the need to clarify what is (...) being environed (i.e., what the counter relatum of an environment is) and what is doing the environing (i.e., what type of environmental partition is instantiated). Subsequently, I juxtapose two biological construals of environment—organismal environments and population environments—with possible articulations of what ‘research environments’ might stand for, and I maintain that each presents distinct epistemic upshots and limitations. More generally, I argue that there are two broad relations that could exist between biological and research environments: ontological parallels and ontic discordance. Finally, employing the visual metaphor of epistemic parallax, I conclude by conveying some lessons and cautionary notes arising from these comparisons and the importation of biological environment concepts into philosophy of science. While environment concepts may come with epistemic purchase, we should be careful when ontologizing them. (shrink)

Museums might seem to be the enemy of metabolism: mausoleums that preserve collections and their knowledge-producing potential, out of time. We argue that museums are in fact intensely metabolic: in their attempts to manipulate the life course and temporalities of objects they proliferate metabolic processes, limits, and potentials. We suggest that looking at the museum in this way can help articulate pressing practical as well as theoretical issues: storage rooms are “constipated,” as traditional practices of disposal cannot keep pace with (...) rapidly growing collections from an over-productive present. The paper consists of three main sections. First, we follow imaginations of the museum as preserver, contrasting these with more recent descriptions of the museum as metabolism, and highlighting the intimate relationship between the two. We describe the material and metaphorical ways in which objects and their meanings are transformed within a “museum metabolism,” and suggest that cultivating such transformations might help to imagine new approaches to problems of proliferation and disposal. This leads us to The Living Room, a workshop and installation at Medical Museion in Copenhagen, where we encourage fringe objects destined for disposal to metabolize, entangled with living heritage eaters such as fungi and worms. Following Ian Bogost, this is a piece of “metabolic carpentry”; a thinking machine that explores ontology by practicing it. In the third main section, we reflect on this approach, and on how materially producing metabolic paradoxes might open new avenues for thinking about their concrete consequences, within an ethos of hospitality. We conclude by arguing for the creative potential of metabolism to link objects, organisms, and environments, emphasizing exchanges between transformation and stability at co-constituting interfaces. (shrink)

In the middle of the twentieth century, physiologists interested in human biological rhythms undertook a series of field experiments in natural spaces that they believed could closely approximate conditions of biological timelessness. With the field of rhythms research was still largely on the fringes of the life sciences, natural spaces seemed to offer unique research opportunities beyond what was available to physiologists in laboratory spaces. In particular, subterranean caves and the High Arctic became archetypal ‘natural laboratories’ for the study of (...) human circadian (daily) rhythms. This paper is explores the field experiments which occurred in these ‘timeless spaces’. It considers how scientists understood these natural spaces as suitably ‘timeless’ for studying circadian rhythms and what their experimental practices can tell us about contemporary physiological notions of biological time, especially its relationship to ‘environmentality’ (Formosinho et al. in Stud History Philos Sci 91:148–158, 2022). In so doing, this paper adds to a growing literature on the interrelationship of field sites by demonstrating the ways that caves and the Arctic were connected by rhythms scientists. Finally, it will explore how the use of these particular spaces were not just scientific but also political – leveraging growing Cold War anxieties about nuclear fallout and the space race to bring greater prestige and funding to the study of circadian rhythms in its early years. (shrink)