Soil balancing is widely used in organic farming, but little is known about the practice because technical knowledge and goals for the practice are produced and negotiated within an alternative community of practice (CoP). We used a review of the private soil balancing literature and semi-structured interviews with farmers and consultants to document the knowledge, shared meanings, and goals of key actors within the soil balancing CoP. Our findings suggest this CoP is dominated by discourse between private (...) consultants and farmers, with few contributions to or from scientists or the peer reviewed literature. The idea of soil balancing is centered around improving soil quality through adjustments in Base Cation Saturation Ratios (BCSR), and practitioners report a wide range of positive agronomic outcomes. For most soil balancers, however, BCSR is only one part of a broader approach to soil health management that also utilizes traditional soil fertility recommendations and soil health-building cultural management practices. Meanwhile, a survey of land grant university soil fertility specialists and the peer-reviewed literature documented a high degree of skepticism and a lack of scientific evidence that BCSR can boost crop yields. We conclude that this scientific discourse reflects a disconnect from the practices and meanings used in the soil balancing CoP. While tensions between the dominant and niche agricultural knowledge systems are not unique, we believe a better appreciation for the nuanced meanings and goals within the soil balancing CoP present an opening for expanded collaborations with scientists doing research on soil health. (shrink)

In recent decades, anthropogenic soils have become so ubiquitous that for some authors they should be taken as the “golden spike” signaling the start of the Anthropocene. Despite their prominence, leading soil taxonomies have resisted calls to recognize them as a proper kind of soil. Such omission has importantly limited the ways in which soil practitioners can account and deal with the sociopolitical aspects embedded in soil formation. Approaching the issue from a sociomaterial perspective, this paper (...) studies the effects of such omission on the work of soil scientists working in northern Chile. By contrasting their usage of the USDA/NRCS soil typology with the realities found in the field, the work of strategic unknowing that such typologies achieve becomes evident. To challenge such situation, the paper concludes exploring the notion of emergent taxonomies, classifications that are sensitive to local configurations of materials, living beings and power out which soils emerge. (shrink)

What is philosophically interesting about how soil is managed and categorized? This paper begins by investigating how different soil ontologies develop and change as they are used within different social communities. Analyzing empirical evidence from soil science, ethnopedology, sociology, and agricultural extension reveals that efforts to categorize soil are not limited to current scientific soil classifications but also include those based in social ontologies of soil. I examine three of these soil social ontologies: (...) (1) local and Indigenous classifications farmers and farming communities use to conceptualize their relationships with soil in their fields; (2) categorizations ascribed to farmers in virtue of their agricultural goals and economic priorities relied upon in sociological research; and (3) federal agency classifications of land capability employed by agricultural scientists. Studying the interplay of these social ontologies shows how assessing soil properties and capabilities are the result of previous agricultural strategies informed by culture, agroecological history, weather, soil biodiversity, crop rotation, and the goals held by decision-makers. The paper then identifies the soil relationships and interactions that constitute ontology-making activities. Building on recent work, I outline a novel interactive account of perspectival realism grounded in agricultural extension research and ethnopedological data that captures the haptic nature of farmers’ soil strategies. This interactive account explains how ontologies are chosen, why they are chosen, and how they interact and inform soil management decision-making. The paper concludes by examining the values laden in these ontologies and those which are causally implicated in the choice of soil management strategies. (shrink)

This paper studies the capture of organisms and materials in soil construction – a branch of ecological engineering dedicated to making soil in order to compensate for soil degradation. This approach takes all organisms to be ‘ecosystem engineers’, and often refers to earthworms as ‘collaborators’ in making soil. I examine the claim that such a convocation of worms amounts to a redistribution of agency and the underlying assumption that form-taking is the shaping of raw matter according (...) to pre-existing forms. Drawing on processual anthropology, I question the distinction between living and material components of soils, and between growing and making. I elaborate on soil scientists’ description of soil growth as pedogenesis in order to propose a view in which soil materials, along with organisms, participate in soil’s transformative and generative fluxes. I envisage the process as a concrescence, an experimentation that brings humans, worms, and soil materials together in new ways. (shrink)

This article examines India’s response to the global soil health crisis. A longstanding centre of agricultural production and innovation, India has recently launched an ambitious soil health programme. The country’s Soil Health Card (SHC) Scheme intervenes in farm-scale decisions about efficient fertiliser use, envisioning farmers as managers and soil as a substrate for production. India is also home to one of the world’s largest alternative agriculture movements: natural farming. This puts farmer expertise at the centre of (...) soil fertility and attends to the wider ecological health of soils. Despite emerging as a mode of resistance to dominant agricultural systems, natural farming is now being delivered in increasingly bureaucratic ways by India’s state governments. This article offers Himachal Pradesh as a case study in how the soil is governed, drawing on 38 semi-structured interviews with scientists, agricultural officers, non-governmental organisation leaders, and activists. Rather than assess approaches to soil health according to their ecological bottom line, we examine the differing forms of knowledge, expertise and ‘truth’ in the SHC and Natural Farming approaches. Our analysis reveals discontinuities in how farmers are imagined, as well as continuities in how quasi-spiritual language combines in a bionationalist project, positing assumptions about the correct arrangement of life in nationalist terms. We point to a shift toward hybrid and pick-and-mix approaches to soil health, as farmers and their organisers are increasingly invested with the capacities to combine multiple options. We see a fracturing of expertise and the opening up of epistemic pluralism in responses to the soil fertility crisis. (shrink)

A critical comparative analysis of howfarmers and scientists classify and manage soilsreveals fundamental differences as well assimilarities. In the past, the study of local soilknowledge has been predominantly targeted atdocumenting how farmers classified their soils incontrast to understanding how such classificatoryknowledge was made use of in actually managing soilsfor sustaining production. Often, classificatorydesigns – being cognitive and linguistic in nature –do not reflect the day-to-day actions in farming.Instead of merely describing local soil classificationin relation to scientific criteria, understanding (...) howdifferent types of ethnolinguistic soil categories arerelated to crops, climate, subsistence needs,fertility, market demand, and cultural norms of thesociety would be far more effective in focusingresearch and development efforts. (shrink)

Donors, scientists and farmers all benefit when research and development projects have high impact. However, potential benefits are sometimes not realized. Our objective in this study is to determine why resource-poor farmers in Togo (declined to) adopt recommended practices that were promoted through a multi-organizational project on soil fertility management. We examine the processes and outcomes related to the adoption process. The project was undertaken in three villages in the Central Region of Togo in West Africa. The development (...) and research processes that took place during the implementation of the project were critically analyzed using a conceptual framework that may be useful for improving the impact of future participatory projects. At the macro level, opportunities for innovation were not deliberately explored with participating farmers and other village members; consequently “pre-analytical choices” made during the planning phase resulted in practices that resource-poor farmers were, for a variety of reasons, unable or unwilling to adopt. From the outset, donors and scientists focused on soil fertility management, but failed to take into account the wider economic context within which soil fertility management took place. This was a major obstacle to the subsequent adoption of recommended management strategies. Scientists and donor partners measured the success of the Project in terms of crop productivity, but farmers’ choices were influenced by a complex mix of socio-economic, political and technical factors. We also illustrate the importance of selecting appropriate categories of farmers for a particular experiment. We conclude that for participatory research and development projects to be successful, it is not enough to develop technologies that “work” in a technical sense. In order to be scaled up and widely implemented, such technologies must also meet a variety of needs of resource-poor farmers and be acceptable from a socio-cultural point of view. (shrink)

Historians of science have attributed the emergence of ecology as a discipline in the late nineteenth century to the synthesis of Humboldtian botanical geography and Darwinian evolution. In this essay, I begin to explore another, largely neglected but very important dimension of this history. Using Sergei Vinogradskii’s career and scientific research trajectory as a point of entry, I illustrate the manner in which microbiologists, chemists, botanists, and plant physiologists inscribed the concept of a “cycle of life” into their investigations. Their (...) research transformed a longstanding notion into the fundamental approaches and concepts that underlay the new ecological disciplines that emerged in the 1920s. Pasteur thus joins Humboldt as a foundational figure in ecological thinking, and the broader picture that emerges of the history of ecology explains some otherwise puzzling features of that discipline – such as its fusion of experimental and natural historical methodologies. Vinogradskii’s personal “cycle of life” is also interesting as an example of the interplay between Russian and Western European scientific networks and intellectual traditions. Trained in Russia to investigate nature as a super-organism comprised of circulating energy, matter, and life; over the course of five decades – in contact with scientists and scientific discourses in France, Germany, and Switzerland – he developed a series of research methods that translated the concept of a “cycle of life” into an ecologically conceived soil science and microbiology in the 1920s and 1930s. These methods, bolstered by his authority as a founding father of microbiology, captured the attention of an international network of scientists. Vinogradskii’s conceptualization of the “cycle of life” as chemosynthesis, autotrophy, and global nutrient cycles attracted the attention of ecosystem ecologists; and his methods appealed to practitioners at agricultural experiment stations and microbiological institutes in the United States, Western Europe, and the Soviet Union. (shrink)

Increasing interest in farmers’ local soil knowledge and soil management practice as a way to promote sustainable agriculture and soil conservation needs a reliable means to connect to it. This study sought to examine if Visual Soil Assessment and farmer workshops were suitable means to engage, communicate and preserve farmers’ LSK in two mountainous communes of Central Vietnam. Twenty-four farmers with reasonable or comprehensive LSK from previously studied communes were selected for the efficacy of VSA and (...) farmer workshops for integrating LSK into a well-accepted soil assessment tool. In field sites chosen by the farmers, VSA was independently executed by both farmers and scientists at the same time. Close congruence of VSA scores between the two groups highlighted that farmers could competently undertake VSA. Farmers’ VSA score was compared with their perception of field’s soil quality. For the majority of farmers’ perception of soil quality was consistent to their VSA score, while the remainder perceived their soil quality was lower than their VSA score. For most farmers their assessment of soil quality using VSA valued their LSK, and the two measures were well aligned. Soil colour and presence or vulnerability to erosion were common soil characteristics mentioned by farmers and affected the final VSA score. Farmers’ participation in VSA and workshops strengthen farmers’ confidence in their LSK and provided guidance on the impact of their soil management on soil improvement and conservation. (shrink)

This article presents a case study of how American soil scientists encountered the increasing demands to prove the social utility of their scientific work in the first half of the twentieth century and how this influenced the professional rivalry and competition among them. Previous historical studies of agricultural science in the period have not overlooked the increasing demands for applicability that agricultural scientists were faced with at the time. However, in describing the response of agricultural scientists (...) to these demands, research has focused on the content of their scientific work, that is, their methods, empirical interests, and theories. This study, by contrast, explores how the debates on applied vs. fundamental/basic research in American agricultural science were closely linked to the question of how scientific knowledge could be made understood to laymen and practitioners. (shrink)

While the ethic of care has generally been regarded as an appropriate attitude for nurses, it has not received equal attention as a mode of ethical problem solving. The primary nursing model is exp...

The aim of this study was to investigate relationships between care and justice reasoning, dispositional empathy variables and meta‐ethical thinking among 128 students from a university of applied sciences. The measures were Skoe’s Ethic of Care Interview, the Defining Issues Test, Davis’s Interpersonal Reactivity Index and Meta‐Ethical Questionnaire. The results showed that levels of care reasoning were positively related to the post‐conventional schema and negatively related to the personal interest schema in justice reasoning. Age, meta‐ethical thinking, the post‐conventional schema and (...) perspective taking predicted care reasoning. Sympathy was positively related to both modes of moral reasoning among men and predicted their care reasoning. The results point out common elements for care and justice reasoning, underscore the importance of perspective taking for moral reasoning and indicate that the relationship between affective‐based empathy and moral reasoning is gender‐specific and far more complex than previous theories suggest. (shrink)

Dilemma discussions have been proven to be one of the most effective methods to enhance students’ moral reasoning in ethics education. Dilemma discussions are increasingly arranged online, but research on the topic has remained sparse, especially in the context of continuing professional education. The aim of the present paper was to develop a method of dilemma discussions for professional ethics. The method was based on asynchronous discussions in small groups. Health and social care students raised work-related dilemmas from their experiences (...) and discussed them in terms of professional values, ethical guidelines and theories. Participants in this quasi-experimental study were 87 first-term graduate students at a Finnish university of applied sciences. Health and social care students in two consecutive ethics courses constituted two experiment groups, whereas health and social care students and business students in other programmes served as control groups. Students filled in a Defining Issues Test (DIT2) at the beginning of their studies and three months apart. Statically significant increase in moral reasoning was evidenced for experiment group 2, when discussion groups were purportedly composed to maximise differences in initial levels of moral reasoning. Findings suggest that online dilemma discussions can advance students’ moral reasoning development, especially when students’ exposure to higher-level arguments is ensured through complementary means, such as instructions, examples and plenary discussions. Online real-life dilemma discussions may also serve other important goals of ethics education, especially acquiring ethical concepts, and they can promote other components of ethical decision making: ethical sensitivity and motivation, and acquisition of implementation skills. (shrink)

This article ponders the influences ofthe dichotomous nature of our understanding law andto questions that starting point on different levels oflegal thinking.The purpose of law is to make rules for our socialbehaviour but there are no specific images of humanbeings behind law. When there are no defined images,subconscious cultural images shape our thinkingsometimes even without our realizing it, and withoutserious discussion. The division between family andthe market has to do with gender divisions as well aswith the division between family and (...) contract law. Thelogic and human image behind these two branches of lawis different.Even if we may behave differently in differentsituations we do not become altogether differentkinds of human beings with different values when wechange surroundings. Thus, we might instead develop asa starting point human co-operation law where familyand business partnerships are seen as specialbranches. The starting point of this co-operation lawwould be many-sided and pluralistic human beings, who would be atthe same time loving and egotistic, communal andindividual, feminine and masculine. Such human beingsmay be regarded as multicoloured instead of white orblack. (shrink)

In 1890, Sergei Nikolaevich Vinogradskii (Winogradsky) proposed a novel life process called chemosynthesis. His discovery that some microbes could live solely on inorganic matter emerged during his physiological research in 1880s in Strassburg and Zurich on sulfur, iron, and nitrogen bacteria. In his nitrification research, Vinogradskii first embraced the idea that microbiology could have great bearing on agricultural problems. His critique of agricultural chemists and Kochian-style bacteriologists brought this message to the broader agricultural community, resulting in an heightened interest in (...) biological, rather than chemical methods to investigate soil processes. From 1891 to 1910, he directed the microbiological laboratory at the Imperial Institute of Experimental Medicine in St. Petersburg, Russia, where he expanded his chemosynthesis research to a broad investigation of the manifold significance of autotrophic organisms in soil processes. This work and that of his students attracted the serious attention of agricultural chemists and soil scientists in Russia and abroad, changing essentially the way they understood and investigated the role of microbes in the soil. His student, Vasilii Omelianskii, effectively integrated Vinogradskii’s approach into Russian and Soviet, and international agricultural microbiology. Vinogradskii’s activities in the late 19th century reflect the changes occurring more broadly in science. At that time, microbiologists such as Louis Pasteur, Eugenius Warming, and Martianus Beijerinck were contributing new laboratory methods and theoretical perspectives to incipient disciplines closely related to agriculture: ecology, soil science, and soil microbiology. (shrink)

This essay asks why Chinese and North Vietnamese agricultural scientists in the 1950s and 1960s willingly adopted the Soviet agricultural sciences represented not only by agronomists Ivan Michurin and Trofim Lysenko but soil scientist Vasili Williams. The answer, I argue, is that they were fascinated by the promise of Soviet agrobiology that I conceptualize as a combination of dialectical materialism and voluntarist productivism: if one masters the interconnectivity between plants, microbes, organic and inorganic materials, and soil, one (...) can overcome the given biological and environmental limits, manipulate and optimize the material flow, and ceaselessly maximize agricultural production. Engaging the historiographical debate about Lysenkoism—which has mostly paid attention to the Euro-American cases, genetic controversies, and geopolitical specificities of each locale—as a global phenomenon, I shed fresh light on the understudied Chinese and North Vietnamese cases, the intersection between Lysenko’s theories and Williamsian soil science, and epistemic commonality across national differences. (shrink)

This chapter contains section titled: The Scope of Ecology General Description of Ecosystems History of the Term “Ecosystem” Ecosystems as Symbiotic Units Ecosystems as Dissipative Structures Ecosystems and Evolutionary Biology Skeptical Critiques of Ecosystem Theory Ecosystem Integrity and Health Sustainability from an Ecosystems Point of View Acknowledgments References Further Reading.

Scholars—philosophers and scientists alike—have recently reintroduced the New Realism movement, which has its roots in the soil of early twentieth-century philosophy, as a challenge to continental philosophy. This essay will propose a “BLT correction” (Bacon, lecture, theatre) in order to criticize, instead of support, the current tendency to underestimate the insightfulness of phenomenological and hermeneutical philosophy. The paper will discuss a hermeneutic of Idols proposed by Francis Bacon, and will conclude by proposing Paul Ricoeur’s correlating inclusion of objectifying (...) explanation (expliquer/comprendre) as a necessary phase in interpretative action. (shrink)

Scholars—philosophers and scientists alike—have recently reintroduced the New Realism movement, which has its roots in the soil of early twentieth-century philosophy, as a challenge to continental philosophy. This essay will propose a “BLT correction” in order to criticize, instead of support, the current tendency to underestimate the insightfulness of phenomenological and hermeneutical philosophy. The paper will discuss a hermeneutic of Idols proposed by Francis Bacon, and will conclude by proposing Paul Ricoeur’s correlating inclusion of objectifying explanation as a (...) necessary phase in interpretative action. (shrink)

In recent years agricultural scientists have been encouraged to build upon farmer practice and knowledge. Although some researchers continued to view farmer practice as irrelevant, others responded with: a) experiments using “farmer practice” as a treatment, b) attempts to transform practices, c) research to better understand practices, and d) research to improve productivity of practices. Researchers generally have not reached the point of testing farmer practices in new areas in anticipation of wider extension. A widespread eastern Indian farmers' practice (...) provides an example: beusani combines direct dry seeded rice, wet plowing at 20–35 days after emergence, laddering, and seedling redistribution as a set of techniques to loosen soils, thin seedlings and improve tillering, control weeds, and optimize plant stand. Results of a survey of the practice are presented; and work on or related to beusaniis reviewed to see how research has built upon farmer practice and how the process can be improved. (shrink)

Needs of our country in the «Ukrainian national idea – XXI » is increasing; the possibility of its creation is doubted even by our former presidents. Fortunately, progress in the last 20 years, the exact sciences created an opportunity for us to put in its basis not myths and lies of the enemy, but proven facts. The author offers scientifical UNI-XXI project, based on the noohistory and the noosciences, as a combination of new discoveries with better cultural heritage and directed (...) to the future, not the past. Achievements of geneticists, physicists and other scientists in the recovery story of agriculture and animal husbandry are highlighted. It is proved that Ukrainians are direct descendants of those who created productive agriculture in the Middle East. By choosing place on the black soil for the Motherland and combined with hunter-Aryans, formed Trypillians. They are the only in the world who domesticated horse, invented the wheeled transport, organized by the Big Trypillia giant space through a combination of copper mines Kargaly, «country towns» and other agricultural areas. Two thousand years protoindoevropean language had been increased, cultural and economic unity suddenly was interrupted by «volcanic winter». This was the impetus for the famous Aryan migrations with many linguistic and cultural consequences. The author proposes to build future component for UNI-XXI based on the development of education and scientific discoveries of recent years, which will make free and publicly solar photovoltaics and «family» production on natural substances for 3D-printers. (shrink)

When water was discovered on Mars, people got very excited. Where there is water, there may be life. Scientists are planning new missions to study the planet up close. NASA’s next Mars rover is scheduled to arrive in 2010. In the decade following, a Mars Sample Return mission might be launched, which would use robotic systems to collect samples of Martian rocks, soils, and atmosphere, and return them to Earth. We could then analyze the sample to see if it (...) contains any traces of life, whether extinct or still active. Such a discovery would be of tremendous scientific significance. What could be more fascinating than discovering life that had evolved entirely independently of life here on Earth? Many people would also find it heartening to learn that we are not entirely alone in this vast cold cosmos. (shrink)

In many respects, Mach’s arrival in Vienna in 1895 marks the beginning of a new era in Austrian philosophy, paving the way for young philosophers and scientists like Hahn and Neurath and preparing the soil for the Vienna Circle. While this understanding of Mach’s contribution to the development of Viennese philosophy seems correct to an important extent, it leaves aside the role of Brentano and his school in this development. I argue that the Brentanian and Machian moments of (...) Austrian philosophy are jointed. I propose a description of the nature of these joints based on institutional, methodological, and philosophical aspects of these phases, and suggest a diagnosis that supports what I take to be the right carving between these two moments. (shrink)

Summary This study offers a detailed analysis of an episode of the popularization of astronomy which took place in Portugal, a peripheral country of Europe, and occurring in the early twentieth century. The episode was driven by the 28 May 1900 total solar eclipse which was seen on the Iberian Peninsula (Portugal and Spain). Instead of focusing on one of the ends of the popularization process, we analyze the circulation of knowledge among scientists and the public, contrast the aims (...) of the various expeditions, professional and amateur, which took place on Portuguese soil, analyze their repercussions in the Portuguese astronomical landscape, and the different ways used by the Portuguese political elite and astronomical community to successfully appropriate this astronomical event to serve their varied agendas, political, social and scientific. In this episode of public enthusiasm for science, a central figure emerged in the network of the official commission, professional and amateur communities and the ‘general public’: Frederico Tomás Oom (1864–1930), an astronomer of the Lisbon Astronomical Observatory. This paper aims to illustrate the different layers of the circulation process, and at proving that the popularization of science was not a unidirectional process from scientists to lay people nor did it serve only a particular agenda, be it political, social or scientific. (shrink)

Ecological weed management (EWM) is a scientifically established management approach that uses ecological patterns to reduce weed seedbanks. Such an approach can save organic farmers time and labor costs and reduce the need for repeated cultivation practices that may pose risks to soil and water quality. However, adoption of effective EWM in the organic farm community is perceived to be poor. In addition, communication and collaboration between the scientific community, extension services, and the organic farming community in the US (...) is historically weak. In order to uncover the most persistent obstacles to promoting effective weed management in organic agroecosystems, we use the mental models approach to generate an expert model based on interviews with experts (e.g., weed scientists, weed ecologists, and extension personnel) and theories from the behavioral sciences. The expert model provides two main insights: (1) EWM is a complex strategy that may cause farmers to use heuristics in management decisions and (2) the long-term benefits of EWM, rather than the risks, need to be emphasized in communication with and outreach to organic farmers. The basis for new research topics and outreach material that incorporates these insights from the expert model are discussed. We briefly explain how the expert model is an incomplete picture of on-farm practices, but provides the basis for the second step of our mental models research, the farmer interviews and farmer decision model development. (shrink)

When Charles Darwin (1859, 482) wrote in the Origin of Species that he looked to the “young and rising naturalists” to heed the message of his book, he likely had in mind individuals like Ernst Haeckel (1834-1919), who responded warmly to the invitation (Haeckel, 1862, 1: 231-32n). Haeckel became part of the vanguard of young scientists who plowed through the yielding turf to plant the seed of Darwinism deep into the intellectual soil of Germany. As Haeckel would later (...) observe, the seed flourished in extremely favorable ground. The German mind, he would write (1868), was predisposed to adopt the new theory. The great philosopher Immanuel Kant (1724- 1804), for instance, was on the verge of accepting a transmutational view in his Third Critique (1790; 1957, 538-39), though he stepped gingerly back from the temptation. Johann Wolfgang von Goethe (1749-1832), about the same time, dallied with transmutational ideas, at least Haeckel would convince Darwin that the Englishman had an illustrious predecessor. Jean-Baptiste de Lamarck’s (1744-1829) conceptions had taken hold among several major German thinkers in the first few decades of the nineteenth century in a way they had not in England and France. Among those ready to declare themselves for the new dispensation was Rudolf Virchow (1821-1902), Haeckel’s teacher at Würzburg—though, this very political scientist would prove Haeckel’s nemesis later in the century. So Haeckel’s estimate of the ripeness of German thought was not off the mark. Darwinism took hold in the newly unified land, though not without some struggle; but at last it became the dominant view in the biological sciences. But with its success did it foster the malign racist ideology that transfixed Adolf Hitler (1889-1945)? (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Buddhist-Christian Studies 20 (2000) 23-42 [Access article in PDF] Overcoming the Grip of Consumerism Stephanie KazaUniversity of VermontFor fifteen years the Worldwatch Institute of Washington, D. C. has been publishing a review of the declining condition of the global environment (Brown et al. 1998). For the most part, the picture is not good. Much of the deterioration can be traced directly to human activities--urban expansion equates to species loss, (...) industrial manufacturing to air pollution, factory farming to water pollution, chemical agriculture to poisoned soil. Accelerating these environmental impacts are rapidly rising population numbers, increasingly efficient technologies, and consumption rates beyond the planet's capacity. These three have been linked by the equation I=PAT, or environmental impact=population size multiplied by affluence (or degree of consumption) multiplied by technology. Reduce any one of these and the impact drops; increase one or all three, and the impact rises, in some cases dramatically.Much of the conversation among scientists and technologists has focused on the P (population) and T (technology) parts of the equation, with grave concerns that rising population numbers are swamping earth systems, yet often with buoyant optimism that technological breakthroughs will solve everything. These two perspectives dominated political discussion for much of the 1960s and 1970s (Ehrlich et al. 1977 and Lovins 1977, among others). But by the 1980s the facts were incontrovertible: high rates of consumption were driving environmental destruction just as fast if not faster than rising population. At the 1992 Rio Summit in Brazil, representatives of southern countries demanded that high-consuming northern countries examine their own contribution to the environmental crisis rather than placing blame elsewhere. It is our obligation in the North to respond to these serious requests.How much do people in northern industrialized countries consume? Here are some indicator figures: Americans consume their average body weight (120 pounds) every day in materials extracted and processed from farms, mines, range lands, and forests (Ryan and Durning 1997, 5). In the United States, the number of shopping malls (close to 35,000) eclipsed the number of high schools in 1987 (Dunning 1992, 130). Since 1950 the per capita consumption of energy, meat, and lumber has doubled, use of plastic has increased five times, use of aluminum seven times, and average airplane miles per person has soared 33-fold (Durning 1992, 29). As products have proliferated, we see the swelling ecological footprint behind each new thing: clear-cut forests replacing paper plantations in Thailand, toxic oil polluting native lands of Ecuador, women earning poverty wages assembling computer chips in [End Page 23] Malaysia--the stories are not as pretty as the products. Materials extraction, production, distribution, use, and waste disposal--all of these have ecological costs, many of which are life threatening.Why should Buddhists and Christians address consumption? For starters, it is a nonsectarian issue; responsibility cuts across denominations and religious belief systems. Collaboration of all kinds is needed to take apart this juggernaut of complex causes and conditions. I believe the Buddhist tradition has powerful analytical tools and spiritual practices which may be helpful in this undertaking. These may aid or inspire similar efforts explored through the Christian heritage. A survey of the landscape and the literature shows it is shockingly clear: the challenge here is enormous. It will require all the spiritual insight, dedication, and sheer stamina we can bring to it. This work cannot be done alone; we need each other's help to keep going through the many obstacles.To date, Buddhist initiatives in this conversation have been modest. Several popular books have brought Buddhist perspectives to bear on consumption issues, most notably E. F. Schumacher's Small is Beautiful (1975) and Gary Snyder's The Practice of the Wild (1990). Both works popularize practices of simplicity and restraint, flavored by the exotic Western fascination with Eastern thought. Several Buddhist teachers in the U.S. have taken up particular sub-themes addressing over-consumption. Philip Kapleau has sounded an ethical call for vegetarianism based on the first precept, "no killing" (1982). Robert Aitken has taken a stand for reducing wants and needs to simplify... (shrink)

On the basis of the archived materials and labours of scientists pre-conditions of becoming and development of scientific school are certain from development of effective crop rotations in the systems of agriculture to central and north Steppe of Ukraine in Institute of agriculture of steppe zone of NAAS. It is set that on the modern stage basic activity of scientific school is sent to development: basic elements of the ecologically balanced crop rotations in the systems agricultures of steppe zone, (...) that provides the receipt of high-quality products, extended recreation of fertility of soil and guard of environment; scientific government of the agrarian systems and introduction of crop rotations productive potential bases in the systems of agriculture of steppe zone, adapted to the natural environment; basic elements of the ecologically balanced crop rotations in the systems of agriculture of steppe zone on the basis of data of agrarian and ecological diagnostics that will provide the stable receipt of high-quality products and extended recreation of fertility of black earth; crop rotations in the systems of agriculture during optimization of correlation of the landed lands, application of effective technologies of production of agricultural goods in the zone of Steppe. Basic directions of activity of scientists-founders of scientific school, and also their students and followers and their contribution, are set to development of science about crop rotations in the systems of agriculture in Ukraine and world. Their ponderable long-term experience and thorough knowledge from the problems of development of crop rotations matter very much and actuality for the future scientists of our state. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Buddhist-Christian Studies 20 (2000) 23-42 [Access article in PDF] Overcoming the Grip of Consumerism Stephanie KazaUniversity of VermontFor fifteen years the Worldwatch Institute of Washington, D. C. has been publishing a review of the declining condition of the global environment (Brown et al. 1998). For the most part, the picture is not good. Much of the deterioration can be traced directly to human activities--urban expansion equates to species loss, (...) industrial manufacturing to air pollution, factory farming to water pollution, chemical agriculture to poisoned soil. Accelerating these environmental impacts are rapidly rising population numbers, increasingly efficient technologies, and consumption rates beyond the planet's capacity. These three have been linked by the equation I=PAT, or environmental impact=population size multiplied by affluence (or degree of consumption) multiplied by technology. Reduce any one of these and the impact drops; increase one or all three, and the impact rises, in some cases dramatically.Much of the conversation among scientists and technologists has focused on the P (population) and T (technology) parts of the equation, with grave concerns that rising population numbers are swamping earth systems, yet often with buoyant optimism that technological breakthroughs will solve everything. These two perspectives dominated political discussion for much of the 1960s and 1970s (Ehrlich et al. 1977 and Lovins 1977, among others). But by the 1980s the facts were incontrovertible: high rates of consumption were driving environmental destruction just as fast if not faster than rising population. At the 1992 Rio Summit in Brazil, representatives of southern countries demanded that high-consuming northern countries examine their own contribution to the environmental crisis rather than placing blame elsewhere. It is our obligation in the North to respond to these serious requests.How much do people in northern industrialized countries consume? Here are some indicator figures: Americans consume their average body weight (120 pounds) every day in materials extracted and processed from farms, mines, range lands, and forests (Ryan and Durning 1997, 5). In the United States, the number of shopping malls (close to 35,000) eclipsed the number of high schools in 1987 (Dunning 1992, 130). Since 1950 the per capita consumption of energy, meat, and lumber has doubled, use of plastic has increased five times, use of aluminum seven times, and average airplane miles per person has soared 33-fold (Durning 1992, 29). As products have proliferated, we see the swelling ecological footprint behind each new thing: clear-cut forests replacing paper plantations in Thailand, toxic oil polluting native lands of Ecuador, women earning poverty wages assembling computer chips in [End Page 23] Malaysia--the stories are not as pretty as the products. Materials extraction, production, distribution, use, and waste disposal--all of these have ecological costs, many of which are life threatening.Why should Buddhists and Christians address consumption? For starters, it is a nonsectarian issue; responsibility cuts across denominations and religious belief systems. Collaboration of all kinds is needed to take apart this juggernaut of complex causes and conditions. I believe the Buddhist tradition has powerful analytical tools and spiritual practices which may be helpful in this undertaking. These may aid or inspire similar efforts explored through the Christian heritage. A survey of the landscape and the literature shows it is shockingly clear: the challenge here is enormous. It will require all the spiritual insight, dedication, and sheer stamina we can bring to it. This work cannot be done alone; we need each other's help to keep going through the many obstacles.To date, Buddhist initiatives in this conversation have been modest. Several popular books have brought Buddhist perspectives to bear on consumption issues, most notably E. F. Schumacher's Small is Beautiful (1975) and Gary Snyder's The Practice of the Wild (1990). Both works popularize practices of simplicity and restraint, flavored by the exotic Western fascination with Eastern thought. Several Buddhist teachers in the U.S. have taken up particular sub-themes addressing over-consumption. Philip Kapleau has sounded an ethical call for vegetarianism based on the first precept, "no killing" (1982). Robert Aitken has taken a stand for reducing wants and needs to simplify... (shrink)

This book proposes a radical shift in the way the world thinks about itself by highlighting the significance of cross-cultural conversations. Moving beyond conventional boundaries such as nation-state and identity, it examines the language in which histories are written; analyses how scientific technology is changing the idea of identity, and highlights a larger identity across nationality, race, religion, gender, ethnicity and class. Cross-Cultural Conversation reviews and articulates the interconnectedness of people by 'crossing' the 'hard' boundaries of religious, national, racial, ethnic, (...) gender and other forms of social and local identities. It asks for a concerted effort to engaging each other in open conversational forums on a range of global issues, altering our attitudes towards self and the other, and unlearning prejudices that perpetuate divisive identities. Intended as a tool for conflict resolution, communication and forging human interrelationships, cross-cultural conversation emphasizes the crucial role of individuals, public institutions and civil society, and encourages partnership in various domains of social exchanges to enable us to imagine a new phase of human civilization. The book explores themes such as cultural diversity, political actions, solidarity-in-diversity, clash of social identities, tensions between nationalism and globalism, ethico-religious challenges, the quest for global peace and authentic meeting of world religions, the evolving connection between science and religion, and attitudinal differences between Western and Indian scientists toward religion as also on key philosophical ideas that have permeated the Indian cultural soil. unication and forging human interrelationships, cross-cultural conversation emphasizes the crucial role of individuals, public institutions and civil society, and encourages partnership in various domains of social exchanges to enable us to imagine a new phase of human civilization. The book explores themes such as cultural diversity, political actions, solidarity-in-diversity, clash of social identities, tensions between nationalism and globalism, ethico-religious challenges, the quest for global peace and authentic meeting of world religions, the evolving connection between science and religion, and attitudinal differences between Western and Indian scientists toward religion as also on key philosophical ideas that have permeated the Indian cultural soil. (shrink)

On November 28, 2009, as part of events marking the twenty-fifth anniversary of the disaster at the Union Carbide plant in Bhopal, gas survivors protested the contents of the report prepared by government scientists that mocked their complaints about contamination. The survivors shifted from the scientific document to a mediated lunch invitation performance, purporting to serve the same chemicals as food that the report had categorized as having no toxic effects. I argue that the lunch spread, consisting of (...) class='Hi'>soil and water from the pesticide plant, explicitly front-staged and highlighted the survivor’s forced intimate relationship with such chemicals, in order to reshape public perception of risks from toxins. Chemical matter like sevin tar and naphthol tar bound politicians, scientists, corporations, affected communities, and activists together, as these stakeholders debated the potential effects of toxic substances. This gave rise to an issue-based “chemical public.” Borrowing from such theoretical concepts as “ontologically heterogeneous publics” and “agential realism,” I track the existing and emerging publics related to the disaster and the campaigns led by the International Campaign for Justice in Bhopal advocacy group. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:158 Feminist Studies 46, no. 1. © 2020 by Feminist Studies, Inc. María Fernanda Olarte-Sierra and Tania Pérez-Bustos Careful Speculations: Toward a Caring Science of Forensic Genetics in Colombia Feminist Science and Technology Studies (STS) has recently opened up the question of care as a set of practices related to the sustainability of life.1 The field of feminist studies more broadly has extensively 1. This literature mostly comes from (...) Northern contexts and started to flourish with the seminal work of María Puig de la Bellacasa, “Matters of Care in Technoscience: Assembling Neglected Things,” Social Studies of Science 41, no. 1 (2010): 85–106. This essay gathers scattered feminist STS reflections on these issues and looks at them through the lens of care, including authors such as Susan Leigh Star, Donna Haraway, Isabelle Stengers, Hilary Rose, and Annemarie Mol. The concept of care orienting this exercise of rereading these authors is proposed by Berenice Fisher and Joan Tronto, “Toward a Feminist Theory of Caring,” in Circles of Care: Work and Identity in Women’s Lives, ed. Emily K. Abel and Margaret K. Nelson (Albany: State University of New York Press, 1990), 35–62. Before and after that essay came out, Puig de la Bellacasa published several other papers related to this issue, including “Touching Technologies, Touching Visions. The Reclaiming of Sensorial Experience and the Politics of Speculative Thinking,” Subjectivity 28, no. 1 (2009): 297–315; “‘Nothing Comes without Its World’: Thinking with Care,” The Sociological Review 60, no. 2 (2012): 197– 216; “Ethical Doings in Naturecultures,” Ethics, Place & Environment 13, no. 2 (2010): 151–69; “Making Time for Soil: Technoscientific Futurity and the Pace of Care,” Social Studies of Science 45, no. 5 (2015): 691–716; and Matters of Care: Speculative Ethics in More than Human Worlds (Minneapolis: University of Minnesota Press, 2017). All these publications have been widely cited by other authors, particularly in a special issue of Social Studies of Science on the politics of care published in 2015 (volume 45, issue 5). Other examples María Fernanda Olarte-Sierra and Tania Pérez-Bustos 159 studied how care, and associated practices such as transnational care chains, are feminized and precarious—involving an ethos embodied by those who actively work to maintain or preserve another’s life. Feminists have focused on the politics of care embedded in invisible jobs related to aesthetics, domestic work, child and elder care, and sexual activities and see all these tasks as related to the reproduction of life and culture.2 Central to this conceptualization of care is the understanding that these jobs are typically women’s work. There is a common association between this care and notions of “motherhood” as it relates to values such as compassion, love, and respect, which have been constructed as universally feminine. However, the main goal of feminist studies of care has been to deconstruct this association, particularly because it is imbued with the white, wealthy, heteronormative ideal of femininity that underlies a gendered division of labor. The reality is that class, race, nation, and gender determine who cares for whom, whether or not labor is paid, and to what extent care is exploitative. One strand of recent research problematizes both valorizing and criticizing care practices on the grounds that they are based on a rather homogeneous understanding of the feminine. Instead, these scholars seek to resurrect valuable feminist work without relying on essentialism of authors contributing to this discussion on care as an ethos for science include Ruth Müller and Martha Kenney, “Agential Conversations: Interviewing Postdoctoral Life Scientists and the Politics of Mundane Research Practices,” Science as Culture 24, no. 4 (2014): 537–59; Charis Thompson, Good Science: The Ethical Choreography of Stem Cell Research (Cambridge, MA: MIT Press, 2013); and Carrie Friese, “Realizing Potential in Translational Medicine: The Uncanny Emergence of Care as Science,” Current Anthropology 54 (S7): S129-S138. 2. From Latin America, see, for example, Luz Gabriela Arango Gaviria, Adira Amaya Urquijo, Tania Pérez-Bustos, and Javier Pineda Duque, eds., Género y cuidado: teorías, escenarios y políticas (Bogotá: Universidad Nacional de Colombia, 2018); Pascale Molinier and Luz Grabriela Arango Gaviria, eds., El trabajo y... (shrink)

Differences in perceptions and knowledge of crop diseases constitute a major obstacle in farmer–researcher cooperation, which is necessary for sustainable disease management. Farmers’ perceptions and management of crop diseases in the northern Ethiopian Regional State of Tigrai were investigated in order to harness their knowledge in the participatory development of integrated disease management (IDM) strategies. Knowledge of disease etiology and epidemiology, cultivar resistance, and reasons for the cultivation of susceptible cultivars were investigated in a total of 12 tabias (towns) in (...) ten weredas (districts). Perception of diseases involved both scientific and spiritual conceptual frameworks. Of the more than 30 crop diseases recorded on the major crops in the region, only rusts and powdery mildews (locally called humodia) and a few root rots were considered by farmers to be important. Farmers’ awareness of other diseases was extremely low; some highly damaging but less conspicuous diseases, such as faba bean chocolate spot and chickpea ascochyta blight (also called humodia), were not regarded by farmers as disease but as problems caused primarily by excessive soil moisture. Considering that some of these “unrecognized” diseases can cause complete yield loss and genetic erosion in epiphytotic years, there is an urgent need for bringing together farmers’ and scientists’ knowledge to complement each other. Even when farmers had access to disease-resistant or disease-tolerant cultivars, they grew susceptible local varieties because of multiple criteria including earliness, good yield in years with low humodia severity, suitability for home consumption, market demand/quality, and low soil fertility and land management requirements. Farmer innovation and knowledge were evident in their use of diverse disease control measures, but these were a mixture of the “useful and the useless.” Our findings stress the necessity for extension workers and researchers to understand and improve farmers’ knowledge of crop diseases, and farmers’ ability to observe and experiment, through the Farmer Field School or a similar experiential learning approach. These insights about farmers’ knowledge of crop diseases provide a basis for further collaborative maintenance of crop genetic diversity, development of germplasm, and IPM-related research in Africa. (shrink)

Moderate scientism is the view that empirical science can help answer questions in nonscientific disciplines. In this paper, we evaluate moderate scientism in philosophy. We review several ways that science has contributed to research in epistemology, action theory, ethics, philosophy of language, and philosophy of mind. We also review several ways that science has contributed to our understanding of how philosophers make judgments and decisions. Based on this research, we conclude that the case for moderate philosophical scientism is strong: scientific (...) practice has promoted significant progress in philosophy and its further development should be welcomed and encouraged. (shrink)

Journal of Philosophy of Education, EarlyView.

Climate change is a wicked problem with causes and consequences overlapping with other wicked problems and no single solution (Hulme 2015). For example, the frequent droughts associated with climate change exacerbate another major problem facing humanity as we enter the Anthropocene: how to produce adequate food to feed a growing population without increasing pollution or “more food with low pollution (MoFoLoPo)” (Davidson et al. 2015). Soils represent an intersection of these two wicked problems, because they are integral to food production (...) through agriculture and also are an important component of global climate models. Recent focus in the field of soil carbon cycling has facilitated a transformation in our understanding of the processes that control this important resource. This understanding is critical to responding to both wicked problems. (shrink)

Many of the most important questions about primitive certainty have to do with the distinction between primitive certainty as a practical attitude or disposition and primitive certainty as a psychological attitude and with the distinction between these and primitive, objective certainty.

Domestic livestock animals and soils must be considered together as part of an agroecosystem which includes plants. Soil sustainability may be simply defined as the maintenance of soil productivity for future generations. There are both positive and negative aspects concerning the role of animals in soil sustainability. In a positive sense, agroecosystems which include ruminant animals often also include hay forage-or pasture-based crops in the humid regions. Such crops stabilize the soil by decreasing erosion, improving (...) class='Hi'>soil structure and usually require fewer chemical inputs. Monogastric animal culture is based on an agroecosystem consisting of mainly grain crops. These crops can result in the soil being exposed to water and wind erosion although soil conservation practices that significantly reduce soil losses may be followed. The management of animal manures is not always compatible with soil conservation practices. Careful management of the nutrients in manure is absolutely necessary to avoid nitrate contamination of ground water or phosphorus loading of streams and lakes. In a negative sense, increases in animal livestock populations in association with human population growth are promoting desertification in the arid and semi-arid regions of the world. The key component for a fully compatible and acceptable association between domestic animals and soil productivity is proper management. Careful management of the components of an animal-based agroecosystem is required if soil productivity and environmental quality are to be maintained. Although we have much to learn, technologies are available to move a considerable way towards this ideal state. (shrink)

Considerable attention has focussed on the potential of indigenous agricultural knowledge for sustainable development. Drawing upon fieldwork on the soil and water management principles of rice farming systems in Senegambia, this paper examines the potential of the traditional system for a sustainable food security strategy. Problems with pumpirrigation are reviewed as well as previous efforts in swamp rice development. It is argued that sustainability depends on more than ecological factors and in particular, requires sensitivity to socio-economic parameters such as (...) the labor demands of the food security strategy, the sexual division of labor, and food pricing policies. (shrink)