what is the ontology of planets?Our access point to this question is the ontology of planet Earth. Although the presence of life marks planet Earth as special among other planets, Earth shares a basic commonality with them – namely, its material existence. We take this commonality as a point of departure for our reflections on the ontology of both planet Earth and other planets. In this chapter, we ask for the ontology of this materiality of planets. We (...) consult the ontology of planet Earth as I developed it in an earlier contribution (Blok, 2019), explore the ontology of planets as absolute boundary of the natural habitats on Earth, and reflect on the opportunities and limitations such ontology provides for future human colonies on other planets. (shrink)

Earth, Life & System: Evolution and Ecology on a Gaian Planet explores the multiple themes of Lynn Margulis's science: microbial evolution, ecology and symbiosis, the coupled interactions of environment and life in Gaia theory, and the connections of these newer scientific ideas to cultural and creative productions.

The author develops the claim that humans characteristically maintain a sense of protectedness by creating various forms of metaphysical illusion, replacing the tragic finitude and transience of human existence with a permanent and eternally changeless reality. One such illusion forms around planet earth itself, transformed into an indestructible metaphysical entity. It has become increasingly difficult, in the face of the ravages of climate change, to maintain the illusion of earth’s indestructibility, and with it, a sense of safety. The author (...) refers to the feelings evoked by the crumbling of metaphysical illusion as Apocalyptic anxiety¬—the dread of the end of human civilization. This Apocalyptic dread needs to be confronted (not evaded) in a comportment of dwelling—with our vulnerable planet and with our vulnerable fellow human beings. (shrink)

An omnipresent, non-local/non-analytical energy that pervades everything enters the Universe through all infinitesimal points. Without determining its origin, our approach is to explain our gravity theory based on Einstein’s relativity theory and the behavior of space-time flow. This influx occurs continuously throughout all of space-time, making the universe expand. Our theory presents two kinds of expansion: (PUE) space-time primary universal expansion and the (VME) virtual matter expansion that occurs with the interaction of space-time with the matter. The internal space-time in (...) atoms produces a virtual slight broadening of the matter’s atoms. From our frame of reference, we can only distinguish the perturbation that occurs to the (PUE) primary universal expansion if it encounters matter. This perturbation finally is restored by a Gaussian distribution at the spherical environment. We call it the (STD) Space-time accelerated displacement. It is the inertial-gravity field. Thus, matter expands by the superposition of atoms (molecules). The accelerated expansion increases proportionally to the number of atoms that radially constitute matter. The effect is manifested immensely increased in the surface of the stellar objects. Then the surface of the massive stellar objects pushes and displaces the object’s external surrounding space-time. The acceleration of the (STD) space-time displacement decreases with the radius squared from the center of mass as it is distributed concentrically. The acceleration we feel at the Earth’s surface is permanently fixed, because when space expands, time also proportionally expands. The associated speed (ds/dt) is immersed in the accelerated expansion of space-time; the time base is the same as the acceleration of the PUE (space-time primary universal expansion) (d2s/dt2). Otherwise, in a short time, this acceleration and its associated velocity would reach the speed of light. Our theory introduces a different concept: “repulsion instead of attraction”. The expansion of space-time produces gravity instead of counteracting it. Finally, we explain using this gravity theory: Earth’s oceans, creating tidal bulges on opposite sides of the planet. (shrink)

This book encourages readers to acknowledge humanity's contribution to the environmental crisis, proposing a way forward by exploring the power of ordinary people to bring about large-scale cultural change. Is it possible for humankind to change its ways and shed the belief that the planet is ours to do with as we like? Internationally acclaimed philosopher of education Jane Roland Martin argues that "humancentrism" is a learned affair, and what is learned can be unlearned. Turning to the past to (...) see how large-scale cultural change has occurred, she discovers a pattern in the achievements of such historical luminaries as Martin Luther, Mahatma Gandhi, Rosa Parks and Greta Thunberg that we too can follow. Drawing on history, philosophy, and literature as well as the natural and social sciences and hoping to mobilize readers to effective action, Martin employs an accessible and powerful rhetoric, with each chapter beginning with a scene from history written in dialogue form. This book calls on young and old to avert a looming tragedy of Aristotelian proportions--the demise of the "Mother Nature" that made it possible for our species to flourish. Thoroughly interdisciplinary in its approach, it will appeal to students and teachers as well as general readers interested in environmental studies, philosophy, and education. (shrink)

The earth, the abode of the only form of intelligent life in the universe of which we are aware, is a minor member of a system of nine planets, 40 or so moons and about 100 billion asteroids orbiting around the Sun, an average-size member of the 100-billion-star community making up our galaxy, the Milky Way. It is the third planet to the Sun, which it orbits, following an almost circular elliptical path maintaining an average distance of 1.5×108 km, (...) with the longest and the shortest radii now being 1.53×108 km and 1.47×10 km respectively (Fig. 1). This orbit is subject to changes in its “eccentricity” (i.e., in how much it deviates from a circle) with periods of 105 and 4×10 years5 years (Fig. 2A). In addition, the elliptical orbit itself slowly rotates as shown in Fig. 2B, in what we call the precession. (shrink)

The discovery of Earth-sized extrasolar planets orbiting distant stars will merit an expansion of the sphere of entities worthy of moral consideration. Although it will be a long time, if ever, before humans visit these planets, it is nevertheless worthwhile to develop an environmental ethic that encompasses these planets, as this ethic reflects on our view of life on Earth and elsewhere. A particularly significant case would be a planet that displays spectroscopic signatures of life, although the discovery of (...) many lifeless planets might itself intensify the value of life on Earth. A derivation of Schweitzer’s general principle of “reverence for life” and similar frameworks are appropriate ethics with which to view extrasolar planets. The development of an ethical framework for extrasolar planets might provide a means to fashion a deeper and more effective environmental ethic for Earth’s biosphere. (shrink)

Bringing together ecology, evolutionary moral psychology, and environmental ethics, J. Baird Callicott counters the narrative of blame and despair that prevails in contemporary discussions of climate ethics and offers a fresh, more optimistic approach.

The Overview Effect is the commonly reported experience of astronauts viewing planet Earth from space, and the subsequent reflection on, and processing of this experience. The Overview Effect is associated with feelings of awe, self-transcendence, and a change of perspective and identity that manifest themselves in taking steps towards protecting the fragile ecosystem. In the current study, we investigated whether the Overview Effect can be obtained in school children when simulated using virtual reality and whether the effect has a (...) positive impact on learning gains. Using questionnaires and attention data in an existing simulation environment used in the school system, we showed that the virtual reality simulation elicits an Overview Effect experience. Moreover, the experience yields learning gains in the domain of astrophysics. These findings are in line with past evidence regarding the positive impact of awe on learning and can be used to support further investigations of the relation between the Overview Effect and behavioral changes, specifically for educational purposes. (shrink)

This article allies the 1997 PlayStation video game Final Fantasy VII with Slavoj Žižek’s writings on ecology to critique the area of legal philosophy known as ‘earth jurisprudence’. Earth jurisprudents argue that law bears a large part of the responsibility for humanity’s exploitation of the environment, as law helps to bar nature from subjectivity. However, as Žižek warns—and as FFVII illustrates—the desire for meaning incites people to manufacture a harmonious vision of nature that obscures the chaotic forces at work in (...) the environment and ultimately absolves humanity of responsibility towards the world. Therefore, earth jurisprudence’s program of using legal rights to limit human intervention should be rejected in favour of an approach that enables people to take an active role in addressing the ecological crisis. (shrink)

This book joins a small number of efforts in the last decade to present the complex scientific issues of geomagnetism to a broader, semi-technical audience. The author approaches this goal more closely than most scientists and science writers. He specifically eschews mathematical equations knowing that even one equation leads some readers to give up trying. He offers instead a mix of description and story-telling, the former directed at phenomena and procedures, the latter drawn mostly from personal experience.As Merrill notes, his (...) wife insisted that he “explain the material in a way she could understand it” (vii). A virtue of this is an enforced candor often obscured by mathematics, even in semi-popular accounts. This is most clear in addressing fundamental questions, such as when he asks what produces the magnetic field of magnets. In a paragraph that begins with a simple bar magnet, the author successively halves the magnet until he has only an electron remaining. This he calls a po. (shrink)

Abstract:The Wilderness Act characterizes wilderness as "an area where the earth and its community of life are untrammeled by man…" How crucial to the idea of wilderness is its location on our home planet? If an extraterrestrial community of life were discovered, it would certainly be untrammeled by man. Does it make sense to extend the idea of wilderness to encompass other planets and their potential ecosystems? Many values are associated with wilderness, supporting arguments for the need to preserve (...) or protect it. Some arguments seem readily applicable to extraterrestrial habitats, while others may be specific to Earth. I offer an overview of values attributed to wilderness, and consider the extent to which these values may or may not apply beyond the Earth. Following Rolston's claim that nature is not only of value, but a source of values, extraterrestrial wildernesses can be esteemed as instances of a cosmic evolutionary process. (shrink)

For most people on our planet, spiritual values are vital in driving communitarian behaviour. It is becoming increasingly clear that a lasting and effective social commitment must consider cultural, sociological and religious dimensions. In particular, the current environmental crisis has demonstrated how effectively religious communities have mobilised to respond to climate change. With their emphasis on wisdom, social cohesion and interrelationships, religions can be a strategic player in ensuring effective integral human development. The ecological crisis is not just an (...) ethical dilemma but an ontological and theological matter that demands both a new way of thinking and a new way of being. Think differently and act differently! The United Nations (UN) and many governments are increasingly recognising the vital contribution of religious leaders and organisations in political processes, such as the 2030 Agenda for Sustainable Development, hypostasised in the Faith Plans for People and Planet programme, representing the most prominent and boldest environmental initiative to date by the global faith community. -/- Contribution: Today we realise that a combination of science and spirituality can engage and empower an array of stakeholders from different cultural and religious backgrounds. This article addresses the question of an integrated ecology by selecting appropriate and recent literature from mainstream religions and the subsequent interpretation and application. (shrink)

Aiming to provide an accessible introduction to critical changes in the biosphere that have occurred since the origins of life, this text presents an integrated view of our planet's evolution. Fifteen scientists reflect on major events in the history of the Earth.

Rev. and expanded ed. of: How to build a habitable planet / Wallace S. Broecker. 1985.

Geocentric Greek astronomers called seven heavenly bodies visible to the naked eye (sun, moon, Mercury, Venus, Mars, Jupiter, and Saturn) πλανητες—wanderers—because unlike all the other αστρα, their relative positions were constantly changing. While the Romans changed the Greek names of the individual planets to those still in use, they retained the generic name, which now occurs in many European languages. In acentric modern astronomy a planet is a satellite of a star. In addition to the five actual planets known (...) to the Greeks, Earth, Uranus, and Neptune also orbit the sun, a smallish star about half the distance from the centre of the Milky Way to its outer reaches. Earth is the only planet on which life is known for certain to exist. The search is on for concrete evidence of existing or formerly existing life on Mars (Dunbar B. et al. Perseverance Mars rover. NASA. https://www.nasa.gov/perseverance. Retrieved 06/16/2021, 2021). Technology for detecting the chemical signature of life in the atmospheres of some planets of other stars may become available in the near future (Fujii Y. et al. Astrobiology 18 (6): 739–778, 2018)—proving a point made by (Lovelock J. Gaia: A new look at life on earth. Oxford University Press, New York, 1979) that life is a whole-planet phenomenon. That is, the Earth does not just harbour or support life; it has a life of its own. The Earth is a living planet in relationship to which individual organisms are as ephemeral cells (Vernadsky VI. Am Sci 33:1–12, 1945). (shrink)

Critically engaging the work of Immanuel Kant, Hannah Arendt, Martin Heidegger, and Jacques Derrida together with her own observations on contemporary politics, environmental degradation, and the pursuit of a just and sustainable world, Kelly Oliver lays the groundwork for a politics and ethics that embraces otherness without exploiting difference. Rooted firmly in human beings' relationship to the planet and to each other, Oliver shows peace is possible only if we maintain our ties to earth and world. Oliver begins with (...) Immanuel Kant and his vision of politics grounded on earth as a finite surface shared by humans. She then incorporates Hannah Arendt's belief in plural worlds constituted through human relationships; Martin Heidegger's warning that alienation from the Earth endangers not only politics but also the very essence of being human; and Jacques Derrida's meditations on the singular worlds individuals, human and otherwise, create and how they inform the reality we inhabit. Each of these theorists, Oliver argues, resists the easy idealism of world citizenship and globalism, yet they all think about the earth against the globe to advance a grounded ethics. They contribute to a philosophy that avoids globalization's totalizing and homogenizing impulses and instead help build a framework for living within and among the world's rich biodiversity. (shrink)

The environmental crisis is global in scope, yet contemporary environmental ethics is centered predominantly in Western philosophy and religion. _Earth's Insights_ widens the scope of environmental ethics to include the ecological teachings embedded in non-Western worldviews. J. Baird Callicott ranges broadly, exploring the sacred texts of Islam, Hinduism, Jainism, Taoism, Confucianism, and Zen Buddhism, as well as the oral traditions of Polynesia, North and South America, and Australia. He also documents the attempts of various peoples to put their environmental ethics (...) into practice. Finally, he wrestles with a question of vital importance to all people sharing the fate of this small planet: How can the world's many and diverse environmental philosophies be brought together in a complementary and consistent whole? (shrink)

Hosting Earth is a timely and much-needed volume in the emerging literature of environmental philosophy, drawing upon art, science, and politics to explore alternatives to the traditional domination of nature by humans. -/- Featuring a dialogue with Mary Robinson (former UN High Commissioner for Human Rights and former President of Ireland), which addresses the current climate emergency, this book engages the question of ecological hospitality: what does it mean to be guests of the earth as well as hosts? It includes (...) chapters by cutting-edge scholars in the philosophy of nature, as well as artists, scientists, psychologists, and theologians. The contributors discuss proposals for a new "Poetics of the Earth," opening horizons beyond our perilous Anthropocene to a new Symbiocene of mutual collaboration between human and non-human species. -/- Focusing on the central role that the human psyche plays in answering our current ecological emergency, Hosting Earth is for anybody invested in the future of our planet and how psychological, psychoanalytic, and philosophical thought can reorient the current conversation about ecology. (shrink)

Larry L. Rasmussen offers a dramatic new way of thinking about human society, ethics, and the health of our planet. Rejecting the modern ethical assumption that morality applies to human society alone, Earth-honoring Faith argues that we must derive a system of ethics and morality that accounts for the wellbeing of all creation on Earth.

Earth is the home planet, right for life. But rights, a notable political category, is, unfortunately, a biologically awkward word. Humans, nonetheless, have rights to a natural environment with integrity. Humans have responsibilities to respect values in fauna and flora. Appropriate survival units include species populations and ecosystems. Increasingly the ultimate survival unit isglobal; and humans have a responsibility to the planet Earth. Human political systems are not well suited to protect life atglobal ranges. National boundaries ignore important (...) ecologicalprocesses; national policies do not favor an equitable distribution of sustainable resources. But there are signs of hope. (shrink)

ABSTRACT:Planet Earth and its growing human population are challenged by the health impacts of industrial policies that drive global emissions production and cause climate change. The health-care industry has capacity and responsibility to adopt environmentally sustainable policies and practices. Bioethicists have a responsibility to support environmental sustainability through their clinical, research, educational, and policy work. They communicate complex ideas to diverse stakeholders and can communicate similarly to improve understanding about emissions and the value of environmentally sustainable policy. A growing (...) bioethics literature addresses climate change in collaboration with human and veterinary medicine and other disciplines. Pursuing environmental sustainability with the vigor that made autonomy a norm would help to reduce global emissions production in health care and make it a role model for other industries. Making environmental sustainability a health-care norm would be as significant an accomplishment as doing so for individual autonomy. (shrink)

Quentin Meillassoux’s call for realism is a call for a new interest in the Earth as un-correlated being in philosophy. Unlike Meillassoux, Martin Heidegger has not been criticized for being a correlationist. To the contrary, his concept of the Earth has to be understood as un-correlated being, as it is opposed to the world as correlated being. First, this interpreta­tion of Heidegger’s concept of the Earth solves various problems of interpretation that are present in the secondary literature. Second, Heidegger’s characterization (...) of the Earth in the end remains unthought in his work. Third, in the age of global warming Meillassoux’s call for realism can help to conceive planet Earth as the ontic-ontological origin of the Heideggerian strife between Earth and world. (shrink)

This chapter contains sections titled: Introduction Object and Aims of Earth Science The Autonomy of Earth Science Explanation in Earth Science Conclusion Acknowledgment References.

When it comes to specifying the moral duties we bear towards future generations, most political philosophers position themselves on what could be regarded as a safe ground. A variant of the Lockean proviso is commonplace in the literature on intergenerational justice, taking the form of an obligation to bestow upon future people a minimum of goods necessary for reaching a certain threshold of well-being (Meyer, 2017). Furthermore, even this minimum is often frowned upon, given the non-identity problem and the challenges (...) this presents to the topic of justice between generations. Additional issues are raised at the level of non-ideal theory, the most significant being the problem of non-compliance (Gosseries and Meyer, 2009).In this paper I intend to probe the limits of “practical political possibility” (Rawls 1999), by inquiring whether embracing the sufficiency view (Frankfurt, 1987; Crisp, 2003; Benbaji, 2005) as a distributive pattern and capabilities as a metric can lead to more burdensome obligations for present generations. More specifically, I try to show that we have a duty to invest in research that aims at prolonging the lifespan of humans (the idea can already be found in the sufficientarian literature, for instance in Farrelly, 2007). Moreover, given the Earth’s limited resources, we ought to encourage the terraforming of other planets in order to make them inhabitable for (future) people.I argue that these two seemingly far-fetched projects are in fact worthwhile goals to pursue on the one hand, and moral obligations on the other hand. Nonetheless, they are not the only ones we ought to take on; for instance, we must simultaneously pursue them and try to improve the prospects of those who fall under a sufficiency threshold here and now. That is, specifying these (prima facie) duties towards future generations is connected with stronger obligations towards the current generation.Towards the end of the paper I engage in a discussion regarding the role of the feasibility constraint in a theory of justice, as rationales pertaining to feasibility are perhaps going to be the most recurrent criticisms raised against my proposal. To that end, I defend limitarian policies, which aim at setting an upper limit to how much money individuals are allowed to possess (Robeyns, 2017; Volacu and Dumitru, 2019). (shrink)

The following story is about the Venerable Mahā-maudgalyāyana,[2] an enlightened disciple of the historical Buddha Śākyamuni. Mahā-maudgalyāyana travels to a distant solar system, to a planet which is inhabited by giant people, and on which there is also a Buddha with disciples practicing under his guidance. The story, which brings to mind Swift’s Gulliver in the land of the giants, is remarkable in many respects. The Buddha and Mahā- maudgalyāyana both probably lived during the fifth and sixth centuries BCE. (...) In the European West, until the time of Galileo (1564-1642), most educated people thought the whole cosmos rotated around the earth and consisted of the sun and seven planets. They did not realize that the stars were other suns. This story here related shows that 2,500 years ago, Buddhists were aware of a vast cosmos filled with suns and planets and sentient life. Contemporary, scientifically oriented people often have a tendency to dismiss non-Western cosmologies as limited, primitive, and distorted myths, in the negative sense of that word. In this story we are presented with a cosmology that seems much closer than the Western pre-Galilean view to the contemporary scientific view of the physical universe. Of course the assertions about the spiritual powers of the Buddha and Mahā-maudgalyāyana and the size of the people on the distant planet do not merge so easily with contemporary scientific, materialist mindsets. (shrink)

What is astro-culture? In The Babylonian Planet it is unfolded as an aesthetic, an idea, a field of study, a position, and a practice. It helps to engineer the shift from a world view that is segregated to one that is integrated - from global to planetary; from distance to intimacy and where closeness and cosmic distance live side-by-side. In this tour de force, Sonja Neef takes her cue from Edouard Glissant's vision of multilingualism and reignites the myth of (...) the Tower of Babel to anticipate new forms of cultural encounter. For her, Babel is an organic construction site at which she fuses theoretical analysis and case studies of artists, writers and thinkers like William Kentridge, Orhan Pamuk and Immanuel Kant. Her skilful interrogations then allow her to paint a portrait of art and culture that abolishes the horizon as a barrier to vision and reclaims it as a place of contact and relation. By combining the Babylonian concept of the encounter and the planetary concept of the whole-earth, Neef creates a space - an astro-culture - in which she can examine topics as varied as language, translation, media, modernity, migration and the moon. In doing so, she instigates a renewed cultural understanding receptive to the kinder forms of cultural encounter and globalisation she hopes will come. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Breaking EarthAlexis Rider (bio) and Paul A. Harris (bio)“He takes all that, the strata and the magma and the people and the power, in his imaginary hands. Everything. He holds it. He is not alone. The earth is with him. Then he breaks it.”― N. K. Jemisin, The Fifth SeasonBreaking Earth, a collection of visual and written essays brought together for this special issue of SubStance, is a disruptive (...) engagement with concepts and terms that have become touchstones for the geologic/planetary turn in the inhumanities. The project took initial inspiration in conversations the co-editors had about N. K. Jemisin’s Broken Earth trilogy, in which geologic and human power interweave in complex webs among bodies born of chiasmic crossings of Anthro-progeny and Geo-orogeny. Conceived as a companion almanac to Jemisin’s trilogy—though references to that work are intentionally oblique—the volume pursues new ways of reading, and being with, the geos of this planet. In doing so, Breaking Earth seeks to reframe and deepen the discussions, both historical and philosophical, around the relationship between geology and humanity.The notion of the Anthropocene has, for several decades, monopolized said discussions. Since its articulation in the early 2000s, the concept has been equal parts galvanizing and problematic in thinking with the Earth (Crutzen). Proposed by an atmospheric chemist, incorporated (with caveats) into the geologic deep time of the planet by geologists, and taken up with vigor by humanists, social scientists, and artists, the Anthropocene has, for better or worse, broken significant new ground in Earth-oriented thought.The term’s core proposals—that humans are a geologic force and we have entered a wholly new period of Earth history—has compelled scholars to engage with a geologic tradition of mapping and classifying the history of said forces along a temporal scale. This tradition—exemplified in the International Chronostratigraphic Chart (ICC) below (Figure 1)—relies on the translation of messiness and difference into abstracted orderly categories of strata and type. Of course, no geologist would claim that the ICC is a direct representation of the materiality of the rocky Earth we live on, so full of faults, fissures, and unconformities. But as writers, [End Page 3] artists, and activists have made clear, the repositioning of humans-as-strata is far riskier than imposing abstract order on a cliff face: it dangerously flattens out the messiness of human history and difference—obfuscating the uneven histories of extraction and oppression to which the mining of geophysical energies and resources is so clearly bound. The Anthropocene has therefore helped reveal the immense pitfalls of conflating a species with the geologic, and made clear the need for humanists—both within the academy and beyond—to develop a language and method for thinking about the changing Earth. Click for larger view View full resolutionFigure 1.International Chronostratigraphic Chart (ICC), International Commission on Stratigraphy, 2023, www.stratigraphy.org.At the same time, the very act of attempting to identify the Anthropocene within stratigraphic nomenclature has usefully challenged old and brittle binaries. Contemporary rhetoric around how to conceive of change—backed often by disciplinary boundary-keeping—exemplifies such divisions. Take, for example, the grammatical distinction between political, social forces and physical, environmental forcings (Hulme). These seemingly inane suffixes recast agency and allow the natural and social worlds to exist in two separate spheres (albeit ones that overlap via extraction) where human action is more wholly filled with intent. Breaking this distinction via a reconceptualization of geologic agency underpins [End Page 4] what scholars, including Pratik Chakrabarti and Kathryn Yusoff, have been articulating so clearly: rocks have politics. To unpack this carefully and fully, however, requires moving beyond the collapse of anthropos into geos: there is too much texture, history, and action lost in such a sweeping and simple formulation.This collection takes these problematics of the Anthropocene as self-evident: it critically engages with the chronostratigraphic logic that implicitly upholds a view of time, history, and knowledge which operationalizes the extractive carbon capital economies fueled by colonialism and slavery. This assertion bears emphasizing, given the announcement from the Anthropocene Working Group (AWG) in the summer of 2023 that the origin of... (shrink)

We need a new philosophy of the earth. Geological time used to refer to slow and gradual processes, but today we are watching land sink into the sea and forests transform into deserts. We can even see the creation of new geological strata made of plastic, chicken bones, and other waste that could remain in the fossil record for millennia or longer. Crafting a philosophy of geology that rewrites natural and human history from the broader perspective of movement, Thomas Nail (...) provides a new materialist, kinetic ethics of the earth that speaks to this moment. Climate change and other ecological disruptions challenge us to reconsider the deep history of minerals, atmosphere, plants, and animals and to take a more process-oriented perspective that sees humanity as part of the larger cosmic and terrestrial drama of mobility and flow. Building on his earlier work on the philosophy of movement, Nail argues that we should shift our biocentric emphasis from conservation to expenditure, flux, and planetary diversity. Theory of the Earth urges us to rethink our ethical relationship to one another, the planet, and the cosmos at large. (shrink)

A common metaphor on our planet portrays it as a rescue boat for life that travels in an endless see of cosmic darkness. If this metaphor is to be considered a precise one, this would mean that the earth is the only chance for life to survive the journey – at least as far as animal life is concerned. Apart from this, however, the metaphor implies that our planet is also very fragile, and that its carrying capacity is (...) limited. Now, imagine that this boat is invulnerable to external threats; imagine, also, that it is self-sufficient and self-regulated. It is only a tiny fraction of its numerous passengers that has the power to put in danger the boat’s safety: they can do this either by multiplying uncontrollably and thus adding excessive weight to the boat, or by undertaking certain actions that could completely destroy the boat, and this despite the palpable fact that the boat’s failure will unavoidably lead all passengers to their doom, the saboteurs included. What should be done with such a bunch of foolish saboteurs, then? Why shouldn’t they just be forced out into the sea? Well, here comes an impossible inconvenience: the only ones who are entitled to judge this – and the only ones who can execute the sentence – are these very same saboteurs. (shrink)

David Eso and Kay Burns edition of philosopher Leo Ferraris previously unpublished 1973 manuscript brings to light a long forgotten satirical work, which, in an age of fake news, possesses renewed relevance. The editors contextualize The Earth is Flat! for the reader with a scholarly introduction and a humorous Forewarning. Author, Leo Ferrari, draws on his extensive knowledge of classical thought and its key figures to present a history of ideas that is sometimes accurate, sometimes speculative. Speculative or alternative aspects (...) of this history support his Flat Earth theme, as do a number of scientific experiments outlined, which the reader is encouraged to try. He traces the conflict between Globularist and Planoterrestrial beliefs from antiquity to his contemporary moment of the early 1970s, marked by space exploration. Later chapters chart the activities and philosophies of the Flat Earth Society of Canada, including Ferraris experience on the lecture circuit and in media platforms. The authors method is to blur the line between seriousness and humour and to show that intellectual work can also be good fun. He uses the idea of a spinning, spherical planet to symbolically represent the alienating effects of technological modernity. (shrink)

Our earliest mythologies tell us we all start as a little bit of dirt. These stories carry a profound message: each of us is born with a deep and abiding connection to the earth, one that many of us have lost touch with. The Silent Spring for today's environmental activists, this book offers an invitation to reestablish our relationship with nature to repair our damaged environment. Chapter 1 examines the threats to the planet's health through the lens of the (...) human energy system known as the chakras, describing how the broken first chakra relates to our disconnection from our biosphere. Chapter 2 shows how our current environmental crises--global warming, climate change, dwindling water resources, natural disasters such as wildfires and hurricanes--represent severe manifestations of our disconnection from the earth. Chapter 3 describes how the preponderance of oil in our culture--especially agribusiness--compounds this disconnection, from our dependence on other countries for our energy, to current issues of oil depletion, peak oil, and fracking, to the dumbing down of our agricultural polyculture. Chapter 4 explains how the most basic building blocks of our nourishment--seeds--are being compromised with a loss of biodiversity and rise of GMOs, and how that adversely affects the farmers whose sacred connection to the land has in many cases been severed. Chapter 5 describes the ways in which we as individuals can begin to wake up to climate activism as a spiritual practice. This chapter includes specific activities that you can use to implement change and heal your own connection to the earth. By learning and practicing ritual and understanding the earth's rhythms and seasonal rites of passage, each of us can find unique ways to heal our own connections and help others heal theirs. Chapter 6 looks at stories of how people are responding to their inner callings with generosity, innovation, and dedication--exactly the traits our nation and our planet need now. (shrink)

Assigning the moniker stakeholder to the planet has stirred a rather interesting debate in recent years. Proponents have insisted that the Earth is both the ultimate source of economic resources and the ultimate sink for economic wastes, meaning that it “affects or is affected by the achievement of the organization’s objectives” (Freeman, 1984, p. 46). They have said that giving the Earth stakeholder status can effectively tie the ecological health of the planet to the economic survival of the (...) firm, and they have demonstrated this by focusing primarily on the economic benefits which can accrue to firms that effectively respond to the ecological concerns of regulators, consumers, investors, lenders, insurers, and so forth. However, others have questioned assigning the Earth stakeholder status. They have said that doing so convolutes the definition of stakeholder too much by expanding it to something other than “person[s] and groups” (Freeman, 1984, p. 46), and they have said that referring to the planet as a stakeholder is an idealistic view which defies the realities of the relationship between economic activity and the Entropy Law. Regardless of the side, the arguments in this debate have focused primarily at the economic level. Does the Earth’s central place in humanity’s economic survival suffice to give it stakeholder status? Does the Earth have voices on boards of directors? Is the underlying assumption made by those who advocate giving the Earth stakeholder status—that economic activity is ecologically sustainable—truly reflective of the relationship between economics and entropy? However, for us this debate took an interesting turn away from the economic level at the 1997 Ruffin Lectures in Business Ethics when Ian Mitroff said, “The Earth is a stakeholder, but it is a spiritual stakeholder.”. (shrink)

This thesis tells the story of a surprisingly difficult problem in gravitational physics: deriving and measuring the shape of our planet. Chapter 1 reconstructs the emergence of gravitational theories of planetary equilibrium figures and quantitative measurements of the Earth’s shape and surface gravity (c. 1660-1730). I show that early geodesists made substantial empirical progress despite deep theoretical disagreements about the nature of gravitation. Chapter 2 reconstructs how geodesy came to offer a decisive test of the interactive nature and compositionality (...) of gravitation (c. 1740-1825). I retell how Pierre-Simon Laplace established that the Earth’s external attraction is the resultant force of the mutual attractions between its constituent particles; a momentous but overlooked achievement in the history of gravitational physics. Chapter 3 traces the numerical conflicts in the measurement of the central quantity characterising Earth’s figure: its ellipticity. These conflicts persisted throughout the nineteenth century and complicated the coordination between geodetic models and measurements. Chapter 4 reconstructs how geodesists finally achieved convergent measurements of Earth’s ellipticity between 1880 and 1924. Jointly, the four chapters illustrate key steps in obtaining strong evidence for quantitative claims about a complex and partially inaccessible system: using measurements to initiate theoretical inquiry (chapter 1), using measurements to conduct severe tests of theoretical laws (chapter 2), using discordant measurements to study second-order phenomena (chapter 3), and using multiple alternative measures to identify the sources of persistent errors (chapter 4). (shrink)

Dry earth seems to its inhabitants (our intrinsic duplicates) just as earth seems to us, that is, it seems to them as though there are rivers and lakes and a clear, odorless liquid flowing from their faucets. But, in fact, this is an illusion; there is no such liquid anywhere on the planet. I address two objections to externalism concerning the nature of the concept that is expressed by the word 'water' in the mouths of the inhabitants of dry (...) earth. Gabriel Segal presents a dilemma for the externalist concerning the application conditions of the concept, and Paul Boghossian presents a dilemma for the externalist concerning the complexity of the concept. I show that, in both cases, the externalist may occupy the horn of his choice without departing from either the letter or spirit of externalism. (shrink)

Following the traces of a statement by Margaret Mead, emphasizing that the first photographic images of the Earth from space presented notions of fragility, the article contextualizes the recent critique of the dominant representation of the Earth as a globe that emerged in conjunction with the discourse on the Anthropocene. It analyses the globe as an image and the sentiments that accompanied it since the first photographs of our planet from space were published in 1968. The article outlines how (...) the cultural meaning of the whole Earth representation changed in parallel with the appropriation of the image by the large technological enterprises that emerged from US America’s counterculture. It returns to the possibility of a coexistence of ‘views from within’ and ‘views from without’ following a detour with Gregory Bateson via Bali and proposes a Cybernetics of Grace as a practice of resistance against pure exteriority. The article concludes by linking the Cybernetics of Grace with the second-order conversations of Gordon Pask. (shrink)