This article is building the theory for the scientific field of industrial ecology. For this, the industrial ecosystem concept is used. IE uses the model of sustainable ecosystems in unsustainable industrial systems for making progress towards the vision of the industrial ecosystem. Six controversies are revealed and identified as research challenges. I invite all those who are interested in industrial ecology to respond to this contribution.

This article provides a comprehensive synthesis of state-of-the-art approaches used by industry to improve human, social, and environmental sustainability. Currently available methods such as product stewardship, industrial eco-park design, industrial ecology, Design for Environment (DfE), and others areexplained and their contribution summarized. Particular attention is paid to practices that make the material flows of a society more circular, as in natural ecosystems, and to the idea of companies selling services rather than products. It is concluded that the (...) widespread implementation of these frontier practices are a necessary but not sufficient condition for achieving human, social, and environmental sustainability. Nevertheless, the methods synthesized in this paper reveal a largely untapped potential for improving industrial practices. (shrink)

I present a comparative and holistic method for qualitatively measuring sound ecological practice in chemistry. I consider chemicals developed and used by man from cradle to grave, that is, from the moment they are extracted from the earth, biomass, water or air, to their transportation, purification, mixing and elaboration in a factory, to their distribution by means of the market, to waste products both from the factory, packaging, transportations and by the consumer. I divide the locations of the ‘life’ of (...) the chemical into four spatio-temporal areas accordingly. I then use the ‘instituional compass’ method to determine a qualitative reading of the ecological soundness of the practice, where practice means the research, the adoption by industry and the distribution at scale on the market. The qualitative reading is in the form of an arrow on a trisected circle. The arrow holistically represents a table of data. The data can be economic, social or environmental. The arrow has a measurement: a degree and a length. The degrees, represent qualities spaning through: harmony, discipline and excitement. The length represents the importance, momentum or amplitude with which the quality is present. We use the compass method to compare the same product over time, or inter-substitutable, chemicals developed in different places, using different equipment or processes. In the conclusion, I discuss objectivity and science as they apply to the compass. (shrink)

Since the introduction and widespread adoption of chemical herbicides, “weed management” has become almost synonymous with “herbicide management.” Over-reliance on herbicides and herbicide-resistant crops has given rise to herbicide resistant weeds. Integrated weed management (IWM) identifies three strategies for weed management— biological-cultural, chemical-technological, mechanical-physical—and recommends combining all three to mitigate herbicide resistance. However, adoption of IWM has stalled, and research to understand the adoption of IWM practices has focused on single stakeholder groups, especially farmers. In contrast, decisions about weed management (...) often occur within a social ecosystem where multiple stakeholder groups co-create knowledge and practices. To more holistically investigate perceptions and decision-making related to herbicide resistant weed management, we conducted 23 in-depth interviews in combination with Q methodology with farmers and public-/private-sector agricultural professionals in the state of Georgia (U.S.). Our investigation focused on the management of an increasingly herbicide resistant weed, Palmer amaranth, which enabled broader conversations about agricultural systems, farmer livelihoods, and sustainability. Factor and thematic analyses allowed us to identify and characterize two distinct typologies: one primarily valued agronomic efficiency and relied upon chemical-technological management practices, while the other valued diversifying weed management strategies as the pathway to agronomic and economic success. Typologies diverged substantially in attitudes toward the three weed management strategies, the role of technology, and systems management generally. These two viewpoints have implications for how we understand underlying stakeholder motivations and choices around weed management strategies, both of which are crucial in promoting and supporting farmer use of diverse, ecologically-sound, weed management strategies. (shrink)

Our life, by its biological nature, is in an indestructible dependence on energy. At the same time, energy is an important criterion on which we report the progress of humanity. Historically, progress divides our world into distinct stages, called Industrial Revolutions. Each stage has encompassed more fuels, new technologies, inventions, humans behavioural changes and much more worrying environmental issues. Energy techniques, new extractions and transportation improved in nineteenth and during twenty-century energy consumption, especially electricity, rise significantly with, on the (...) one hand, a continuous influx of fossil fuels and, on the other hand, continuous increase of the quantities of toxic waste, visible or not, from the other industrial branches and human activities, consequences of the energetical progress. The purpose of this paper is to point out some aspects regarding ecological footprints of electrical industry and energy industries during their development and to establish connections between the distinct role of energy in each period of industrialization and its impact on the environment, education, science, arts and cultural dimensions of life. (shrink)

Studies of the association between wealth and fertility in industrial populations have a rich history in the evolutionary literature, and they have been used to argue both for and against a behavioral ecological approach to explaining human variability. We consider that there are strong arguments in favor of measuring fertility (and proxies thereof) in industrial populations, not least because of the wide availability of large-scale secondary databases. Such data sources bring challenges as well as advantages, however. The purpose (...) of this article is to illustrate these by examining the association between wealth and reproductive success in the United States, using the National Longitudinal Study of Youth 1979. We conduct a broad-based exploratory analysis of the relationship between wealth and fertility, employing both cross-sectional and longitudinal approaches, and multiple measures of both wealth (income and net worth) and fertility (lifetime reproductive success and transitions to first, second and third births). We highlight the kinds of decisions that have to be made regarding sample selection, along with the selection and construction of explanatory variables and control measures. Based on our analyses, we find a positive effect of both income and net worth on fertility for men, which is more pronounced for white men and for transitions to first and second births. Income tends to have a negative effect on fertility for women, while net worth is more likely to positively predict fertility. Different reproductive strategies among different groups within the same population highlight the complexity of the reproductive ecology of industrial societies. These results differ in a number of respects from other analyses using the same database. We suggest this reflects the impossibility of producing a definitive analysis, rather than a failure to identify the “correct” analytical strategy. Finally, we discuss how these findings inform us about (mal)adaptive decision-making. (shrink)

Is fertility relevant to evolutionary analyses conducted in modern industrial societies? This question has been the subject of a highly contentious debate, beginning in the late 1980s and continuing to this day. Researchers in both evolutionary and social sciences have argued that the measurement of fitness-related traits (e.g., fertility) offers little insight into evolutionary processes, on the grounds that modern industrial environments differ so greatly from those of our ancestral past that our behavior can no longer be expected (...) to be adaptive. In contrast, we argue that fertility measurements in industrial society are essential for a complete evolutionary analysis: in particular, such data can provide evidence for any putative adaptive mismatch between ancestral environments and those of the present day, and they can provide insight into the selection pressures currently operating on contemporary populations. Having made this positive case, we then go on to discuss some challenges of fertility-related analyses among industrialized populations, particularly those that involve large-scale databases. These include “researcher degrees of freedom” (i.e., the choices made about which variables to analyze and how) and the different biases that may exist in such data. Despite these concerns, large datasets from multiple populations represent an excellent opportunity to test evolutionary hypotheses in great detail, enriching the evolutionary understanding of human behavior. (shrink)

This paper offers a moral history of the industrialisation of seaweed harvesting in Norway. Industrialisation is often seen as degrading natural resources. Ironically, we argue, it is precisely the scale and scope of industrial utilisation that may enable non-instrumental valuations of natural resources. We use the history of the Norwegian seaweed industry to make this point. Seaweed became increasingly interesting to harvest as a fruit and then as a crop of the sea in the early twentieth century following biochemical (...) applications for alginates derived from seaweed. When harvesting was mechanised, however, attention turned to the environmental and aesthetic value of kelp forests. Further, the sale of the industry to the American FMC corporation flagged the national value of these plants. In sum epistemic, aesthetic and moral appreciations of natural resources are tangled up and co-evolve with their industrial utilisation, in an ecology of values. Our account uses interview and ethnographic material from key sites in Norway. (shrink)

This paper offers a moral history of the industrialisation of seaweed harvesting in Norway. Industrialisation is often seen as degrading natural resources. Ironically, we argue, it is precisely the scale and scope of industrial utilisation that may enable non-instrumental valuations of natural resources. We use the history of the Norwegian seaweed industry to make this point. Seaweed became increasingly interesting to harvest as a fruit and then as a crop of the sea in the early twentieth century following biochemical (...) applications for alginates derived from seaweed. When harvesting was mechanised, however, attention turned to the environmental and aesthetic value of kelp forests. Further, the sale of the industry to the American FMC corporation flagged the national value of these plants. In sum epistemic, aesthetic and moral appreciations of natural resources are tangled up and co-evolve with their industrial utilisation, in an ecology of values. Our account uses interview and ethnographic material from key sites in Norway. (shrink)

According to the widely accepted principles of beneficence and distributive justice, I argue that healthcare providers and facilities have an ethical duty to reduce the ecological footprint of the services they provide. I also address the question of whether the reductions in footprint need or should be patient-facing. I review Andrew Jameton and Jessica Pierce’s claim that achieving ecological sustainability in the healthcare sector requires rationing the treatment options offered to patients. I present a number of reasons to think that (...) we should not ration health care to achieve sufficient reductions in a society’s overall consumption of ecological goods. Moreover, given the complexities of ecological rationing, I argue that there are good reasons to think that the ethical duty to reduce the ecological footprint of health care should focus on only nonpatient-facing changes. I review a number of case studies of hospitals who have successfully retrofitted facilities to make them more efficient and reduced their resource and waste streams. (shrink)

(1993). Evolutionary learning for a post‐industrial society: Knowledge, creativity & social ecology. World Futures: Vol. 36, Evolutionary Consciousness, pp. 181-202.

There is increasing research on the effects of industrial livestock production on the environment and human health, but less on the effects this has on animal welfare and ecological justice. The concept of ecological justice as a tool for achieving sustainability is gaining traction in the legal world. Klaus Bosselman defines ecological justice as consisting of three elements: intragenerational justice, intergenerational justice, and interspecies justice. While the first two have been extensively discussed, interspecies justice has received less attention. It (...) is argued that the neglect of interspecies justice in the practice of industrial livestock production leads to both intragenerational and intergenerational injustices. The article focuses primarily on an animal welfare perspective, addressing the extreme harm and oppression of animals entailed by their commoditization for industrial food production. The destructive impact of this mode of food production on environmental resources and its massive contributions to climate change also lead to the impoverishment of the food, environmental, social, and economic health of present and future generations. The article describes the legal mechanisms that have permitted, and indeed encouraged, the move to industrial livestock production, and suggests changes that could reduce the three kinds of ecological injustices which industrial livestock production produces. (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)

This paper attempts to bridge business ethics to corporate social responsibility including the social and environmental dimensions. The objective of the paper is to suggest a conceptual methodology with which ethics of corporate environmental management tools can be considered. The method includes two stages that are required for a shift away from the current dominant unsustainable paradigm and toward a more sustainable paradigm. The first stage is paradigmatic, metaphoric and normative. The second stage is a practical stage, which in turn, (...) is analytic, descriptive and positive. The method is applied to common industrial metabolism tools of ecological footprints (EF), environmental life cycle assessment (LCA) and industrial ecology (IE). The application shows that all three tools can be used in business ethics, in particular, when the first stage of the method is applied to their use. (shrink)

Firms’ real estate choices significantly affect their sustainability, due to real estate’s impact on the natural environment. This paper investigates the ecological responsiveness of firms in specific industries by analyzing the decisions these firms make in occupying office space. We analyze the decisions of more than 11,000 tenants to choose office space in green buildings or in, otherwise comparable, conventional buildings nearby. Controlling for building quality and location, we find that corporations in the oil and banking industries, as well as (...) non-profit organizations, are among the most prominent green tenants. Furthermore, measures of an industry’s human capital intensity are positively related to the propensity to lease green office space. These empirical findings confirm the theoretical framework on economic advantage and institutional pressure as important determinants for the ecological responsiveness of firms. (shrink)

The relevance of this topic is due to the processes of INDUSTRY 4.0, which takes place in a new industrial revolution and requires the formation of a new management theory as a factor in creating an environmentally balanced and socially oriented economy, aimed at increasing the welfare of the population and improving the environmental performance. The purpose of the study is the conceptualization of the new theory of management as a factor in the creation of an environmentally balanced and (...) socially oriented economy, and the methodology of analysis. Objectives of the study : using the methodology of system analysis, to form a new management theory as a factor in the formation of an environmentally balanced and socially oriented economy in the conditions of Industry 4.0, as the current management paradigm is deeply constrained. Analysis of recent research and publications, which launched the solution to this problem. Works by Macston Graham and Randers Jorgen. "In search of prosperity. Managing Economic Development to Reduce Unemployment and Climate Change " and Meadow Donnelly, Meadow Denis, Rangers Jorgen. "The limits of growth. 30 years later " discusses the challenges facing the developed world today, including steady unemployment, growing inequality of property, and rapid climate change. Until today, most of the solutions to these problems were politically unacceptable for a world focused on short-term benefits and a desire for continued economic growth. The scientific novelty of the research is to identify the problems of interaction between man, society, nature in the conditions of INDUSTRY and the conditions for their overcoming, which contribute to the formation of a new theory of management as a factor in creating an environmentally balanced and socially oriented economy. The results of the study: the conditions for the formation of a stable society, based on which the creation of an environmentally balanced and socially oriented economy; the definition of sustainable development of society and the mission of a new management theory are revealed, which should change the dominant social philosophy, which is based on the paradigm of how people look at the world. Conclusion - the basis of the new theory of management - the improvement of the world, challenging many economic and managerial concepts of INDUSTRY 4.0, which are based on "the limits of growth". (shrink)

This collection is drawn from a recent Global Political conference held to mark the centenary of the birth of Harold Innis, Canada's most important political economist. Throughout his life, Innis was concerned with topics which remain central to political ecology today, such as the link between culture and nature, the impact of humanity on the environment and the role of technology and communications. In this volume, the contributors address environmental issues which Innes was concerened with, from a contemporary, political (...) economy perspective. They explore a wide range of themes and issues including: sustainability; risk and regulation; population growth; and planetary management. Case studies provide further insight into issues such as industrial racism, women and development and collective action. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Reviewed by:Ecological Ethics: An IntroductionDavid Keller (bio)Patrick Curry, Ecological Ethics: An Introduction. Malden, Massachusetts: Polity Press, 2007, 173pages.Were I in Bath having drinks with Patrick Curry, we would have much to agree about. Explaining his choice of title of his book, Ecological Ethics, he rightly points out that the more common descriptor "environmental ethics" presupposes a dualism between human beings and the nonhuman environment—an assumption which is itself anthropocentric (...) (p. 4). For philosophers interested in studying the human/ nonhuman dynamic, the legitimacy of anthropocentrism is itself an open question. Because the word 'ecology' treats humans, as biota, as integral parts of ecological systems, the phrase "ecological ethics" is less presumptuous and hence more accurate. The word 'ecological' also has the benefit of conveying the message that the subject is notgoing to involve extending moral considerability from humans out into the "environment." Instead, ecological systems as the locus of value provide the starting point for the elaboration of ethics (p. 2). For Curry, as for Leopold (1960) and Callicott (1989), "ecological community" is coextensive with the ethical community.To correlate the ethical community with the biotic community within the rubric of "ecological ethics" is nothing novel. Curry's claim that "there is something ancient about an ecological ethic" (p. 7) got me thinking: [End Page 153]prior to Abrahamic monotheism and Greek rationalism, ancient peoples, particularly nomadic hunter-gatherers, probably considered themselves as integral parts of what encompassed them, moving with herds, in concert with meteorological and seasonal changes, seeing themselves as one amongst other living beings. They probably did not see themselves apart from the "environment" as we have learned to do. Then with the advent of agriculture, linear furrows and controlled inundations must have fostered an addictive sense of security from flood and famine. Later, the innovations of industrial civilization further distanced us from the caprice of nature's wild vicissitudes. Yet that comfort comes at the expense of lost awareness of our responsibilities as bioticcitizens. Therefore, Curry says, following Sylvan (1973), we need a new ecological ethic since traditional Western morality "is no longer up to the job" (ibid.).Curry remarks that ethics, cast in this light, is not something "optional," something to be addressed after one's belly is full, debts settled, and lodging secured. Rather, ethics cuts directly to the core of human action, of all human activity (p. 5)—a claim reminiscent of Socrates' exhortation to Thrasymachus that it is no small matter that they are discussing, nothing of less importance than the right way to live one's life (Plato 2005, p. 603).Over the first sips of ale, I would praise him for giving his book a simple and straightforward structure that makes a challenging subject accessible, especially to students. After laying down the groundwork of basic concepts in moral philosophy (chapter 3)—objectivism versus relativism, the problem of the is/ought gap, religious morality and environmental philosophy (domination, stewardship, and managerialism), and virtue and rule-based ethics (chapter 4)—Curry addresses axiology (chapter 5). Are humans the sole locus of value (anthropocentrism), or are there other entities worthy of some sort of moral consideration who themselves do not carry the burden of moral responsibility (zoocentrism, biocentrism, ecocentrism)? Curry answers the latter in the affirmative, arguing that ontological interconnectedness of humans with other living beings within ecological systems discloses that something greater than humanity is the locus of value (p. 46).The most useful part of the book for my students out in Utah would be the middle chapters (6–8) in which Curry casts degrees of nonanthropocentrism [End Page 154]in shades of green. These shades range from light green or "shallow" anthropocentric ethics such Bookchin's Social Ecology (p. 50), Hardin's Lifeboat Ethics (pp. 52–54), and mainstream environmentalism (p. 51), through medium green ethics based on the extension of traditional human-oriented moral philosophy to nonhumans such as Singer's Animal Liberation (pp. 56–59), Regan's Animal Rights (pp. 59–60), and Taylor's Biocentrism (pp. 60–62). Curry proceeds to the dark green ethics of ecocentrism, such as Land Ethics (pp. 65–68), the Gaia Hypothesis (pp. 68–71... (shrink)

The devastation arising from multiple factors originating in the Earth System has reached an unprecedented level in the last decades. So much so, that global, industrial civilization can be declared the cause of the shift of climatic and geological history, on Earth, in the age of Anthropocene. Industrial civilization is therefore threatened by consequences arising from its conditions. If civilization is to endure during the climate regime of Anthropocene it will need to transform into a form that allows (...) it to coexist harmoniously within the Earth System. The concept of ecological civilization tries to formulate the principles and imperatives of this transformation. Although it originated in the USA, only in China has it, so far, become part of the public, constitutional and political discourse. This chapter focuses on the philosophical roots of its Chinese version. It illuminates the different meanings associated with the concepts of culture and civilization in Western and Chinese thinking. Although the Chinese version of the concept of ecological civilization follows several Western concepts, it emphasizes traditional Chinese patterns of thought and ways of interpreting the world, especially Daoism. Contrary to the original version of Daoism’s emphasis on the principle of ecological democracy, the Chinese version exhibits authoritarian tendencies and this is reflected in Chinese environmental policies. Finally, the chapter focuses on risks, and inconsistencies, within the concept and with other Chinese policies and suggests ways in which China repeats approaches identifiable as European and North American green policies, not only, in industrialization but, also, in pursuit of green transformation. (shrink)

Politics stoutly resists efforts to meet dire threats to human survival, such as climate change, industrial poisons, and "natural" disasters. This book seizes on new discoveries of nature's interconnective ways to demand politics and government without violence, fair and equal access to the ballot box, dialogue across differences, and electoral action from the ground up by an independent political party.

This conceptual paper explores the theoretical possibilities of posthumanism and presents ecologies of repair as a heuristic device to explore the association modes of different entities, which, when confronted with the effects of human-induced destructive events, seek to repair the damage and transform the conditions of coexistence of various life forms. The central idea is that severe socio-environmental crisis caused by an intensification of industrial activity are conducive to observing new sociomaterial configurations and affective dispositions that, through the reorganization (...) of practices of resistance, remediation, and mutual care, are oriented to generating reparative and/or transformative processes from damaged ecologies and communities. Crises constitute true ontological experimentation processes where the presence of other-than-human natures, and of artifacts or devices that participate in reparative actions, become visible. A post-human approach to nature allows us to use languages and methodologies that do not restrict the emergence of assemblages under the assumption of theira prioriontological separation, but rather examine their reparative potential based on the efficacy of situated relationships. Methodologically, transdisciplinarity is relevant, with ethnography and other engaged methods applied over units of observation and experience called socio-geo-ecologies. The relevant attributes of these socio-geo-ecologies, beyond the individual, community, or institutional aspects, are the specific geological characteristics that make possible an entanglement of interdependent relationships between human and non-human agents. The conceptual analysis is illustrated with empirical examples stemming from socio-geo-ecologies researched in Southern Chile. (shrink)

The economic importance of optimizing the environmental situation from the perspective of an entrepreneur are assessed in the article. The classification of administrative decisions taken in the course of the business activities is proposed. The authors identified a group of solutions directly providing optimization of environment external to the enterprise, solutions that have an indirect positive impact on the environment and solutions that improve ecology of industrial premises. The nature of economic effect of resulting solutions of various types (...) is taken into account. Vectors of influence of working conditions on the economic results of business activities are described. The nature and strength of the impact of model management decisions results of business activities are defined. Key performance indicators of entrepreneurial activity are identified: employee productivity, the amount of revenue and profitability, solvency, staff stability, the competitiveness of enterprises. Grouping the costs of ecological parameters optimization of the production environment is proposed. Relationship between level of working conditions and socio-psychological climate in the collective enterprise is disclosed. The methods of motivation of entrepreneurs in solving of environmental, production problems are considered. The role of training entrepreneurs engaged of medium and small businesses are underlined especially. Thus, in the article the relationship between environmental and economic problems of entrepreneurial activity is investigated. Role and opportunities of entrepreneurs in solving these problems are defined and structured. (shrink)

Introduction. Artificial intelligence is a trend of NBIC-convergence and information technologies in particular. Since the 70s of the 20th century it has been a subject of intense debate in the scientific community. A direct indicator of the importance of the topic is the publication dynamics and the annual increase in the number of indexed articles. According to the statistics, Western social sciences are in the top five industry leaders. The purpose of the study is to analyze the Scopus database and (...) identify the key mythologems of the scientific discourse of social sciences (in the field of artificial intelligence). The latter go beyond the boundaries of research norms and standards and express non-reflective research intentions. Methods. The reference base of scientific arti- cles includes works published during the decade (2010—2020). Methods for detecting verbal mark- ers and content analysis were used. At the same time, the emphasis was mainly placed not on quan- titative, but on qualitative analytics as well. The basis for the choice of markers was the frequency of their use in abstracts (abstracts), headings (titles) and keywords. The selection of verbal markers was made in accordance with two conditionally desig- nated categories: «trends», or frequency engineering, technical and social and humanitarian terms, expressing the direction of research practic- es and «mythologemes», or elements of a second- ary semiotic system. Scientific novelty of the study. Scientific novelty is due to the specification of the research subject. In the West, the direction of the so-called «Tech- nological mythology», which focuses mainly on the discourses of art and ideological documents is being developed. The analytics of scientific content makes it possible to remove the existing research limitations of the subject and identify prospects for further study of modern mythology. Content analysis made it possible to identify some extreme- ly general formulations of technological mythologe- mes, which can be refined and concretized. Results. Following the results of the study, a de- scription of three metatrends was made — techno- logical, social and anthropological. All key directions within the boundaries of each trend are listed. At the same time, it is argued that the anthropotrend has a relatively smaller share in the discourse of Western social sciences. As a debatable aspect of the study, five scientific mythologemes were iden- tified and conditionally designated. Interpretations and characteristic examples of the functioning of each are offered. Conclusion. The technological trend is constituted by the data of technical sciences and engineering developments with a social orientation. Sociotrend is determined by the spectrum of technology application areas. The conclusion is made about the diffusion of two trends and the discourses serving these trends. Discursively, the technotrend serves to construct a strictly scientific discourse based not on abstract, but on specific and precise proposi- tions. Particular attention is paid to the discursive mainstream of «smartization», which is characteris- tic of the scientific content of the second decade of the 21st century. Emphasis is placed on the anthro- pological risks of extrapolating «smartization» to specialized practices. (shrink)

Tropical cyclones posed unique challenges to the mobility and durability of British colonial capital in the late nineteenth- and early twentieth-century Indian Ocean world. Although a veritable community of scientists studying these storms in the Bay of Bengal and the Mascarene Islands developed in the second half of the nineteenth century, knowledge about cyclone generation, movement, and internal makeup remained opaque. This article analyzes one response to these limitations: the growth of “agrometeorology” on the African island of Mauritius. Agrometeorology, a (...) field of study that integrated knowledge produced on cyclones with that in sugar cultivation, the industry at the heart of the island’s economy, studied how cyclonic winds and rains constituted part of a broader ecology of sugar cultivation, rather than focusing exclusively on developing models of prediction. (shrink)

Today's industrial society is having an encounter with ecology: in April, 1976 the French government presented the National Assembly with documents on the dumping and burning of waste in the sea, as well as on the protection of nature. Electoral campaigns, discussions and demonstrations are centered about the theme of pollution and environment. In the last century the accumulation of waste had already become a problem : “ One of the most important duties of industry is to find (...) a useful employment for waste,” wrote P. L. Simmons in 1875. The advice was heeded if we may believe what J. Gottmann wrote on the matter nearly a century later: “ If our era is to be defined by its most important raw material and one that is truly proper to it, as is done for the Bronze Age or the Iron Age, we may no longer speak of a Steel or Petroleum Age, nor of an Atomic Age (which may come in the future) but of the Garbage Age.” The extraordinary demographic expansion of humanity that has gone from a population of five million in the Paleolithic Age to four billion today gives rise to a monstrous abundance of refuse resulting as much from the natural mechanisms of living as from industrial activity (factory waste) or from the present attitude haunted by the idea of obsolescence (the throw-away society of Alvin Toffler). The outline of a universe submerged in waste matter appears, similar to that evoked by Italo Calvino in Città Invisibili apropos of the town of Leonia: “The refuse of Leonia would gradually invade the world if the interminable garbage heaps were not pressed upon, beyond the last crest, by the refuse of other towns that also push mountains of refuse far away from themselves. Perhaps the entire world beyond the borders of Leonia is covered with craters of trash, each with a continually erupting metropolis in its center. The borders between foreign or enemy towns are thus contaminated bastions in which the detritus of the one and the other serves as mutual support, menacing and mixing together.” The world of Metamorphosis is approaching in which man, transformed into an insect, covered with dust and remains of food, gnaws on the cores and parings of half-rotten vegetables. Science fiction invents a remedy to fit the problem : a planet specialized in storing all the garbage unloaded by an entire galaxy. (shrink)

This paper investigates practice, frameworks and philosophy in the field of ecological management, a novel integrative approach to closing the gap between ecological and economic theoretical models and ecological and economic behavior. First, I will present the current status in this emerging field and discuss management in relation to various sub-disciplines, including agroecology, circular economy, industrial ecology, and urban sustainability. This provides a basis to analyze the theoretical frameworks found in profitable, ecologically-based businesses and identify key general features (...) that characterize this approach, notably the relationships between: an enterprise’s diversity and its economic resiliency; zero waste policies and societal and environmental impacts; and affordances of the local environment and business’ long-term economic viability. Finally, the philosophical issues looming behind are discussed, notably problems regarding interdisciplinarity and the relation of ethical frameworks with management. Through use of the model-centered philosophy of science to disentangle some of these conceptual problems, I argue that ecological management has a unique place in sustainable development as an independent exploratory tool for constructing and testing economic and ethical models in the Anthropocene. (shrink)

‘Ecopoiesis: A Manifesto for Ecological Civilization’ contains the main provisions related to a new type of civilization, which should replace the industrial civilization, which has actually exhausted the potential of its development and has become the leading force for the destruction of humans and the living environment. A Manifesto for Ecological Civilization is the basis of the scenario for the development of culture and various public institutions, recognizing the potential of people to control their own destiny, to take effective (...) steps to preserve life on earth. (shrink)

'Food sovereignty' plays an increasingly important political role as a focus for grassroots agri-food organisations, such as La Via Campesina, in their attempts to contest the social injustices, health impacts and ecological damage resulting from the increasing global dominance of corporate/industrial agriculture. While not seeking to detract from the successes of such movements, there remain ethical, political and ecological concerns about just how the 'sovereignty' in food sovereignty is to be interpreted and what, if any, its relation to previous (...) histories, definitions and applications of political sovereignty might be. Sovereignty's role, for example, in settler colonialism and environmental destruction is rarely addressed in the food sovereignty literature, with advocates focusing instead on its definitional malleability and contemporary political utility. Yet critical appropriations of Schmitt's infamous definition of sovereignty help to specify its colonial, anti-political and anti-ecological modus operandi, and make clear certain dangers inherent in uncritically adopting the term. (shrink)

This article explores the representation of fish in ecological discourse through analysis of the recently published Millennium Ecosystem Assessment synthesis report. The analysis utilizes an ecological framework based on "deep ecology" , examining how the discourse of the MA asserts or denies the intrinsic worth of fish. The discursive construction of fish is particularly relevant given the massive expansion of the aquaculture industry, which is having a negative impact on ecosystems and the fish themselves, particularly the Atlantic salmon. There (...) are alternatives to traditional ecological discourses, such as the lyrical discourse drawn on by Rachel Carson in her description of salmon. The article concludes with a discussion of the potential of such discourses to represent reality in ways that are more comparable with the welfare of the fish and the protection of ecosystems. (shrink)

This article is about a spiritual response to environmental crisis, an emerging field of ethics that joins ecology and environmentalism with the awareness of sacred within the creation2. It investigates into the Vedic texts for finding out the philosophical attitude about the earth and our spiritual obligations and responsibilities to the planet in resolving environmental issues. In the vedic-tradition3, it is the course of experiencing nature as spiritual presence and the awareness to it about our conduct as the moral (...) and rational being. It is a world view that values all that in totality is called “nature” that is, generally, taken as “other” in contrast to human, as existence or spirit. The ethics of respect to “others”, against the effects of imperialistic, ideological conflicts, religious terrorism, industrial, atomic and corporate pollutions, must be worked out as a remedy. The basic argument of spiritual ecology lies in the view that we can find no God more than the spirit abiding in all units of the globe. One must have the view of spirit as ubiquitous principle in treating with and enjoying our needs with the things that the nature permeates as gifts of his care to it. Thus, spiritual ecology of the Vedic tradition has a therapeutic importance; it helps in cultivating our conduct and overcoming the fear of a risk against living on the earth. I am of the view that the rationality of a man and that of a nation is to be determined in proportion to the cultivation and progress of attitude and treatment with “other” but not the vice versa. (shrink)

An oasis of authorized criticism in the 1960s and the 1970s, and a privileged public arena for ‘extreme non-conformist’ intellectuals in the same period, ecology was also the matrix for the national movements which precipitated the end of the decaying party-state at the end of the 1980s and which had been in gestation since the late 1960s. Ideal metaphor for the fall of a system emblematized by the catastrophe at Chernobyl (April 1986), the ecological crisis - the crisis in (...) the relationship between nature and urban space - made it possible to understand the full extent of the post-war upheavals that had taken place at the heart of Soviet society. The rapid, huge-scale industrialization and urbanization of the country had produced a new educated middle class of ‘specialists’ (technicians, engineers, applied research managers, economists and administrators, and so on), which in the early 1960s constituted the hard core of the first generation of Soviets to be a majority of urban-dwellers. If it was not embodied, as in Western countries, in political movements or parties, the ecological cause was no less institutionalized. The horticultural societies (tovariscestva) on the edge of towns (ogorodniki), the ‘nature protection brigades’ which organized reafforestation campaigns (DOP), the Society for the Protection of Nature (VOOP), or local historical and ethnographical societies (kraevedenie) had a considerable number of supporters. It allowed the expression of a very extensive range of individual and collective sentiments, and of reactions both rejecting and adapting to a radically new natural, social and cultural environment - that of the town and a larger community. For a disorientated society, it was a question of re-appropriating its immediate, daily environment, of attempting to impose, individually or collectively, meaning on its existence and its social trajectory. Ecological sentiment was thus intimately bound up with the emergence of an ‘urban civilization’ in the Soviet Union under Brezhnev. (shrink)

This is the first book to outline a basic philosophy of ecology using the standard categories of academic philosophy: metaphysics, axiology, epistemology, aesthetics, ethics, and political philosophy. The problems of global justice invariably involve ecological factors. Yet the science of ecology is itself imbued with philosophical questions. Therefore, studies in ecological justice, the sub-discipline of global justice that relates to the interaction of human and natural systems, should be preceded by the study of the philosophy of ecology. (...) This book enables the reader to access a philosophy of ecology and shows how this philosophy is inherently normative and provides tools for securing ecological justice. The moral philosophy of ecology directly addresses the root cause of ecological and environmental injustice: the violation of fundamental human rights caused by the inequitable distribution of the benefits and costs of industrialism. Philosophy of ecology thus has implications for human rights, pollution, poverty, unequal access to resources, sustainability, consumerism, land use, biodiversity, industrialization, energy policy, and other issues of social and global justice. This book offers an historical and interdisciplinary exegesis. The analysis is situated in the context of the Western intellectual tradition, and includes great thinkers in the history of ecological thinking in the West from the natural sciences, social sciences and humanities.​ Keller asks the big questions and surveys answers with remarkable detail. Here is an insightful analysis of contemporary, classical, and ancient thought, alike in the ecological sciences, the humanities, and economics, the roots and fruits of our concepts of nature and of being in the world. Keller is unexcelled in bridging the is/ought gap, bridging nature and culture, and in celebrating the richness of life, its pattern, process, and creativity on our wonderland Earth. Holmes Rolston, III University Distinguished Professor, Colorado State University Author of A New Environmental Ethics: The Next Millennium for Life on Earth Mentored by renowned ecologist Frank Golley and renowned philosopher Frederick Ferré, David Keller is well prepared to provide a deep history and a sweeping synthesis of the "idea of ecology"—including the metaphysical, epistemological, and ethical aspects of that idea, as well as the scientific. J. Baird Callicott University Distinguished Research Professor, University of North Texas Author of Thinking Like a Planet: The Land Ethic and the Earth Ethic. (shrink)

ABSTRACTImmigrant origin children and youth are now, and will continue to be, a diverse and demographically important segment of all post-industrial nations’ populations. In order to realize their potential, receiving contexts will need to find effective ways to integrate them into the fabric of their society. Using an ethic of care approach, we must begin by taking a comprehensive perspective on integration, which incorporates both a risk and resilience framework and an ecological perspective. A number of practices have emerged (...) that have promise for positive implications for the schooling performance and educational integration of immigrant students These practices include 1 – short-term newcomer programs; 2 – specialized services for Students with Interrupted Formal Education; 3 – sustained services focused on new language development; 4 – services focused on heritage language development; 5 – providing explicit college pathway knowledge; 6 – summer and after-school academic enrichment programs; 7 – facilitating parental involvement ; and 8 – advisory groups, after-school academic supports, mentoring and health services, and postsecondary supports. Providing the kinds of ecologies of care outlined here will go a long way toward helping these children and youth thrive and become the kinds of contributing members to their new society that will serve our collective future well. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Ecological Suffering:From a Buddhist PerspectiveSulak Sivaraksa“There will be great suffering caused by our human-created climate change, but we may need to go through this process in order to see the ‘light.’”—Nigel Crawhall (IUCN, CEESP representative, South Africa)Ecological suffering is the result of centuries of abuse of our Earth and environment. It is the effects of numerous overlapping developments that are unsustainable for the most part. It results from violent (...) actions, whether in the shape of colonialism, industrial development, wars, economic growth, the arms race, or capitalist competition between states. More importantly, it is a flaw inherent in the global capitalist system—which is nevertheless seen as the best system to organize human life—and will bring down both capitalism and human survival if we act as if we don’t know about it. I explicitly name capitalism because without doing so any critique will be simply abstract, moralistic, and toothless—such as blaming greed in general or on particular greedy individuals, on human nature, on civilization, and so on. No. Ecological suffering is the result of systemic violence rooted in the global political economy. Although our world cherishes diversity and choice, it is increasingly intolerant of any form of living that resists free market fundamentalism. Ecological suffering is happening on a daily level even if we feel that nothing is happening. Ecological suffering sustains the normalcy of our everyday life as we drive to work, eat our lunch, talk on our mobile phones, connect to the Internet, and so on. It is woven into our daily existence. As such, we don’t want our daily life to be disturbed and often act as if we don’t know about ecological suffering. But it is also experienced unevenly: the poor majority more so than the rich minority, who for now could still buy their way out of the problem; developing societies more than developed ones; and so on.One thing is certain: Our ecosystem is crashing. What should be a circle of life, of interconnected life forms, has already started to work as individual parts going in different directions, leading to malfunctions and negative consequences in many parts [End Page 147] of the system. At the Inter-Religious Dialogue on Climate Change and Biodiversity Conservation in September 2012, a conclusion that was arrived at the conference was a simple but profound one: It is all connected; we are all connected. As I mentioned in my latest book, Wisdom of Sustainability,1 our world and nature works in the same way as the wheel of Dhamma. The wheel of Dhamma can be used to countenance the wheels of state and systemic violence. This is why tackling the environmental problem needs a religious or spiritual dimension.Below, I will reflect on the problems and challenges we face in coping with the impending ecological catastrophe. I link the postponement of the crisis and sustainability with the cultivation of spirituality in ourselves—that is, to search for what has been uprooted and what we need to reclaim or retrieve. Bringing in Buddhist ethics, I will tease out how an interfaith approach to problem solving can benefit our environment by pointing to some concrete suggestions.The starting points of this talk are drawn from The Wisdom of Sustainability and the conference overview of the Inter-Religious Dialogue on Climate Change and Biodiversity Conservation, and I will alternate between these two points, which also structure my talk. The dialogue was held in Sri Lanka in September 2012, at the Islander Center. It was organized by the International Network of Engaged Buddhists (INEB), the Sewalanka Foundation, International Union for the Conservation of Nature (IUCN) Sri Lanka National Office, and Commission on Environmental Economic and Social Policy (CEESP). At this conference faith leaders, environmental and climate scientists, conservationists, and social activists from all over the world gathered to collaboratively explore the scientific foundations of climate change and biodiversity loss; its social, political, and economic drivers; the impacts of climate change on human societies and the environment; and the underlying human behaviors that contribute to climate change.2The conference used three levels of engagement to frame the creation of a roadmap for action... (shrink)

In this paper we conduct an analysis of the critical narratives of Stardew Valley and compare them to other relevant videogames in order to develop new possibilities for an ecological critique of capitalist extractive econo­mies. Critical narratives of this game are aimed primarily at the alienating conditions of labour and deeply devastating modes of production under capitalism that impact and severely damage the environment. Analysing these narratives, we superimpose the immediate messages of the game with the procedural rhetoric and material (...) conditions of their existence. Over the course of our analysis, we highlight a material-narrative disso­nance which, in the case of Stardew Valley, fails to function as a commu­nicative strategy of the game and remains its mere external contradiction. Although the game’s critical narrative may seem overly utopian and its political imaginary a bit underdeveloped, the game elaborates on concrete ways to tackle the alienation of labour and resolve the ecological crisis. In addition to this, the paper covers the history of the interplay between the video game industry and the field of global ecological crisis research. We compare the attempts to raise awareness of the videogames’ own material­ity that preceded Stardew Valley. We conclude that Stardew Valley utilises the language of sustainable co-existence and wasteless local production, expanding this logic both to the sphere of labour and the spectrum of en­vironmental problems. In the case of ecological critique, some gameplay decisions in Stardew Valley enable us to come up with new strategies aimed at creating critical narratives about the environment in videogames. Thus supplementing Stardew Valley’s findings with critical tropes derived from other games (mainly, Rain World), we were able to gather a set of theoretical instruments that could facilitate the creation of games about ecosystems. Following Donna Haraway’s emphasis on the crucial role of narrative fram­ing (“it matters which stories tell stories”), we highlight new opportunities for the entire medium of videogames. (shrink)

This is an Open Access book. In 2015, Industry 4.0 was announced with the rise of industrialization by the European Parliament, supporting policy, research, and infrastructure funding. In 2020, Industry 5.0 was launched as an evolution of Industry 4.0, towards societal and ecological values in a sustainable, human-centric, and resilient transition. In 2023, the IN4ACT research project team completed 4 years of research on the impact on these initiatives. Presentations reviewing the progress of management practices and economics led to conversations (...) about what’s next. The unanticipated rise in late 2022 of Generative AI technologies (e.g. ChatGPT, DALL-E) sparked dialogues with an extended circle of researchers on impacts not considered in 2015 or in 2020. This collection of chapters reflects multiple perspectives on research findings to 2023, prospects for 2024, and considerations on ways the techno-economic industrial revolutions may be reshaped into desirable futures respecting social and ecological concerns. (shrink)

This paper is based on the concept of environmental political philosophy and from its perspective, it highlights the weaknesses and contradictions of contemporary, existing democracies. It aims to formulate an outline of the concept of environmental democracy, following the accounts of M. Bookchin, R. Morrison and H. Skolimowski, as well as international environmental law enshrined in United Nations documents and resolutions. It is based on the hypothesis that the preservation of a democratic political system in a situation of a collapsing (...) planetary system (the Anthropocene) requires improving the foundations of democratic theory with the insights of the Earth system sciences, particularly of political ecology and critical environmentalism. Through philosophical analysis, explanation and interpretation, this paper explores an environmental democracy that would, on the one hand, preserve the basic constitutional principles of current democratic constitutional regimes, and, on the other hand, reconcile them with the current state of understanding in the Earth sciences concerning the vulnerability of the planetary system. In a sense, J. Habermas’s understanding of human rights characterizes the concept of environmental democracy as a realistic utopia. The author concludes by drawing up the imperative of sustainability, which he sees as a guiding organizing principle of institutions and public policies for the climatic, demographic and economic regime of the Anthropocene. -------------------------- Received: 16/12/2022. Reviewed: 09/03/2023. Accepted: 30/03/2023. (shrink)