The coastal zone of Bangladesh is endowed with dynamic ‘Terrestrial’ and ‘Coastal and Marine ecosystem’. The zone confronts with declined environmental quality owing to unethical anthropogenic interventions. Few studies regarding ethical attitudes of local communities to conserve the coast were conducted earlier. Two objectives, such as (i) heavy metal concentration, and (ii) physio-chemical quality of sample soil and water were selected to reveal the environmental state of study area. Five heavy metals like- Cadmium, Copper, Iron, Lead, and Zinc; and (...) four physio-chemical parameters such as, the pH, Electrical Conductivity, Temperature, and Turbidity of sample soil and water were measured. The average concentration of Pb in soil is 10 times higher than world average (0.03 mg/g), while Cd concentration in soil is two times more than world average (0.11 mg/L). The concentration of Fe at Inani beach water is 1.54 mg/g more than world average (3.4 mg/g). The physio-chemical parameters are within standard range. Unethical discharge of toxic effluents from shrimp hatcheries, and municipal garbage are main sources of pollution, which ensue into environmental degradations. Concentration of five heavy metals and Calcium Carbonate (CaCO3) in sample mollusk shells exhibit biodiversity deterioration. The mollusk shells from Inani beach contains 0.04 mg/L Cd,0.08 mg/L Cu, 0.42 mg/L Fe, 0.38 mg/L Pb, and 0.07 mg/L Zn. The CaCO3 content in mollusk shells at Inani beach is 49.5%, which indicates the degradation of the mollusks, as shells normally are made with 95% - 97% Calcium Carbonate. Hence, the Department of Environment (DOE), Bangladesh (GoB) declared the area as an ‘Ecologically Critical Area’ (ECA). The concerned stakeholders, like- CPP volunteers and officials, Forest Division, Fisheries Research Institute, Bangladesh Water Development Board, Union Chairman and Journalists of Cox’s Bazar recommended insertion of moral values among local stakeholders through trainings, motivational lectures, demonstrations and dramas, as well as, incorporation of lessons about consequences of unethical activities upon geo-environment into text books. Though least practice has been found regarding moral values during survey, the present research advocates in developing ‘Knowledge pool’ about coastal environment, creating awareness, and developing moral ethics among the local, regional and national stakeholders. (shrink)

Evidence of observed negative impacts on natural and human systems from anthropogenic climate change is increasing. However, human systems in particular are dynamic and influenced by multiple drivers and hence identifying an anthropogenic climate signal is challenging. Here we analyze the case of lake Palcacocha in the Andes of Peru, which offers a representative model for other glacier lakes and related risks around the world because it features a dynamic evolution of flood risk driven by physical and (...) socioeconomic factors and processes. Furthermore, it is the object of a prominent climate litigation case, wherein a local Peruvian citizen sued a large German energy producer over risk of flooding from lake Palcacocha. Adopting a conceptual model of cascading impacts and multiple drivers of risk, we first study climatic and other geophysical drivers of flood risk. We find that an anthropogenic signal from flood risk to greenhouse gas emissions is traceable. In parallel, flood risk has been strongly shaped (and increased) by interacting socioeconomic, institutional and cultural processes over the past few decades. The case raises important questions about the differentiation of responsibilities relating to flood risk of both global and local agents, which are, however, difficult to address in cases like Palcacocha, where we reveal a complex network of interlinked global, national and local drivers. Following from this, we outline a normative framework with a differentiated perspective on responsibility, implying that global emitters commit to support strengthening capacities in affected regions and localities and that local institutions and societies engage in local risk reduction measures and policies in collaboration with and driven by local communities. (shrink)

Climate change has historically been an evolutionary determinant for our species, affecting both hominin evolutionary innovations and extinction rates, and the early waves of migration and expansion outside Africa. Today Homo sapiens has turned itself into a major geological force, able to cause a biodiversity crisis comparable to previous mass extinction events, shaping the Earth surface and impacting biogeochemical cycles and the climate at a global level. We argue that anthropogenically-driven climate change must be understood in terms of a monumental (...) niche construction process, generating long-term ecological inheritance and eco-evolutionary feedbacks that are putting our health and well-being and those of future generations at risk. We then list five major sources of climate change counter-intuitiveness, highlighting how evolved cognitive biases and heuristics may stand in the way of providing effective responses within tight deadlines. Drawing on our framing of the climate breakdown, we finally call for an evolutionary perspective in approaching the adaptive challenge posed by climate change: we argue that putting the brakes on a genuine self-endangering evolutionary trap ultimately depends on our counteractive niche constructing abilities, played at the level of our institutional and innovation capacity. (shrink)

Greenhouse-gas emissions are indirectly causing future deaths by multiple mechanisms. For example, reduced food and water supplies will exacerbate hunger, disease, violence, and migration. How will anthropogenic global warming (AGW) affect global mortality due to poverty around and beyond 2100? Roughly, how much burned fossil carbon corresponds to one future death? What are the psychological, medical, political, and economic implications? Predicted death tolls are crucial for policy formulation, but uncertainty increases with temporal distance from the present and estimates may (...) be biased. Order-of-magnitude estimates should refer to literature from diverse relevant disciplines. The carbon budget for 2°C AGW (roughly 10 12 tonnes carbon) will indirectly cause roughly 10 9 future premature deaths (10% of projected maximum global population), spread over one to two centuries. This zeroth-order prediction is relative and in addition to existing preventable death rates. It lies between likely best- and worst-case scenarios of roughly 3 × 10 8 and 3 × 10 9, corresponding to plus/minus one standard deviation on a logarithmic scale in a Gaussian probability distribution. It implies that one future premature death is caused every time roughly 1,000 (300–3,000) tonnes of carbon are burned. Therefore, any fossil-fuel project that burns millions of tons of carbon is probably indirectly killing thousands of future people. The prediction may be considered valid, accounting for multiple indirect links between AGW and death rates in a top-down approach, but unreliable due to the uncertainty of climate change feedback and interactions between physical, biological, social, and political climate impacts (e.g., ecological cascade effects and co-extinction). Given universal agreement on the value of human lives, a death toll of this unprecedented magnitude must be avoided at all costs. As a clear political message, the “1,000-tonne rule” can be used to defend human rights, especially in developing countries, and to clarify that climate change is primarily a human rights issue. (shrink)

The relevance of the study of anthropogenic impact on nature, man, society is relevant enough, because the negative externalities of an integrated global economy are damaging to the environment and vulnerable segments of the population, who are least adapted to paying tribute to progress. Being at the crossroads shows that we are responsible for what is happening with nature, man, society and the actual challenges of destroying the planet will grow, which requires the formation of a new way of (...) thinking, based on the world in accordance with human values, preservation of the natural landscape, climate. Analysis of recent research and publications. At the heart of the study is the analysis of the works of Ernst Ulrich von Weizseker, Anders Wykman “Come On! Capitalism, shortsightedness, population and the destruction of the planet. "Report to the Roman Club"; Naomi Klein “Everything changes. Climate capitalism ”; Maxton Graham, Randers Jørgensen “In Search of Welfare. Managing Economic Development to Reduce Unemployment, Inequality and Climate Change ”; Meadows Donnelly, Meadows Dennis, Rangers Jørgensen "Growth Limits. 30 years later ”; Klaus Schwab's Fourth Industrial Revolution, Forming the Fourth Industrial Revolution; Joe Stadwell's "Why Asia has Succeeded." The article analyzes the works of domestic authors - V. Voronkova, V. Melnyk, N. Metelenko, V. Nikitenko, A. Cherep and others. The author draws on her own abstracts of the conference "Limits of Growth" as a response to anthropogenic impact on man, nature, society and a means of achieving sustainability. Setting objectives. Anthropogenic harmful climatic factors supplant natural vegetation, impoverish animal worlds, limit the activity of microorganisms. Management of anthropogenic impacts can be carried out by limiting them: by establishing maximum permissible loads, different standards of introduction of scientifically grounded regimes of natural resources of international cooperation, scientific substantiation of measures on the nature and ecology of man. The purpose of the article - theoretical and practical aspects of solving the problems of anthropogenic impact on nature, man, society and achievement of sustainable development. Research results. Growth limits have been shown to have anthropogenic impact on humans, nature and society as a result of human intervention in ecosystems. As a result, ecosystem simplification and the breaking of biological cycles result. The concept of sustainable development of mankind is the solution of global problems of mankind, among them the solution of the problems of anthropogenic impact on nature, man, society. The research is aimed at solving the problems of anthropogenic impact on nature, man, society and achieving sustainable development of civilization. (shrink)

It is widely claimed that climate change has increased the magnitude and the frequency of natural phenomena such as storms, droughts, and floods with the concomitant costs in terms of damages and victims. This paper using weekly data from global stock market indices in a Fama–French model, examines how and to what extent market agents and investors react to such events. As a yardstick for comparison purposes, the possible market impact of industrial accidents is also incorporated and examined in the (...) empirical investigation. The study uses in a comparative approach the STOXX Global ESG Environmental Leaders index and the STOXX Global index diversified across 1800 top companies. Results reported herein seem to indicate that natural and anthropogenic adversity have no immediate impact on the stock indices, while wildfires have an immediate reduction impact on market risk in the case of the ESG Environmental Leaders index. Moreover, wildfires and industrial accidents appear to cause a significant reduction of systematic risk over the next week following the incident. However, the magnitude of the effect is higher in the case of the ESG Environmental Leaders stock index. Finally, the effect on systematic risk by industrial accidents is temporarily without any lasting imprint. (shrink)

Should we help wild animals suffering negative impacts from anthropogenic climate change? It follows from diverse ethical positions that we should, although this idea troubles defenders of wildness value. One already existing climate threat to wild animals, especially in the Arctic, is the disruption of food chains. I take polar bears as my example here: Should we help starving polar bears? If so, how? A recent scientific paper suggests that as bears’ food access worsens due to a changing (...) climate, we should consider supplementary feeding. Feeding starving bears could meet ethical obligations to help wild animals suffering from climate change. But supplementary feeding may also cause harms, and lead to park-like management of some bear populations – a concern for those who care about the value of wildness. While this situation is in many ways intractable, I’ll make a tentative suggestion of a possible way forward for wildlife managers. (shrink)

A consensus is building that our planet has entered the so-called age of the Anthropocene—a post-Holocene epoch defined by the significant impact of humans on geological, biotic and climatic planetary processes. On the one hand, there is good reason to exercise caution in relation to this concept of the “Age of Man.” At a time when immoderate anthropogenic impact poses a serious threat to ecological integrity and balance, calling an epoch after ourselves does not necessarily demonstrate the humility we (...) may need to espouse. Moreover, discourses of the Anthropocene risk overwriting important differences among human.. (shrink)

This essay is an examination of how sensing capacities can draw in, and from, other-than-human entities—both animate and inanimate. Based upon ethnographic field research in Iceland, it describes sensory encounters that are realizable through the bodies, sensations, and ontological status shifts of other beings and entities, namely, in bears and ice and earth. As anthropogenic impacts deepen, the essay argues, sensing ought to be practiced as a collaborative effort among human and other-than-human entities. Sensing by other means entails (...) sensing through others’ means and beyond the human sensorium. (shrink)

The increasing prevalence of ecologically sustainable products in consumer markets, such as organic produce, are generally assumed to curtail anthropogenic impacts on the environment. Here I intend to present an alternative perspective on sustainable production by interpreting the relationship between recent rises in organic agriculture and greenhouse gas emissions from agricultural production. I construct two time series fixed-effects panel regressions to estimate how increases in organic farmland impact greenhouse gas emissions derived from agricultural production. My analysis finds that (...) the rise of certified organic production in the United States is not correlated with declines in greenhouse gas emissions derived specifically from agricultural production, and on the contrary is associated positively overall agricultural greenhouse gas emissions. To make sense of this finding, I embed my research within the conventionalization thesis. As a result I argue that the recent USDA certification of organic farming has generated a bifurcated organic market, where one form of organic farming works as a sustainable counterforce to conventional agriculture and the other works to increase the economic accessibility of organic farming through weakening practice standards most conducive to reducing agricultural greenhouse gas output. Additionally, I construct my own theoretical framework known as the displacement paradox to further interpret my findings. (shrink)

Although natural resource scarcity is a pressing issue for many organizations, it has received little attention in management research. Drawing on resource dependence theory, this article theorizes how organizations manage uncertainty from their dependence on scarce natural resources. For this end, it explains how socio-ecological processes involving anthropogenic impacts on ecosystem services cause this form of uncertainty. It then proposes that organizations develop wide-ranging responses to such uncertainty, depending on their predominant institutional logics, from protecting and restoring ecosystems (...) that provision critical natural resources to further developing those ecosystems for optimal resource yields at the risk of degrading them. The article adds to the limited existing research on the unique challenges of managing natural resource scarcity and extends resource dependence theory by accounting for socio-ecological dynamics that create uncertainty regarding natural resources. (shrink)

One interesting feature of de‐extinction—particularly with respect to long‐extinct species such as the passenger pigeon, thylacine, and mammoth—is that it does not fit neatly into the primary rationales for adopting novel ecosystem‐management and species‐conservation technologies and strategies: efficiency and necessity. The efficiency rationale is that the new technology or strategy enables conservation biologists to do what they already do more effectively. Why should researchers embrace novel information technologies? Because they allow scientists to better track, monitor, map, aggregate, and analyze species (...) behaviors, biological systems, and human‐environment interactions. This enables better decision‐making about how to protect species, which areas to conserve, and how to reduce anthropogenic impacts on ecological systems. Many projects in conservation genomics are justified in this way. But de‐extinction is not a more efficient or necessary means to some conservation aim that is already recognized as acceptable or important. In fact, because it is focused on reconstituting approximations of nonexistent species, rather than maintaining extant ones, the social and ethical assessment of de‐extinction is not limited to asking whether it is a good means. We can ask as well whether de‐extinction is a worthwhile “conservation” goal in the first place. (shrink)

This article is an innovative piece and at the same time—a timely piece, in a world of global warming. A time in which fierce scientific debates are being fought over anthropogenic impact. Yet the general public would appear to ‘feel’ the change, without any need for measurement and contesting of findings. This ‘feeling’ is manifest in the Earth Hour. It is this collective act which I would argue is borne out of feelings for the earth. Feelings which tell people (...) instinctively a change in behaviour is needed. This article therefore examines the semiotics of a jurisprudence which is premised on feelings. Feelings towards the Djang—a primordial force expounded by the Australian Aboriginal Senior Law Man Bill Neidjie of the world heritage listed—Kakadu National Park, Australia. He foresaw the climatic shifts and wanted to assist European Australians—Balanda to help avert the possible consequence. (shrink)

The Anthropocene debates are rooted in epistemological differences. Geologists seek temporal markers of spatially even anthropogenic impact. Thus, they favor geologic data that fit this category. Humanists and social scientists, on the other hand, tend to focus on the negative effects of spatial unevenness. Without linking the Anthropocene’s temporal and spatial components, the official designation, ultimately determined by geologists, will be a futile exercise that will not make good on the Anthropocene Working Group’s intention for it to be useful (...) for wider segments of society. However, if the Anthropocene is divided into an Early, Middle, and Late Anthropocene, each defined by geologic evidence, the uneven spatial distributions of anthropogenic damage can be traced to specific events in human history, thus actualizing the predictive value of geology. Further, this diachronic scheme, unlike the synchronic ones thus far proposed, makes more legible two fundamental dynamics between human and natural trajectories: the intensification of global inequity coterminous with the intensification of natural damage; and humanity’s ever more audacious attempts to control the environment. This ethos, wielded as the prime justification for taking over that which belonged to cultures not espousing it, has resulted in anthropogenic damage disproportionately affecting the most economically and historically vulnerable peoples. However, their alternative modes of coping with the damages—an ineluctable responsiveness to, rather than control over, environment—enables them to survive. As such, they could lead the way through the Anthropocene, modeling adaptation and mitigation strategies, and obviating the global North’s unsound hope for a technological solution. Three metropolitan architects, Rem Koolhaas, David Adjaye, and V. Mitch McEwen, look to global Southern urbanisms––improvisational, creative, minimalist praxes grounded in indigenous lifeways––for alternate modes of inhabiting anthropocenic modernity. Likewise, New Zealand’s government has materially and ethically mitigated its legacy of settler colonialism by combining Western scientific data with indigenous knowledge to formulate more adaptive, responsive, integrative approaches to environment. By expanding the data beyond the stratigraphic, coordinated interdisciplinary research can measure variegated effects of––and responses to––the Anthropocene, thus better equipping humanity to adapt to and/or mitigate climate change and to eschew unsustainable practices. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Hyper-Abjects:Finitude, “Sustainability,” and the Maternal Body in the AnthropoceneBethany DoaneThe concept of the Anthropocene prioritizes a new paradigmatic scale that seems to outweigh that of “the political”: imagining deep time or the death of the human species as a result of climate change tends to negate the (relatively speaking) smaller-scale concerns of race, class, gender, or capitalism. While feminist critique is often circumscribed by this political scale, and thus (...) may seem to be dwarfed or rendered obsolete by the geological, deep-time scale of the Anthropocene, examining issues of feminist concern from this geological perspective has profound implications for thinking not only of gender politics but also of how to construct something like the political at all in this new era. Suggesting a new and normative global politics is, of course, beyond the scope of this article, but perhaps we might begin to conceive of a political schema that would function more appropriately in light of this grander scale. At the very least we may begin to think the borders or limits of the species as it has existed in the modern era in a way that neither environmentalism nor posthumanism has yet been able to sufficiently tackle.The Anthropocene marks the epoch in which human activities have caused global environmental changes that will leave their mark in the geological strata of the earth itself.1 While the specific moments of its onset are contested, its beginnings are generally associated with the industrial age; Crutzen and Stoermer mark its onset at roughly 1800 with the beginnings [End Page 251] of the industrial revolution. (Timothy Morton pinpoints it more specifically with the invention of the steam engine in 1794.) The changes made in this era of geological, technological, and climate convergence have accelerated in the last seventy years or so in what scientists call the Great Acceleration, which began around 1940 and quickened anthropogenic impact with events like the testing/dropping of atomic bombs, the homogenization of biodiversity, mass extinctions as a result of human activity, and various types of drilling and mining.2 In the era broadly conceived as modernity, the steady march of “progress” that has so shaped the paradigm of the period has been made possible only through its own abjections: those phenomena that mark the era as limited, limiting, and unsustainable. In other words, the “birth of the modern world” was made possible only through devastating acts of violence: institutionalized inequalities like slavery, oppression, colonization, and war. These acts of violence translate as cannibalization at the global scale: the exploitation of most members of the species and the consumption of their resources for the benefit and luxury of the few. While these forms of violence have been criticized and confronted by political and theoretical movements since at least the middle of the twentieth century, thinking of them in terms of the Anthropocene and deep time allows us to consider their consequences in a new light. Our present awareness of the Anthropocene makes visible phenomena like climate, global warming, earth, and the “anthropos” that present us with the very real eventuality of species finitude. Species finitude calls into question not just the practices of modernity that have brought about the Anthropocene (the exploitation of the many for the benefit of the few), but the entire paradigm of global thinking that is invested in progress, growth, and even in any environmentalism that calls for stewardship of the earth. The notion of care for an entity like “nature” or “the environment” only reinforces the separation between the human and its milieu, a separation that is impossible to maintain in light of the absolute inextricability that the Anthropocene brings to light.At the heart of this essay are two theoretical concepts: Julia Kristeva’s abjection, and Timothy Morton’s hyperobjects, both of which stand for a sort of insufficiency or impossibility of discourse (politics, the Symbolic, etc.) in managing some Real object or phenomenon. Kristeva’s abject is generally thought of as functioning at two levels or scales: the personal, in which an individual must cast off the abject of the maternal body in order to become a proper subject; and the social or... (shrink)

The spread of exotic species represents a major driver of biological change across the planet. While dispersal and colonization are natural biological processes, we suggest that the failure to recognize increasing rates of human‐facilitated self‐introductions may represent a threat to native lineages. Notably, recent biogeographic analyses have revealed numerous cases of biological range shifts in response to anthropogenic impacts and climate change. In particular, ancient DNA analyses have revealed several cases in which lineages traditionally thought to be long‐established (...) “natives” are in fact recent colonizers. Such range expansion events have apparently occurred in response to human‐mediated native biodiversity declines and ecosystem change, particularly in recently colonized, isolated ecosystems such as New Zealand. While such events can potentially boost local biodiversity, the spread of exotic lineages may also hasten the decline of indigenous species, so it is essential that conservation managers recognize these rapid biotic shifts.​. (shrink)

The world’s oceans cover more than 70 per cent of the planet’s surface and contain 97 per cent of the water on planet Earth. Saltwater connects with freshwater with the outflow of every river and creek or from the drift of thunderstorms across islands to form new oceans. With a shared theme of water, recent projects are discussed as case studies for their focus on ecosystem awareness, cultural knowledge, arts and science and working collaboratively. Water is an essential element and (...) connector of ecosystems, species and spirituality – of life. The ability of water to change forms from liquid to solid to gas offers insights into acknowledging that changeability and adaptability are core to species survival on the planet Earth. It is proposed that by respecting the knowledge that is embedded in the element of water that greater wisdom can be shared which can benefit all life on this planet. With this aspiration in mind, the term OneWater is used to explore the relational aspect of water to consider its connective quality, between watersheds and species. This concept is used to shift views of anthropogenic impacts and embrace a fuller recognition of Indigenous knowledge systems and the role they play in evolving our understanding of the OneWater. (shrink)

The Royal Society report updates the anthropogenic impacts on ecosystems services and our inability to rise to this challenge. Sustainable development is argued to be a linguistic device that has been instrumental in deflecting us from addressing the paradox at the heart of the oxymoron. The relationships between the social, environmental, and economic are explored together with the utility of the I = PAT equation, with reference to the Hardin Taboo, Jevons's, and Easterlin's paradoxes. A more prominent role (...) for phronesis in the management of human affairs and the adoption of ethics as the language for dealing with such issues are advocated. (shrink)

Conservation biologists recognize a duty to maintain as much value as possible in ecosystems that are threatened by recent anthropogenic impacts. Until recently the paradigm of contemporary conservation seemed relatively straightforward: the best way to maintain the value of species and ecosystems at a given location was to maintain—or shepherd the system back towards—historical conditions. Among the most difficult theoretical tasks was the determination of “baseline” historical conditions (or trajectories) to return to, recognizing the dynamism of ecosystems over (...) time. However, the rate, scale, and magnitude of contemporary climate change, species introductions, and land-use change make it increasingly impractical to return locations to any kind of historical state. This forces a paradigm shift which is both ongoing and difficult, and necessitates a rigorous evaluation of the scientific and ethical foundations of modern conservation along with a careful reexamination of terminology. Here, I discuss the moral relevance and waning utility of the geographically-based and dichotomous understanding of “native” (or “in situ”) which is an important component of conservation ethics and practice. I then propose a new understanding of nativeness in which a species is native—not to a geographic location—but to a quantifiable set of biotic, climatic, geologic, and topographic conditions (i.e. its niche) that can then map to geographic space. Following this, I demonstrate the unique utility of this concept, which I will refer to as “econativeness,” in thinking through conservation problems—range expansions, range contractions, species introductions, and assisted migration—where the classical understanding of nativeness has become increasingly inadequate for assessing the moral value of species. (shrink)

Conservation biology has embraced the development and application of artificial intelligence to optimize its work. The efficiency with which machine learning processes data helps to identify wild species, repair anthropogenic impacts, and intervene in ecosystems, offering supposedly good results for conservation. Thus, artificial intelligence can here be proposed as an ally of environmental justice. However, I will dispute this thesis, arguing that since conservation biology does not start from absolute parameters and environmental justice is not free from moral (...) plurality, then artificial intelligence could reproduce and increase epistemological and ethical biases. La biología de la conservación se ha sumado al uso de la inteligencia artificial para optimizar su trabajo. La eficiencia con que esta procesa los datos ayuda a identificar especies salvajes, reparar los impactos antropogénicos e intervenir en ecosistemas, ofreciendo resultados supuestamente buenos para la conservación. Así, la inteligencia artificial puede proponerse como una aliada de la justicia ambiental. Pero discutiré esta tesis, argumentando que como la biología de la conservación no parte de parámetros absolutos y la justicia ambiental no está exenta de una pluralidad moral, entonces la inteligencia artificial puede reproducir y aumentar los sesgos epistemológicos y éticos. (shrink)

A significant proportion of conservationists' work is directed towards efforts to save disappearing species. This relies upon the belief that species extinction is undesirable. When justifications are offered for this belief, they very often rest upon the assumption that extinction brought about by humans is different in kind from other forms of extinction. This paper examines this assumption and reveals that there is indeed good reason to suppose current anthropogenic extinctions to be different in kind from extinctions brought about (...) at other times or by other factors. Having considered – and rejected – quantity and rate of extinction as useful distinguishing factors, four alternative arguments are offered, each identifying a way in which anthropogenic extinction is significantly different from other forms of extinction, even mass extinction: (1) Humans are a different kind of natural cause from other causes of extinction; (2) Extinctions brought about by humans are uniquely persistent; (3) Anthropogenic extinctions are effectively random whereas past mass extinctions are rule-bound; (4) The impact of the current anthropogenic extinction event differs from the impact of other extinction events of the past, such that future recovery may not follow past patterns. Together, these four arguments suggest that the present-day extinction event brought about by humans may be unprecedented and that we cannot clearly extrapolate from past to present recovery from extinctions. Although insufficient as justification for the claim that present-day extinctions are undesirable, the arguments provide some ammunition for conservationists' conviction that species extinction – in which humans play an accelerating role – ought to be prevented. (shrink)

Anthropogenic climate change is causing temperature rise in temperate zones resulting in climate conditions more similar to subtropical zones. As a result, rising temperatures increase the range of disease-carrying insects to new areas outside of subtropical zones, and increased precipitation causes flooding that is more hospitable for vector breeding. State governments, the federal government, and governmental agencies, like the Animal and Plant Health Inspection Service of USDA and the National Notifiable Disease Surveillance System of the U.S. Centers for Disease (...) Control and Prevention, lack a coordinated plan for vector-borne disease accompanying climate change. APHIS focuses its surveillance primarily on the effect of illness on agricultural production, while NNDSS focuses on the emergence of pathogens affecting human health. This article provides an analysis of the current framework of surveillance of, and response to, vector-borne infectious diseases, the impacts of climate change on the spread of vector-borne infectious diseases, and recommends changes to federal law to address these threats. (shrink)

International negotiations on anthropogenic climate change are far from running smoothly. Opinions are deeply divided on what are the respective responsibilities of developed and developing countries with regard to the reduction of greenhouse gas emissions and the alleviation of the negative effects of global warming. A major bone of contention concerns the role of intellectual property rights (especially patents) in the development and diffusion of climate-friendly technologies. While developing countries consider IPRs as a formidable barrier to the rapid transfer (...) and the widest possible diffusion of such technologies, developed countries, by contrast, see IPRs as a vital prerequisite for the development and transfer of these same technologies. This debate shows some similarity with the earlier debate on patents and access to lifesaving medicines, although there are also important differences. In our contribution we will explore both the analogies and the differences with this earlier debate. To provide a focus for our discussion, we will examine whether something similar to the Health Impact Fund (HIF), which has been proposed by philosopher Thomas Pogge as a reasonable solution to the ethical dilemmas of protection and accessibility in the field of pharmaceuticals, can also be elaborated for the development and diffusion of climate-friendly technologies. Thus the central question is how an analogous ‘Climate Impact Fund’ would look like and how it would work. This whole exercise will also yield a normative yardstick for assessing the various designs for a Green Climate Fund or a Technology Mechanism that are currently on the table of the international climate negotiations. (shrink)

The monograph At the Crossroads of Ages: Choosing a Strategy for Building the Future by Belarusian philosopher P.A. Vodopyanov, Corresponding Member of the National Academy of Sciences of Belarus, presents a comprehensive and thought-provoking study focused on identifying and analyzing strategies that contribute to achieving a sustainable and secure future for humanity. In the face of escalating global challenges, such as ecological crises, the depletion of natural resources, and the looming threat of pandemic diseases, the author highlights the critical need (...) to fundamentally rethink and transform the prevailing anthropocentric approach to nature. P.A. Vodopyanov advocates for a profound shift from the consumerist ideology that has long dominated modern society to the cultivation of a new type of mentality and morality, emphasizing the paramount importance of aligning economic activities with the intricate laws governing the evolution of the biosphere. The author delves into the complex problems surrounding the preservation of the biosphere, illuminating its remarkable resilience and the crucial role of maintaining biological diversity in ensuring its stability. Central to P.A. Vodopyanov’s argument is the assertion that understanding and incorporating the intricate mechanisms that underpin the stability of the biosphere into environmental policy is of utmost importance in preventing environmental degradation and maintaining the delicate balance of the biosphere. These mechanisms include the hierarchical organization of living systems, the presence of redundant and backup elements, and the homeostatic processes that enable organisms to adapt to changing environmental conditions. The monograph dedicates significant attention to the analysis of evolutionary processes, exploring the directionality of ontogenetic and phylogenetic development and the profound significance of stability in the evolution of living nature. In his concluding remarks, P.A. Vodopyanov issues a compelling call for a radical restructuring of value orientations in the interaction between society and nature, stressing the vital importance of aligning economic development with the fundamental laws of biosphere evolution, and also proposes a compelling formulation of a moral imperative that demands human actions to be consistent with the laws governing the biosphere’s evolution, ensuring the survival and flourishing of humanity in the face of extreme environmental challenges. (shrink)

Anthropogenic climate change threatens humanity as a whole, making its mitigation a matter of pressing concern. Mitigation efforts at the institutional level are necessary to successfully change the course of climate change, but thus far governments and industries have been ineffective at reducing greenhouse gas emissions. A point of philosophical contention is whether individuals have a moral responsibility to reduce their own emissions given the lack of institutional action. I argue that they do by redefining climate change as a (...) collective impact. Individual emitters share collective responsibility for that impact, which translates to an individual duty to reduce their contribution. (shrink)

Anthropogenic climate change has become a hot button issue in the scientific, economic, political, and ethical sectors. While the science behind climate change is clear, responses in the economic and political realms have been unfulfilling. On the economic front, companies have marketed themselves as pioneers in the quest to go green while simultaneously engaging in environmentally destructive practices and on the political front, politicians have failed to make any significant global progress. I argue that climate change needs to be (...) framed as an ethical issue to make serious progress towards the path to a sustainable human civilization. In an effort to motivate the urgency needed to confront climate change, I argue that climate change seriously affects human beings living here and now, and if one cares about unnecessarily harming fellow innocent living human beings, then one should care about one’s own environmental impact related to climate change. Since this argument does not depend upon any specific philosophical, religious, or ethical tradition but applies regardless of one’s particular background, I hope to induce genuine concern among all human beings regarding this issue. (shrink)

The environmental impacts of anthropogenic climate change, from an increase in global temperatures melting polar ice caps to the generation of extreme weather events, appear to be happening even mo...

Enhanced weathering, in comparison to other geoengineering measures, creates the possibility of a reduced cost, reduced impact way of decreasing atmospheric carbon, with positive knock-on effects such as decreased oceanic acidity. We argue that ethical concerns have a place alongside empirical, political and social factors as we consider how to best respond to the critical challenge that anthropogenic climate change poses. We review these concerns, considering the ethical issues that arise (or would arise) in the large-scale deployment of enhanced (...) weathering. We discuss post-implementation scen- arios, failures of collective action, the distribution of risk and externalities and redress for damage. We also discuss issues surrounding ‘dirty hands’ (taking conventionally immoral action to avoid having to take action that is even worse), whether enhanced weathering research might present a moral hazard, the importance of international governance and the notion that the implementation of large-scale enhanced weathering would reveal problematic hubris. Ethics and scientific research interrelate in complex ways: some ethical considerations caution against research and implementation, while others encourage them. Indeed, the ethical perspective encourages us to think more carefully about how, and what types of, geoengineering should be researched and implemented. (shrink)

With the evidence for anthropogenic climate change piling up, suggesting that climate impacts of GHG emissions might have been underestimated in the past (Allison et al. 2009; WBGU 2009), and mitigation policies apparently lagging behind what many scientists consider as necessary reductions in order to prevent dangerous climate change, the debate about intentional climate change, or “climate engineering”, as we shall say in the following, has gained momentum in the past years. While efforts to technically modify earth’s climate (...) had been the focus of sporadic discussions at least since the White House’s Report “Restoring the Quality of Our Environment” (cf. Keith 2000), Paul Crutzen’s cautious plea for research into the feasibility and side-effects of stratospheric sulphur injections (Crutzen 2006) has incited an inter-disciplinary controversy (with a preliminary culmination in the Royal Society’s assessment (Royal Society 2009)), while increasing public awareness and debate about climate engineering, as well. The controversy, though, does not focus on the question whether climate engineering should be carried out today (which is largely reckoned to be a bad idea, unnecessary, or premature) or at some point in the future (which is considered a decision we don’t have to take now), but on whether to engage in large-scale research into the alternative technological options for carrying out intentional climate change. It is this paper’s purpose to make that controversy more transparent. In order to do so, we analyse what seems to be the major argument in favour of research into climate engineering: the lesser evil-, or, as Stephen Gardiner has called it, the arm the future-argument — in short: the AF-argument (Gardiner 2010). Such an argumentative analysis makes explicit the normative and descriptive assumptions which underlie the reasoning, without ascertaining or denying them, and thus enables one to assess the overall strength of the argument as well as to determine which objections do, and which don’t undermine it. (shrink)

Public perceptions are well established as a key factor in support for climate change mitigation policies, and they tend to vary both within and between countries. Based on data from the European Social Survey Round 8 (N = 44 387), we examined the role of climate change beliefs and political orientation in explaining worry about climate change across 23 countries. We show that belief in anthropogenic climate change, followed by expectations of negative impacts from climate change, are the (...) strongest predictors of worry about climate change. While the strength of the association between political orientation and worry about climate change varies across countries, self-positioning further to the right of the political spectrum is associated with lower levels of worry in most of the countries included in the analysis. We further show that political orientation moderates the relationship between climate change beliefs and worry. While increased confidence in the anthropogenic nature of climate change and expectations of negative impacts are both associated with increased worry across the political spectrum, the relationship is weaker among right-leaning as compared to left-leaning individuals. Notably, the main effect of political orientation on worry about climate change is no longer statistically significant when the interaction terms are present. Finally, a relatively small amount of the explained variance in worry is attributable to differences between countries. The findings might inform strategies for climate change communication in a European context. (shrink)

Biologists are increasingly documenting anthropogenic disruptions, both at the organism and ecosystem levels, indicating that these disruptions are a fundamental, qualitative component of the Anthropocene. Nonetheless, the notion of disruption has yet to be theorized. Informally, disruptions are direct or indirect consequences of specific causes that impair the contribution of parts of living systems to their ability to last over time. To progress in this theorization, we work here on a particular case. Even relatively minor temperature changes can significantly (...) impact plant-pollinator synchrony, disrupting mutualistic interaction networks. Understanding this phenomenon requires a specific rationale since models describing it use both historical and systemic reasoning. Specifically, history justifies that the ecosystem initially exists in a very narrow part of the possibility space where all its populations are viable, and the disruption leads to a more generic configuration where some populations are not viable. Building on this rationale, we develop a mathematical schema inspired by Boltzmann’s entropy, apply it to this situation, and provide a technical definition of disruption. (shrink)

Avoiding severe impacts from anthropogenic climate change requires not only substantial reductions in greenhouse gas emissions but also further implementation of adaptation measures. In many regions with smallholder farming systems adaptation can help ensure food security despite significantly changing climatic conditions. However, the space for adaptation measures has limits. In this paper, we investigate hard and soft adaptation limits and discuss their relevance to food security in smallholder farming food systems. We argue that soft adaptation limits can be (...) defined by sufficiency levels of justice like basic needs, capabilities, human rights or levels of well-being. Depending on social, cultural, political and economic conditions different communities realize different sufficiency levels of justice. Furthermore, as normative claims of justice, these sufficiency levels not only allow the social, cultural and political and economic conditions of social systems to be described but also define entitlements. We show that for smallholder farming systems with low social and economic standards these entitlements might mean that soft adaptation limits can define entitlements to social and economic improvements despite transformational adaptation to changing climatic conditions. (shrink)

The ecological impact of alien species is a function of the area colonised. Impact assessments of alien species are thus incomplete unless they take the spatial component of invasion processes into account. This paper describes a measure, termed expansion speed, that quantifies the speed with which a species increases its spatial presence in an assessment area. It is based on the area of occupancy and can be estimated from grid occupancies. Expansion speed is defined as the yearly increase in the (...) radius of a coherent circle having the same area as the AOO, irrespective of whether the increase is due to natural dispersal or anthropogenic transport. Two methods for estimating expansion speed are presented: one that requires several years of spatio-temporal observation data and explicitly takes detection rates into account; and one that can be used under a situation with sparse data. Using simulations and real-world data from natural history collections, it is shown that the method provides a good fit to observational datasets. Expansion speed has several valuable properties. Being based on AOO, it is an intuitive measure; as it only requires occupancy data, it is comparatively easy to estimate; and because it is a quantitative and generic measure, it increases the testability and comparability of impact assessments of alien species. (shrink)

The theory of anthropogenic global warming (AGW) enjoys considerable consensus among experts. It is widely recognized that global industrialization is producing an increase in the planet’s temperatures and causing environmental disasters. Still, there are scholars – although a minority – who consider groundless either the idea of global warming itself or the idea that it constitutes an existential threat for humanity. This lack of scientific unanimity (as well as differing political ideologies) ignites controversies in the political world, the mass (...) media, and public opinion as well. Sociologists have been dealing with this issue for some time, producing researches and studies based on their specific competencies. Using scientometric tools, this article tries to establish to what extent and in which capacity sociologists are studying the phenomenon of climate change. Particular attention is paid to meta-analytical aspects such as consensus, thematic trends, and the impact of scientific works. (shrink)

Humans are moral creatures. Among all life on Earth, we alone experience rich moral emotions, follow complex rules governing how we treat one another, and engage in moral dialogue. But how did human morality evolve? And can humans become morally evolved? -/- In A Better Ape, Victor Kumar and Richmond Campbell draw on the latest research in the biological and social sciences to explain the key role that morality has played in human evolution. They explore the moral traits that humans (...) share with chimpanzees; how a more complex moral mind enabled Homo sapiens to arise and out-compete other human species; and the place of morality alongside historic revolutions in technology and social organization. Throughout the book, Kumar and Campbell argue that morality co-evolved with intelligence and complex sociality. Morality prevents societal collapse and enables complex knowledge. -/- After unearthing the ancient origins of human morality, Kumar and Campbell use evolutionary theory to deliver profound insights about how to advance moral progress and resist moral regress, such as reducing animal suffering on industrial farms; capitalizing on the recent revolution in gay rights to foster a nascent revolution in transgender rights; opposing intersectional inequality that impacts women and people of color in lower socioeconomic classes; and addressing major problems of global inequality, especially impending crises of injustice caused by anthropogenic climate change. Understanding how we evolved--and how we continue to evolve--can help us become a better ape. (shrink)

Scientific experts have confirmed that anthropogenic warming is underway, and some degree of adaptation is now unavoidable. However, the details of impacts on the scale of climate change at which humans would have to prepare for and adjust to them are still the subject of considerable research, inquiry, and debate. Planning for adaptation requires information on the scale over which human organizations and institutions have authority and capacity, yet the general circulation models lack forecasting skill at these scales, (...) and attempts to “downscale” climate models are still in the early stages of development. Because we do not know what adaptations will be required, we cannot say whether they will be harder or easier—more expensive or less—than emissions control. Whatever improvements in regional predictive capacity may come about in the future, the lack of current predictive capacity on the relevant scale is a strong argument for why we must both control greenhouse gas emissions and prepare to adapt. (shrink)

This Handbook offers a broad yet unified treatment of all the philosophical issues connected with climate change, ranging from foundational puzzles to detailed applications. It addresses the philosophical foundations of the discussion on the ethical, social, political and legal impacts of climate change. It covers all branches of philosophy that are relevant to the understanding of the premises and implications of the impacts on human, animal and natural life on Earth. More specifically, the Handbook examines the scientific accounts (...) of climate change as well as its causes. It explores the tools offered by social sciences and humanities to study the societal impact of climate change. It studies the ethical and political issues connected with and resulting from climate change, and puts it all in an environmental and historical context. In addition, the book offers solutions to the main philosophical puzzles and problems, and provides paths of interaction between philosophy and other disciplines. The discussion about climate change and the mitigation/adaptation policies spans many areas and levels – from abstract science and philosophy to current on-the-ground politics. However, climate change is also a great a philosophical puzzle. Indeed, its existential and practical relevance can be thought to largely derive from the philosophical complications it engenders. Climate change is applied philosophy par excellence. Preventing dangerous anthropogenic climate change needs very good philosophy applied to concrete and specific practical issues. Climate change is an area where scholars from very different provenances should cooperate on equal terms, having in view a common, and really important, purpose – contribute to preventing great burdens and even the extinction of humankind and the destruction of hospitable and valuable non-human nature. (shrink)

The same attitudes that allowed a significant increase in the anthropogenic greenhouse gas (GHG) concentrations that are causing climate change are the same attitudes that are retarding an adequate ethical response to the impact that climate change is having on both human populations and the rest of the planet. The industrialized nations of the West paid little attention during the past three centuries to the impacts that their economies and cultures were having on the environment, both locally and (...) globally. There was an underlying belief that the planet could indefinitely absorb the wastes of manufacturing, and the natural resources that were fuelling industrialization were seemingly endless if not actually .. (shrink)

The study of Enrici et al. (2023) in Ecology and Society [1] is one of a few in-depth discussions of the significance of money on how people (including academics, politicians, and residents) understand the impact of humans on the environment. These insights are critical, especially given the urgency of understanding anthropogenic influences on the ecosystem in the face of the unpredictable dangers of climate catastrophe.

Within philosophy there has been little discussion of the risks associated with natural events such as earthquakes. The first objective of this paper is to demonstrate why such risks should be the subject of more sustained philosophical interest. We argue that we cannot simply apply to risks associated with natural events those insights and frameworks for moral evaluation developed in the literature considering ordinary risks, technological risks and the risks posed by anthropogenic climate change. The second objective of this (...) paper is to identify and develop a framework for the moral evaluation of the source of the risks associated with natural events, or the actions which sustain and impact such risks. Our discussion concentrates on the ways the construction and modification of built and natural environments can alter the probability of occurrence of natural events and the character and magnitude of the impact that such events have. We then argue for the need to develop a standard of reasonable care for decisions about the built and modified natural environment, which accounts for technical and resource constraints, as well as the place of natural hazard mitigation in public policy. (shrink)

The construct of wellbeing has been criticised as a neoliberal construction of western individualism that ignores wider systemic issues such as inequality and anthropogenic climate change. Accordingly, there have been increasing calls for a broader conceptualisation of wellbeing. Here we impose an interpretative framework on previously published literature and theory, and present a theoretical framework that brings into focus the multifaceted determinants of wellbeing and their interactions across multiple domains and levels of scale. We define wellbeing as positive psychological (...) experience, promoted by connections to self, community and environment, supported by healthy vagal function, all of which are impacted by socio-contextual factors that lie beyond the control of the individual. By emphasising the factors within and beyond the control of the individual and highlighting how vagal function both affects and are impacted by key domains, the biopsychosocial underpinnings of wellbeing are explicitly linked to a broader context that is consistent with, yet complementary to, multi-levelled ecological systems theory. Reflecting on the reciprocal relationships between multiple domains, levels of scale and related social contextual factors known to impact on wellbeing, our GENIAL framework may provide a foundation for a transdisciplinary science of wellbeing that has the potential to promote the wellbeing of individuals while also playing a key role in tackling major societal challenges. (shrink)

While many aspects of human life are vulnerable to the impacts of climate change, values related to selfhood and community are among the most challenging to preserve. In what follows, I focus on the importance of values and valuing in climate change adaptation. To do so, I will first discuss two alternate approaches to valuing, both of which fail to recognise the loss of valued objects and practices that both of which help to generate a sense of self and (...) deserve to be respected and mourned. Ultimately, I argue that an approach to valuing that is responsive to change and open to loss will enable humans to be more resilient in the face of anthropogenic climate change, in order that we may move forward and construct selves that fit the context in which we live. (shrink)

Through the use of assisted reproductive technologies (ARTs), multiple children are born adding to worldwide carbon emissions. Evaluating the ethics of offering reproductive services against its overall harm to the environment makes unregulated ARTs unjustified, yet the ART business can move towards sustainability as a part of the larger green bioethics movement. By integrating ecological ethos into the ART industry, climate change can be mitigated and the conversation about consumption can become a broader public discourse. Although the impact of naturally (...) made children on the environment is undeniable, I will focus on the ART industry as an anthropogenic source of carbon emissions which lead to climate change. The ART industry is an often overlooked source of environmental degradation and decidedly different from natural reproduction as fertility centres provide a service for a fee and therefore can be subject to economic, policy and bioethical scrutiny. In this article, I will provide a brief background on the current state of human-driven climate change before suggesting two conservationist strategies that can be employed in the ART business. First, endorsing a carbon capping programme that limits the carbon emissions of ART businesses will be proposed. Second, I will recommend that policymakers eliminate funded ARTs for those who are not biologically infertile. I will conclude the article by urging policymakers and all those concerned with climate change to consider the effects of the reproductive technologies industry in light of climate change and move towards sustainability. (shrink)

The study of the essence of the sustainable tourism, transformation of the modern functions of global tourism, rethinking of its basic principles made it possible to form the conceptual framework of the sustainable tourism. The conditions for promotion of the sustainable tourism to the world market and the factors of impact on its development in the global economy have been determined. The technique for calculation of the tourism sustainability index, taking into account the anthropogenic factor, was improved.

That the Arctic is undergoing transformative changes driven in large part by external forces is no longer news. The high latitudes of the Northern Hemisphere, which are not themselves significant sources of anthropogenic emissions of greenhouse gases (GHGs) or short-lived climate pollutants (such as black carbon soot), are experiencing effects attributable to climate change that are equal to or greater than those occurring in any of the planet's other large regions. Prominent among these effects are rising surface temperatures, a (...) deepening of the active layer of the permafrost, the collapse of sea ice, increases in the intensity of coastal storm surges made possible by the retreat of sea ice, the accelerated melting of the Greenland ice sheet, and the acidification of marine systems. The deposition of black carbon in the high north alone—almost 60 percent of which is thought to originate in Europe—appears to account for half or more of the increase in temperature occurring in the Arctic. Positive feedback processes, such as lowered albedo (that is, the capacity of Earth's surface to reflect incoming solar radiation back into space) following the melting of ice at sea and snow on land, have the effect of magnifying the impact of these external forces. Nowhere is the challenge of adapting to the impacts of climate change more urgent than in Arctic coastal communities confronted with the need to relocate to avoid physical destruction. And nowhere are the threats to individual species (for example, the polar bear) and whole ecosystems more severe than they are in the Arctic, where biophysical changes are outstripping the capacity of plants and animals to adapt to altered conditions. (shrink)

We identify two processes by which humans increase genetic exchange among groups of individuals: by affecting the distribution of groups and dispersal patterns across a landscape, and by affecting interbreeding among sympatric or parapatric groups. Each of these processes might then have two different effects on biodiversity: changes in the number of taxa through merging or splitting of groups, and the extinction/extirpation of taxa through effects on fitness. We review the various ways in which humans are affecting genetic exchange, and (...) highlight the difficulties in predicting the impacts on biodiversity. Gene flow and hybridization are crucially important evolutionary forces influencing biodiversity. Humans alter natural patterns of genetic exchange in myriad ways, and these anthropogenic effects are likely to influence the genetic integrity of populations and species. We argue that taking a gene-centric view towards conservation will help resolve issues pertaining to conservation and management.Editor's suggested further reading in BioEssays A systemic view of biodiversity and its conservation: Processes, interrelationships, and human culture Abstract. (shrink)

Like other science, technology, engineering, and mathematics fields, ecological research needs ethics. Given the rapid pace of technological developments and social change, it is important for scientists to have the vocabulary and critical-thinking skills necessary to identify, analyze, and communicate the ethical issues generated by the research and practices within their fields of specialization. The goal of introducing ethics education for ecological researchers would be to promote a discipline in which scientists are willing and able to engage in ethical questions (...) and problem solving, even if they do so inadequately at first. Practicing ecologists ought to be able to identify and critically evaluate the ethical dimensions of their field studies because ecologists are at the forefront of important interfaces between humans and other-than-human organisms and natural systems. They are among the first to identify the impact of anthropogenic changes to the environments. Rapidly changing local and global environments mean that ecologists will be on the front line of any efforts to create a sustainable lifestyle for humans on this planet. (shrink)

Mathematical modeling is a convenient way for characterization of complex ecosystems. This approach was applied to study the dynamics of zooplankton in Lake Sevan (Armenia) at different stages of anthropogenic eutrophication with the use of a novel method called discrete modeling of dynamical systems with feedback (DMDS). Simulation demonstrated that the application of this method helps in characterization of inter- and intra-component relationships in a natural ecosystem. This method describes all possible pairwise inter-component relationships like “plus–plus,” “minus–minus,” “plus–minus,” “plus–zero,” (...) “minus–zero,” and “zero–zero” that occur in most ecosystems. Based on the results, a working hypothesis was formulated. It was found that the sensitivity to weak external influence in zooplanktons was the greatest during the mid period of eutrophication in Lake Sevan, whereas in the final stages of eutrophication, an outbreak in the biomass production of cyanobacteria was evident. To support this approach, a weak external disturbance in the form of magnetic storm was used to see its effect on species Daphnia longispina sevanica. A statistically significant correlation between the frequency of magnetic storms and the number of this species was revealed and an increase in the number of toxic cyanobacteria species as a consequence of eutrophication. This paper, for the first time, suggests a DMDS method, to diagnose impact of anthropogenic eutrophication on environment. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:CALL FOR PROPOSALS TRAUMA AND HEALING 12TH EAST-WEST PHILOSOPHER’S CONFERENCE MAY 24-31, 2024 The 12th East-West Philosopher’s Conference will explore the many dimensions of trauma and healing. While trauma can be physical, it can also be psychological, social, political, economic, and cultural—encompassing the immediate effects of global pandemics, the ongoing impacts of ethnic and gender bias, the intergenerational legacies of colonization and geopolitical strife, and the planetary ramifications (...) of anthropogenic climate disruption. Ours is an era in which differences of histories, cultures, and identities are engaged as sources of insight, but also one of retrenchment—a period of relational appreciation, but also one of schism. The global scientific community’s response to the COVID-19 pandemic was a stunning example of human potential for empathetic collaboration in the face of global personal and public health trauma. Yet, the economic trauma of the pandemic has resulted in crumbling international alliances, deepening trade wars, and an unfortunate collective reinvestment in zero-sum endgame framings of geopolitics against which there is no vaccination and through which the terms of healing have become delinked from the restoration of global wholeness. These traumas do not stop shaping our lives when the immediate danger comes to an end. Traumatic pain remains stored in the memories of peoples and individuals, it populates their imagination and shapes horizons of possibility. Thus a philosophical exploration of trauma and healing is not only diagnostic of current problems but also a form of genealogy. We invite participants to reflect upon the relational complexity of both trauma and healing, critically and historically engaging concrete occurrences of trauma while also drawing out theoretical insights regarding healing that strengthens and empowers and resists the forms of personal and social amnesia that make the repetition of trauma so tragically common. Of special interest are panels and papers that explore the trauma and healing at all scales from the interpersonal, to the relational traumas experienced by nations at war and cultures in conflict, thus addressing the interplay of the private and public spheres, of ethics and economics, of the human and the natural sciences, and among disciplines, classes, genders, and generations. Panel and paper proposals are encouraged that explore trauma and healing during the ongoing COVID-19 pandemic, the trauma of refugees, displaced and colonized peoples, trauma and healing in personal relationships, climate change as a form of trauma to the planet and its people, trauma and healing related to issues of gender and sexuality, and how philosophers of all traditions, ancient and modern, cross-culturally deal with trauma and healing. KEYNOTE PRESENTERS: Jin Y. Park, Chair of Philosophy and Religion at American University, Washington DC, “Translating Violence.” Ato Quayson, Jean G. and Morris M. Doyle Professor of Interdisciplinary Studies at Stanford University, CA, “The Ethnography of the Private Sphere: Trauma, Domesticity, and Healing in the Work of Toni Morrison.” We invite proposals for individual papers and panels. Please submit a 250-300 word abstract to the Conference organizers via: ewpc2024@gmail.com. Submission Timeline: November 1, 2023 Notifications of acceptance for abstracts and panel proposals received by November 1 will be sent out by December 15, 2023. We have established an early submission timeline to facilitate faculty applying to their own institutions for travel funding. Abstracts received after November 1, 2023, will be vetted as received, taking into consideration the late submission. The absolute deadline for abstract submissions is March 15, 2024. After this, we will not be able to accommodate additional proposals. Final Papers Due: April 15, 2024 CONFERENCE REGISTRATION AND LOGISTICS: Hosted in keeping with the Hawaiian Islands’ spirit of aloha, breakfast and lunch will be provided for all registered presenters, as well as an opening reception and final dinner. The Conference does not provide lodging or travel support, but economical lodgings of various kinds are readily available in Honolulu. ABOUT THE EAST-WEST PHILOSOPHER’S CONFERENCE: The East-West Philosophers’ Conference series is the premier forum for convening philosophers from across the academy who are committed to cross-cultural inquiry. The Conference is the oldest continuous international gathering in Hawai‘i and has been a model of productive collaboration between the University of Hawai‘i at... (shrink)

Human migration has long been a type of adaptive response to climatic conditions and environmental pressures. However, anthropogenic climate change threatens to exacerbate vulnerabilities and impact adaptive capacity. Climate change impacts human mobility by way of long-term climate processes as well as sudden events whose intensity and frequency are exacerbated. Climate-related mobilities include the range of outcomes that result from climate change’s impacts on human mobility. The effects of climate change on human mobility are diverse. They include (...) various types of movement, including movement within borders as well as external or cross-border movement. Such mobility outcomes also include various degrees of agency in whether people can choose to move. Furthermore, climate change can impact whether humans will move more or will move less. Instances of immobility also vary with regards to agency in decision making, with some populations choosing to stay in vulnerable locations while others may be “trapped.” Vulnerability and adaptive capacity under conditions of climate change depends on the interaction of climate impacts with political social, cultural, economic, and additional factors. The heterogeneity of climate-related mobility outcomes and the difficulty in determining the scale and scope of the impact on human well-being raises a number of practical and normative challenges. The chapter examines and compares a range of normative frameworks that address the moral problem of climate change’s impacts on human mobility. These approaches articulate the nature of the moral problem, identify the rights that are violated and the associated harms of displacement, and identify correlative obligations to those who are vulnerable to climate-related impacts. The chapter concludes by suggesting further directions normative theorizing about climate-related mobilities can take considering the complex challenges the phenomena poses for the international state system. (shrink)