In May 2023, Fakhraee et al. published a research article titled “Ocean alkalinity enhancement through restoration of blue carbon ecosystems” in Nature Sustainability. In this essay, we discuss an assessment of the costs of restoring and maintaining the mangrove-seagrass ecosystems indicated in the article.

Recent years have witnessed growing concerns about how we should conduct conservation activities in a world of human-altered biophysical conditions. The ‘novel ecosystems’ perspective has emerged as a way to meet this challenge. Yet its focus on accepting ‘new natures’ as the ‘new normal’ has drawn much criticism from those wedded to conventional forms of conservation, such as ‘ecological restoration’. This paper: 1) provides a much needed review of this dispute; 2) formulates and deploys an original analytical framework, which (...) draws on Thomas Kuhn's ‘theoretical history’ of science and Charles Taylor's moral philosophy to extricate the entangled moral and material ontologies of nature which conflate facts with values in the world-building activities of disputants; and 3) identifies and examines the processes underlying these world-building activities. The paper closes by offering an initial suggestion on how to explore options for resolving this highly contentious debate. (shrink)

Restoring Layered Landscapes explores ecological restoration in complex landscapes, where ecosystems intertwine with important sociopolitical meanings.

Should we restore degraded nature, and if so, why? Environmental theorists often approach the problem of restoration from perspectives couched in much broader debates, particularly regarding the intrinsic value and moral status of natural entities. Unfortunately, such approaches are susceptible to concerns such as the baseline problem, which is both a philosophical and technical issue related to identifying an appropriate restoration baseline. Insofar as restoration ostensibly aims to return an ecosystem to a particular baseline state, and (...) depends upon clearly identifying this baseline for success, the very project of restoration appears impossible to get off the ground. Recasting environmental restoration in terms of obligations, instead of status, value, or worth, can avoid this and other classic challenges. If obligations to restore nature follow from intersubjectively validated reasons to justify our actions, we can salvage restoration from the threat of the baseline problem. (shrink)

Restoration ecology has recently emerged as a branch of scientific ecology that challenges many of the traditional tenets of environmentalism. Because the restoration of ecosystems, “applied ecology,” has the potential to advance theoretical understanding to such an extent that scientists can extensively manipulate the environment, it encourages increasingly active human participation within ecosystemsand could inhibit the preservation of areas from human influences. Despite the environmentally dangerous possibilities that this form of science and technology present, restoration offers an (...) attractive alternative for human interaction with the environment. I outline the primary claims that have been made for ecological restoration, examine inconsistencies with restorationists’ philosophical position,and propose a reassessment of the definition of restoration that may aid in the clarification and development of a system of environmental ethics that recognizes human relationships with the environment as potentially symbiotic and positive. (shrink)

Contemporary epidemiological methods testing the associations between green space and psychological well-being treat all vegetation cover as equal. However, there is very good reason to expect that variations in ecological "quality" (number of species, integrity of ecological processes) may influence the link between access to green space and benefits to human health and well-being. We test the relationship between green space quality and restorative benefit in an inner city urban population in Bradford, UK. We selected 12 urban parks for study (...) where we carried out botanical and faunal surveys to quantify biodiversity and assessed the site facilities of the green space (cleanliness, provision of amenities). We also conducted 128 surveys with park users to quantify psychological restoration based on four self-reported measure of general restoration, attention-grabbing distractions, being away from everyday life, and site preference. We present three key results. First, there is a positive association between site facilities and biodiversity. Second, restorative benefit is predicted by biodiversity, which explained 43% of the variance in restorative benefit across the parks, with minimal input from other variables. Third, the benefits accrued through access to green space were unrelated to age, gender, and ethnic background. The results add to a small but growing body of evidence that emphasise the role of nature in contributing to the well-being of urban populations and, hence, the need to consider biodiversity in the design of landscapes that enhance multiple ecosystem services. (shrink)

This article addresses the implications of rapid and uncertain ecological change, and global climate change in particular, for reserve oriented and restoration oriented ecosystem management. I argue for the following conclusions: (1) rapid and uncertain ecological change undermines traditional justifications for reserve oriented and restoration oriented ecosystem management strategies; (2) it requires rethinking ecosystem management goals, not just developing novel strategies (such as assisted colonization) to accomplish traditional goals; (3) species preservation ought to be deemphasized (...) as an ecosystem management goal; (4) reserve oriented ecosystem management remains well justified, but the goals for it must be revised. (shrink)

The following considers the role of historical fidelity in habitat reconstruction efforts. To what extent should habitat reconstruction be guided by the goal of recreating some past state of a damaged ecosystem? I consider Sarkar’s “replacement argument,” which holds that, in most habitat reconstruction efforts, there is little justification for appealing to historical fidelity. I argue that Sarkar does not provide adequate grounds for deprecating historical fidelity relative to other natural values such as biodiversity or wild nature.

Ronald Sandler argues that rapid anthropogenic climate change undermines traditional ecosystem management goals. According to Sandler, this implies that ecological restoration should pl...

Critiques of ecological restoration have rested on the human/natural distinction. In opposition to the difficulties involved in that distinction, I provide a sketch of an evolutionary account of human existence. The instability of environments—beyond individual human control—conditions human life and sets the dynamic for human action. Human interdependence makes human monitoring of human interaction central. I interpret Leopold as concerned about the divergence between ecosystemic and economic value. In the face of reiterative prisoners’ dilemmas arising significantly from problems of (...) scale, the moral imperative is the creation of practices that tolerate ecosystemic degradation minimally and those only in the face of threats to human existence. Against this background, I show that the value of ecological restoration is ambivalent. (shrink)

Solar energy powered autopoietic (self-creating and regenerative) natural and cultural biosphere landscapes fulfill vital multiple functions for the sustainable future of organic life and its biological evolution and for human physical and mental health. At the present crucial Macroshift from the industrial to the post- industrial information age, their future and therefore also that of our Total Human Ecosystem, integrating humans and their total environment, is endangered by the exponential growth and waste products of urban-industrial technosphere landscapes and agro-industrial (...) bio-technosphere landscapes. This danger can be prevented only by the creation of new symbiotic relations between human society and nature with the help of mutual supportive, restorative cultural and economic cross-catalytic networks in our Total human Ecosystem. This should be part of an all - embracing sustainability revolution, driven by human consciousness and its responsibility to act as stewards rather than exploiters of the complex and harmonious web of life on this planet. (shrink)

Justifications for the environmental restoration of the Pumalín National Park, originally known as Pumalín Nature Sanctuary, in Chile can be analyzed from a philosophical and ethical point of view. The environmental stage to which the park should be restored is defined as a moral choice, rather than an ecological one, that is based on “climax” as an a priori value that supports and guides the main restoration actions carried out in the park. This climax is a pre-settling or (...) pre-colonization condition. Defined philosophically, climax is both an ethical and political value. For these actions, the ecosystem’s health can be treated the same as that of a human’s health: each society defines the criteria and the acme of health, as well as the valid efforts to restore it. (shrink)

Two protracted debates about the moral status of animals in ecological restoration projects are discussed that both testify to the troubling aspects of our inclination to think in terms of dualisms and dichotomies. These cases are more or less complementary: the first one is about the (re)introduction of species that were once pushed out of their native environment; the other one concerns the elimination or eradication of “exotic” and “alien” species that have invaded and degraded ecosystems. Both cases show (...) the detrimental impact of dualistic thinking on ecological restoration projects. In the first case, communication and cooperation between stakeholders is frustrated by the opposition of zoocentrism and ecocentrism; in the second case the opposition of nativism and cosmopolitanism appears to be a major stumbling block for consensus building and conflict management. I will argue that “gradualization”—thinking in terms of degrees instead of boundaries—can offer a way out of this black-and-white thinking and can open up space for negotiation and deliberation among different and sometimes diverging perspectives. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Ethics & the Environment 8.1 (2003) 22-36 [Access article in PDF] Art or Nature?Aristotle, Restoration Ecology, and Flowforms Trish Glazebrook He to whom nature begins to reveal her open secrets will feel an irresistible yearning for her most worthy interpreter: Art. 1Aristotle believed strongly in a distinction between artifact (technê) and nature (physis). He intended by "technê" more than is generally understood by the contemporary term "art," for (...) he meant anything produced by human intention. For example, for Aristotle medicine was technê in that the doctor produces health. The key point in distinguishing art from nature for him was that things in nature grow and develop on the basis of an internal principle of change, whereas artistic production requires an outside agent. There are some complications with the Aristotelian account: are the spider's web and the bird's nest art or nature? Aristotle can respond to this problem easily enough by arguing that spiders and birds create on the basis of instinct, while reason is requisite for artistic production. Yet some art may not meet this definition: artists may not always have a full conception of the work to be produced prior to its execution. Creativity can be emergent rather than intentional during the productive process, and may arise, for example, from the artist's interaction with the chosen material. [End Page 22]Despite these objections to the Aristotelian distinction, however, his analysis of the differences between art and nature can be usefully applied to recent debates in restoration ecology in order to argue that the human capacity to restore nature does not justify its destruction. Nature cannot be "faked," that is, recreated through art. Furthermore, the Aristotelian analysis has been influential historically by providing a conceptual basis for the technological domination of nature, as if nature were nothing more than matter upon which form can be imposed. Yet there are alternative possibilities in Aristotle's account that ecologically-minded art can bring to fruition. I will use Aristotle's analysis to suggest a potential resolution of the "faking nature" debate, and accordingly to show how contemporary, ecologically-minded art can promote an ideology of production that works with rather than against nature.Robert Elliot argues that restoration ecology does not justify environmental destruction, because faked nature (that is, nature re-created by human artifice) is not as valuable as the original. 2 I will call this claim, which is based on the idea that restoration is analogous to artistic production, "the Elliot view." I will first assess the Elliot view, and give reasons why I sympathize with his conclusions, yet find his arguments unconvincing. Second, I will present Aristotle's distinction between nature and art, with emphasis on his arguments that nature is goal-directed, in order to give content to the claim that nature has intrinsic value. Third, I will look at restoration policies and practices in the oil industry in Alberta, Canada, to establish a praxical notion of restoration, and to support Elliot's claim that nature cannot be faked. I have chosen oilfield restoration as a working example for the sake of the general methodological principle that praxes without reflections are blind, while reflections that transcend the lifeworld are empty; and specifically because Alberta leads the industry in restoration standards and practices. Finally, I will use Flowforms to argue that ecologically-minded art can demonstrate how production of artifacts need not affirm a logic of domination, but rather can open a space for an alternative conception of the human relation to nature. The Elliot View Elliot's view depends on distinguishing nature from art, and attributing a greater value to the natural. On what basis should we accept this value-hierarchy? The reasons Elliot gives are less than convincing. Ultimately his arguments rest on two points: that copies are not as good as [End Page 23] originals; and that even if an ecosystem's value could be fully restored, the value lost in the time between despoilation and restoration is irrecoverable. He simply finds "naturalness" to be more valuable than artifice. But he is not alone in... (shrink)

The North American landscape has changed considerably since European settlement, and ecological restorationists are responding to these changes by attempting to restore “natural” areas to their presettlement conditions. Through participant observation, interviews, and document analysis, this work details the physical and conceptual reconstruction of the oak savanna ecosystem. The construction of the “oak savanna” is shown to be more than the creation of a new classification of nature; it is the remaking of a natural community in situ. The “creation (...) story” of the oak savanna is told through the examination of the contested creations of the scientific claim, the expertise to make such a claim, and of nature itself. Finally, the implications of this research for environmental science and the place of the constructivist sociologist are discussed. (shrink)

It is well-established that the experience of nature produces an array of positive benefits to mental well-being. Much less is known about the specific attributes of green space which produce these effects. In the absence of translational research that links theory with application, it is challenging to design urban green space for its greatest restorative potential. This translational research provides a method for identifying which specific physical attributes of an environmental setting are most likely to influence preference and restoration (...) responses. Attribute identification was based on a triangulation process invoking environmental psychology and aesthetics theories, principles of design founded in mathematics and aesthetics, and empirical research on the role of specific physical attributes of the environment in preference or restoration responses. From this integration emerged a list of physical attributes defining aspects of spatial structure and environmental content found to be most relevant to the perceptions involved with preference and restoration. The physical attribute list offers a starting point for deciphering which scene stimuli dominate or collaborate in preference and restoration responses. To support this, functional definitions and metrics—efficient methods for attribute quantification are presented. Use of these research products and the process for defining place-based metrics can provide (a) greater control in the selection and interpretation of the scenes/images used in tests of preference and restoration and (b) an expanded evidence base for well-being designers of the built environment. (shrink)

Throughout the globe, degraded ecosystems are in desperate need of restoration. Restoration is based on world‐view and the human relationship with the natural world, our place, and the landscape. The question is, can society and its institutions shift from development and use of natural resources to ecological restoration of the natural world without a change in world‐view? Some world‐views lead to more destructive human behavior than others. Following Naess's ecosophical comparison of the deep and shallow ecology movements, (...) this essay depicts the relationships between restorationist and the natural world. Contrast the anti‐restoration position of Katz/Elliot. In deep ecological restoration we can develop a realization that our community is part of the self‐producing character of all life. In deep ecological restoration, we find one important medium for the institutionalization, politicalization, and transpersonalization of a deeper understanding of what it means to be a human being with nature. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Reviewed by:A Political Theology of Climate Change by Michael S. Northcott, and: Restored to Earth: Christianity, Environmental Ethics, and Ecological Restoration by Gretel Van WierenKevin J. O’BrienA Political Theology of Climate Change Michael S. Northcott grand rapids, mi: eerdmans, 2013. 335 pp. $30.00Restored to Earth: Christianity, Environmental Ethics, and Ecological Restoration Gretel Van Wieren washington, dc: georgetown university press, 2013. 208 pp. $29.95These two excellent books, A (...) Political Theology of Climate Change by Michael S. Northcott and Restored to Earth by Gretel Van Wieren, offer distinct directions for Christian environmental ethics: Northcott develops a rigorous analysis of climate change as a failure of enlightenment rationality and politics, while Van Wieren argues that those who care about the earth can connect with it through the practice of ecological restoration. Northcott theologically defines a complex global problem; Van Wieren theologically engages a community-based solution. Each book advances Christian environmental ethics in important ways; considered together, they have much to teach about the content and methods of the field.Northcott’s A Political Theology of Climate Change argues that climate change is a “cosmopolitical crisis” and that Christians should embrace a more ecological and theological politics in response. Theologians and ethicists have long argued that environmental degradation has cosmological roots: The belief that human beings are separate from nature makes global-scale degradation and pollution acceptable. Northcott adds a nuanced political analysis, noting that modern politics is based on a denial “that the weather is political, or that politics influences the climate” (46). Enlightenment thinkers who laid the groundwork for contemporary political structures insisted that storms and floods were not divine responses to human behavior, so modern nation-states are premised on an ideological separation from nature. Climate change reveals the failure of such thinking, so the facts of climate change pose an inherently political challenge.Thus, failures to act on climate change are political failures. Mainstream politics cannot consider that economic growth is unsustainable because it is premised on ignorance about nature. Nations cannot collaborate to solve the problem because they have no common moral agreement “about the ends and goals of human life” (245). Any response to climate change that simply extends [End Page 198] the enlightenment project—by ascribing “rights” to the natural world, or by trusting existing secular political structures—is doomed to failure. Instead, climate change calls for a different cosmology and a different politics.Northcott argues that both can be found in the Christian tradition. Natural law thinking respects the relationship between human beings and external moral standards “set into the structure of the cosmos,” demanding careful accounting for the atmospheric consequences of human action (246). Virtue ethics teaches the ideal of politics as a “community of friendship and love,” nurturing practices of participation in the good life, lived with less consumption and less destructive energy (200).Northcott hopes that small-scale communities inspired by Christian cosmology and Christian politics will transition away from destructive practices and thereby demonstrate a new way of life to the world. His book concludes by reasserting that because climate change is a political problem, it is fundamentally a theological problem, calling human communities to “re-create the historic and customary connections between nature and culture, land and life, love for neighbour and nature which are central to the Jewish and Christian messianism of empire-challenging love” (316).In contrast to Northcott’s focus on political and philosophical failures, Gretel Van Wieren’s Restored to Earth seeks a “more positive, solution-oriented” approach to Christian ethics (viii). The book is about reconnecting humans with the natural world through ecological restoration, “the science and art of repairing ecosystems that have been damaged by human activities” (2), and it argues that restoration models moral life by creating physical, intellectual, emotional, communal, and spiritual connections with the natural world.Van Wieren begins with an interdisciplinary definition of ecological restoration and argues that views on the practice depend upon varied definitions of nature. She then moves to a nuanced account of restoration ecology as a spiritual practice (chapter 3) of community formation (chapter 4). Evocatively recounting a controlled prairie burn in Illinois on Maundy Thursday, Van Wieren... (shrink)

The key role played by online platforms in the neo-intermediation of the public debate requires a review of current tools for mapping the digital information ecosystem, highlighting the political nature of such an analysis: Starting from a synoptic overview of the main models of platform governance, we try to understand whether the ongoing European shift towards the Limited Government Regulation (LGR) model will be able to counterbalance the “systemic opinion power” of the giant platforms and restore the “health” of (...) the digital information ecosystem. A close analysis of the European Digital Services Act (DSA) has highlighted some limitations in achieving its goals, because of the features of the LGR on the one hand, and the disruptive features of the algorithmic neo-intermediation phenomenon on the other. Thus, we suggest a tripartite regulatory model, that can be defined as “neo-editorial accountability.” However, increasing users’ critical algorithmic awareness is an essential prerequisite for implementing the suggested template, and mitigating an outstanding effect of the LGR model: the normalization of the ideological assumptions underlying informational capitalism. (shrink)

Proponents of ecological restoration view the practice as a means of both repairing damage done to ecosystems by humans and creating an avenue to re-establish respectful and cooperative human-environment relationships. One debate affecting ecological restoration focuses on the place of 'exotic' species in restored ecosystems. Though popular, campaigns against exotics have been criticized for their troubling rhetorical parallels with nativism aimed at human immigrants. I point to some of the reasons why this critique of nativism persists, despite protests (...) that no xenophobic intent is evident, emphasizing the intimacy between social metaphors and claims about exotic nature. Language is but one facet of an entanglement of nature and society that ecological restoration strives to take seriously; however, restoration practice remains ambivalent toward this dichotomy permitting a longing for lost community purity that is embraced in nativism. Regarding defenses of nativism, I point out limitations of attempts to reframe the issue from a reactionary rejection of the foreign Other toward an argument for protecting communities from a process akin to 'cultural imperialism'. (shrink)

Writing in 1992, biologist E. O. Wilson prophesied, "Here is the means to end the great extinction spasm. The next century will, I believe, be the era of restoration in ecology." 2 This statement has become the rallying cry for advocates of ecological restoration, an emerging international environmental movement focused on the renewal of damaged or destroyed ecosystems. 3 The benefits promised by ecological restoration are manifold. In addition to its primary ecological goals of replenished biodiversity and (...) improved ecosystem functioning, restoration fosters intimate, participatory kinds of community between practitioners and their local environments. 4 Moreover, the idea that we can .. (shrink)

Conservation scientists are arguing whether naturalness provides a reasonable imperative for conservation. To clarify this debate and the interpretation of the term natural, I analyze three management strategies – ecosystem preservation, ecosystem restoration, and ecosystem engineering – with respect to the naturalness of their outcomes. This analysis consists in two parts. First, the ambiguous term natural is defined in a variety of ways, including (1) naturalness as that which is part of nature, (2) naturalness as a (...) contrast to artifactuality, (3) naturalness as an historical independence from human actions, and (4) naturalness as possession of certain properties. After that, I analyze the different conceptions with respect to their implications for the three management strategies. The main conclusion is that there exists no single conception of naturalness that could distinguish between the outcomes of the three management methods. Therefore, as long as the outcomes of the different methods are regarded as being of a different value in conservation, we should either abandon the idea of naturalness as the guiding concept in conservation or use the term natural only in the ways that take both its historical and feature dependent meanings into consideration. (shrink)

Christian Diehm has argued against using a genetically modified American chestnut variety in forest restoration. He is concerned that a GM variety sets a bad precedent and is disrespectful toward nature. He is also concerned that not enough has been done to consult with Native American tribes. We give evidence that consultation with tribes, environmental organizations, and the public is valuable and necessary – and that there is support for the GM chestnut. Genetic modification that saves a species from (...) functional extinction shows respect to that species and its ecological relationships. Hopeful, wise, coordinated action is needed to save ecosystems. (shrink)

Reclaiming the Wild Soul takes us on a journey into Earth's five great landscapes - deserts, forests, oceans and rivers, mountains, and grasslands - as aspects of our deeper, wilder selves. Where the inner and outer worlds meet we discover our own true nature mirrored in the Earth's wild beauty and fierce challenges. A powerful archetypal model for transformation, the "soulscapes" return us to a primal terrain rich in knowing, healing, and wholeness. To guide our path, each soulscape offers up (...) wisdom in the form of soul qualities the modern world often undervalues and even undermines. We see how deserts model simplicity and silence, how forests help us make peace with uncertainty, how rivers and oceans reveal the power of flow, how mountains inspire our highest purpose, and how grasslands teach us about giving back. Weaving personal story with poetry, imagery, and explorations, Reclaiming the Wild Soul is simultaneously self-help and a courageous call to action. It is written for all those disillusioned with our hyper-paced, high-tech world, who decry what we are doing to the Earth, who feel the tug of their own wild souls longing for discovery and mystery - a new, yet ancient, way of being human. (shrink)

A commentary on Ronald Sandler, 2013, "Climate change and Ecosystem Management." Rapid ecological change requires rethinking land management goals and strategies. We propose extending Sandler’s view. First, it is a false dichotomy to assume that a definitive choice must be made between reserve oriented and restoration approaches. Second, even more emphasis can be placed on the value of diversity in management approaches.

Sandler's paper, ‘Climate change and ecosystem management’, takes a clear-eyed and sober look at conservation via static reserves and ecosystem restoration in the context of climate change....

If an organization cares for nature, this paper contends, it will act so as not to harm the ecosystems it affects, or when it cannot so act at the moment it will commit itself to such action over time. For an organization's commitment to ecologically beneficent performance to be credible, one requires an action plan with specified targets determining the best ecologically beneficent pollution abatement and ecosystem improvement approaches in a situation. To this end the 4 Direct Environmental Performance (...) Measures (EPMs) are generally used: L, pollutant loads; C: pollutant concentrations; I, ecosystem impacts; and R, ecosystem restoration. These direct EPMS are preferred to the indirect social performance indices customary in business ethics discourse, such as O: positioning organizations along the social performance spectrum from reactive to proactive; or E: economic indicators; and T: technology development; for environmental performance improvement is what is at issue. This one ground rule of environmental performance ethic; a second is that reducing harmful impacts or restoring an ecosystem are to be preferred over pollutant load/concentration reduction. The scientific, technical form of Direct EPMs is important, for it reinforces economic and technological development and yields performance-related environmental knowledge, in contrast to subjective perception and social debate. It offers management a model of ecologically beneficent performance that is microscopic in detail and regional in scope. It further suggests good environmental management involves linking ecosystem improvement with economic/technological benefits. An important aspect of this model of good environmental performance is to integrate economic, technical and social concerns with environmental ethics. It shows that economics and ecology should be mutually reinforcing, just as sustainable development suggests. (shrink)

Over the past decades, both wild and domesticated insect pollinators are in dramatic decline, which puts at stake the existence of species, ecosystem resilience and global food security. Globally, 87 of major food crops depend on animal pollination. Together these account for 35 % of the world food production volume. Pollinator mediated crops are indispensable for essential micronutrients in the human diet. Many ornamental plants as well as crops for fibre, fodder, biofuels, timber and phytopharmaceuticals also depend on insect (...) pollinators. This article aims to map the current situation of pollinators worldwide, with a focus on the critical role of pollinators in the human food chain and ecosystem sustainability, their intrinsic and extrinsic value, as well as the causes of their declines and the interventions needed to conserve them, in order to develop an argument for the importance of conserving and restoring pollinator populations and diversity. The present pollinator crisis threatens global and local food security, can worsen the problems of hidden hunger, erodes ecosystem resilience, and can destabilise ecosystems that form our life support system. An integrated approach that simultaneously addresses the key drivers is needed. This includes creation and restoration of floral and nesting resources, a global phase out of prophylactic use of neonicotinoids and fipronil, improvement of test protocols in authorisation of agrochemicals, and restoration and maintenance of independence in regulatory science. The authors argue that an international treaty for global pollinator stewardship and pollinator ecosystem restoration should be initiated in order to systemically counteract the current crisis. (shrink)

If an organization cares for nature, this paper contends, it will act so as not to harm the ecosystems it affects, or when it cannot so act at the moment it will commit itself to such action over time. For an organization's commitment to ecologically beneficent performance to be credible, one requires an action plan with specified targets determining the best ecologically beneficent pollution abatement and ecosystem improvement approaches in a situation. To this end the 4 Direct Environmental Performance (...) Measures are generally used: L, pollutant loads; C: pollutant concentrations; I, ecosystem impacts; and R, ecosystem restoration. These direct EPMS are preferred to the indirect social performance indices customary in business ethics discourse, such as O: positioning organizations along the social performance spectrum from reactive to proactive; or E: economic indicators; and T: technology development; for environmental performance improvement is what is at issue. This one ground rule of environmental performance ethic; a second is that reducing harmful impacts or restoring an ecosystem are to be preferred over pollutant load/concentration reduction. The scientific, technical form of Direct EPMs is important, for it reinforces economic and technological development and yields performance-related environmental knowledge, in contrast to subjective perception and social debate. It offers management a model of ecologically beneficent performance that is microscopic in detail and regional in scope. It further suggests good environmental management involves linking ecosystem improvement with economic/technological benefits. An important aspect of this model of good environmental performance is to integrate economic, technical and social concerns with environmental ethics. It shows that economics and ecology should be mutually reinforcing, just as sustainable development suggests. (shrink)

Assisted migration is a controversial conservation measure that includes moving species threatened by climate change beyond their indigenous range. Sandler argues that assisted migration exhausts most of the value of the species moved and that assisted migration, thus, fails to be a workable conservation measure. We show how accepting the moral relevance of species’ indigenous range helps to reconcile Sandler's argument with earlier arguments about value loss in ecosystem restoration by Elliot and Katz. Contrary to Sandler, they do (...) not favour losing a biological unit to retaining it in a human-influenced form. Drawing on the distinction between property- and history-based understandings of naturalness, we further argue that the outcomes of assisted migration to the predicted range are more natural in the property-based sense of the term, and thus retain more value, than the outcomes of ‘‘assisted migration'’ elsewhere. (shrink)

This paper introduces self-rewilding, a philosophy prioritizing ecologically aware, ecocentric living. It examines human-environment interactions, advocating for an ecological consciousness and multispecies sensibility. Within this framework, unlike traditional views of nature, “wild” is preferred to signify the interconnectedness of all ecosystem agents. Self-rewilding is presented as a method to foster coexistence and multispecies justice, encouraging societal shifts towards ecocentric practices through ecological re-enchantment and discomfort acceptance. Aimed at enriching lives and catalyzing positive ecological change, this concept underscores the potential (...) for a thriving biosphere and equitable multispecies community, positioning self-rewilding as essential for contemporary ecological awareness and active ecosystem restoration. (shrink)

In this paper we introduce the ‘New Substitution Problem’ which, on its face, presents a problem for adaptation proposals that are justified by appeal to obligations of reparation. In contrast to the standard view, which is that obligations of reparation require that one restore lost value, we propose instead that obligations to aid and assist species and ecosystems in adaptation, in particular, follow from a failure to adequately justify – either by absence, neglect, omission or malice – actions that caused, (...) or coalesced to cause, climatic change. Because this position suggests a different reason for reparation – namely, it does not rely on the notion that an obligation to repair is contingent upon a lost good – it permits moving forward with assisted colonisation and migration, but does so without falling subject to the complications of the New Substitution Problem. (shrink)

Marine ecosystems are in serious troubles globally, largely due to the failures of fishery resources management. To restore and conserve fishery ecosystems, we need new and effective governance systems urgently. This research focuses on fisheries management in ancient China. We found that from 5,000 years ago till early modern era, Chinese ancestors had been constantly enthusiastic about sustainable utilization of fisheries resources and natural balance of fishery development. They developed numerous rigorous policies and regulations to guide people to act on (...) natural laws. Being detailed and scientific, the legal systems had gained gratifying enforcement, due to official efforts and folks’ voluntary participation in resource management. In-depth analyses show that people’s consciousness of ecological conservation was derived from the edification of kinds of ancient eco-ethical wisdom, such as totemism, nature worship, Zhou Yi , Taoism, Buddhism, Confucianism, Mohism, etc. All this Chinese classical wisdom have the same cores: “Nature and Man in One” spirit, frugality and “All things are equal” concept. The findings show that eco-ethical thinking is never inconsistent with social ethic systems, and it’s of great importance to give legal effect to usual ecological moral claims and eco-ethical requirements of the public in protecting the environment. The eco-ethical wisdom is efficient in assisting and urging people to fulfill humans’ obligation for nature. Finally, it’s believed that present world fisheries management will benefit a lot from all these ancient Chinese thoughts and practices. People are expected to make the most of the eco-ethical wisdom, strengthen fishery legislation and fully stimulate their voluntary participation in both marine fishery resources conservation and fishery cyclic economy. (shrink)

Novel ecosystems represent the challenge of the Anthropocene epoch on a local scale. In an age where human agency is the defining ecological factor, ecological discourse and practice finds itself in its own “non-analog” conditions. In this context, good work can be an important place for developing answers to these questions. The fields of ecological practice, such as restoration and management, with their characteristic orientation toward objectives, lack a substantive understanding of what good work entails. Consequently, these fields are (...) unable to articulate what distinguishes moral and immoral human interventions in the nonhuman world and they turn instead to ambiguous categories such as “natural,” “historic,” and “pre-disturbance” for benchmarks. In contrast, a substantive conception of good work can name and clarify the sorts of intentions and behaviors that characterize positive human intervention in ecosystems, rather than simply rejecting those that are apparently “unnatural” or “novel.” From a phenomenological perspective, good ecological work demands accountability not only for the kinds of ecosystems we create or restore, but ultimately for the meanings we construct for our world and for ourselves. (shrink)

A Great Plains land ethic is shaped by an intimate knowledge of and appreciation for the evolution, ecology, and aesthetics of the plains landscape. The landscape evokes a sense of wonder and mystery suggested by the word “sacrament.” The biblical concept of “covenant” points to God as a community‐forming power, a creative process that has evolved into the earth community to which we humans belong. In contrast to an anthropocentric ethic which emphasizes human dominion over nature, a Theo‐centric land ethic (...) seeks a balance, reflected in Genesis 1–3, between humans who are membersofthe earth community and moral agents accountable to Godforthe earth. A land ethic identifies concrete practices ofmetanoiaand healing: agricultural practices to address the loss and degradation of soil; conservation and protection of water sources; utilization of wind and solar energy; and prescribed burning to restore processes vital to the prairie ecosystem. The concept of subsidiarity suggests that practices ofmetanoiaand healing are a combination of wise public policy balanced by personal, family, church, business, and community responsibility. (shrink)

The introduction of new genetic material into wild populations, using novel biotechnology, has the potential to fortify populations against existential threats, and, controversially, create wild genetically modified populations. The introduction of new genetic variation into populations, which will have an ongoing future in areas of conservation interest, complicates long-held values in conservation science and park management. I discuss and problematize, in light of genetic intervention, what I consider the three core goals of conservation science: biodiversity, ecosystem services, and wilderness. (...) This uneasy relationship, however, does not forgo the use of such interventions. I argue there is a case for the application of this technology within some interpretations of the moral frameworks of wilderness and biodiversity, despite apparent conflict between these values and the technology, and the possibility that this technology's use displays some limitations of the ecosystem services framework. Ultimately, the advent of biotechnology assisted restoration highlights the need for us to reevaluate our ethical concepts of conservation at times of global environmental and technological change. (shrink)

We argue that the wild release of genetically modified organisms can be justified as a way of preserving species and ecosystems. We look at the case of a genetically modified American chestnut that is currently undergoing regulatory review. Because American chestnuts are functionally extinct, a genetically modified replacement has significant conservation value. In addition, many of the arguments used against GMOs, especially GMO crops, do not hold for American chestnut trees. Finally, we show how GMOs such as the American chestnut (...) support a reorientation of conservation values away from restoration as it has historically been interpreted, and toward an alternative framework known as rewilding. (shrink)

As much as the differences between perspectives can divide environmental philosophers across the globe, they can also be a source of fruitful exchange; the different approaches can learn from each other and challenge each other’s blind spots. On the one hand, the New World idea of a pristine wilderness devoid of human effects has been deflated when it became apparent that many wilderness areas had been profoundly affected by humans before European conquest and settlement. On the other hand, it is (...) clear by now that preserving the typical Old World cultural-historic landscapes is becoming more and more expensive and difficult. This introduction first sketches the main difference between Old World and New World approaches, and show that both approaches struggle with similar problems. Next, it indicates how New Worlders and Old Worlders respond to these problems. And finally, it gives a brief outline of this volume. (shrink)

Ecology's reputation as a holistic science is partly due to widespread misconceptions of its nature as well as shortcomings in its methodology. This article argues that the pursuit of empirical laws of ecology can foster the emergence of a more unified and predictive science based on complementary modes of explanation. Numerical analyses of population dynamics have a distinguished pedigree, spatial analyses generate predictive laws of macroecology, and physical analyses are typically pursued by the ecosystem paradigm. The most characteristically ecological (...) laws, however, are found in biotic analyses in the functional trait paradigm. Holistic credentials for ecology may thus be restored on two bases: its accommodating complementary modes of analysis and explanation, and its having some laws within the least reductionistic mode consistent with its subject matter. These claims, grounded in the aspectual theory of Herman Dooyeweerd, lead to some suggestions for enhancing the versatility and usefulness of ecology—and other sciences—by balancing different research paradigms under a holistic vision. (shrink)

The source of the value of naturalness is of considerable relevance for the conservation movement, to philosophers, and to society generally. However, naturalness is a complex quality and resists straightforward definition. Here, two interpretations of what is “natural” are explored. One of these assesses the naturalness of species and ecosystems with reference to a benchmark date, such as the advent of industrialization. The value of naturalness in this case largely reflects prioritization of the value of biodiversity. However, the foundation of (...) our understanding of naturalness is that it describes processes that are free of human intervention. Conflict between the two interpretations of naturalness is apparent in the claim that naturalness can be enhanced by human intervention, in the form of ecological restoration. Although naturalness in its purest form precludes human intervention, some human activities are also apparently more natural than others. This continuum of naturalness relates to the autonomy of the individual from abstract instrumentalism, which describes a particular form of influence ubiquitous in contemporary society. The value of naturalness reflects both dissatisfaction with these threats to personal autonomy, and respect for wild nature as the embodiment of a larger-than-human realm. (shrink)

Traditional ecocentric ethics relies on an ecology that emphasizes the stability and integrity of ecosystems. Numerous ecologists now focus on natural systems that are less clearly characterized by these properties. We use the elimination and restoration of wolves in Yellowstone to illustrate troubles for traditional ecocentric ethics caused by ecological models emphasizing instability in natural systems. We identify several other problems for a stability-integrity based ecocentrism as well. We show how an ecocentric ethic can avoid these difficulties by emphasizing (...) the value of the wildness of natural systems and we defend wildness value from a rising tide of criticisms. (shrink)

In this essay, I use encounters with the white-tailed deer of Fire Island to explore the “call of the wild”—the attraction to value that exists in a natural world outside of human control. Value exists in nature to the extent that it avoids modification by human technology. Technology “fixes” the natural world by improving it for human use or by restoring degraded ecosystems. Technology creates a “new world,” an artifactual reality that is far removed from the “wildness” of nature. The (...) technological “fix” of nature thus raises a moral issue: how is an artifact morally different from a natural and wild entity? Artifacts are human instruments; their value lies in their ability to meet human needs. Natural entities have no intrinsic functions; they were not created for any instrumental purpose. To attempt to manage natural entities is to deny their inherent autonomy: a form of domination. The moral claim of the wilderness is thus a claim against human technological domination. We have an obligation to struggle against this domination by preserving as much of the natural world as possible. (shrink)

Large‐scale characterization of the human microbiota has largely focused on Western adults, yet these populations may be uncharacteristic because of their diets and lifestyles. In particular, the rise of “Western diseases” may in part stem from reduced exposure to, or even loss of, microbes with which humans have coevolved. Here, we review beneficial microbes associated with pathogen resistance, highlighting the emerging role of complex microbial communities in protecting against disease. We discuss ways in which modern lifestyles and practices may deplete (...) physiologically important microbiota, and explore prospects for reintroducing or encouraging the growth of beneficial microbes to promote the restoration of healthy microbial ecosystems. (shrink)

There are many different forms and interpretations of rewilding: the concept and its practice vary from country to country, with distinct interpretations according to its geographical location. Despite the term rewilding having been present in the lexicon for three decades, the concept of rewilding in England has experienced a prolonged developmental stage. This paper argues that a unique form of English rewilding is now emerging, which is distinct from rewilding in other parts of the world. Compared to other locations rewilding (...) in England operates at smaller spatial scales; its ambitions to increase biodiversity, restore ecosystem functioning and increase natural autonomy are somewhat curtailed; it involves higher levels of human intervention; and, perhaps most tellingly of all, it goes by another name – ‘wilding’, ‘wild’ or ‘wilder’ with little mention of the much-maligned prefix ‘re’. This conclusion has been developed following a comparative case study of two English ‘rewilding’ sites (the Avalon Marshes and Wild Ennerdale) involving 49 semi-structured interviews: twelve expert interviews and nineteen and eighteen stakeholder/practitioner interviews at the Avalon Mashes and Wild Ennerdale respectively. (shrink)

Coral reefs provide substantial benefits to humans by generating biologically diverse ecosystems and reducing coastal hazards. However, in recent years, mass mortality of coral reefs due to bleaching has been witnessed in the ocean worldwide. Bleaching induced by the loss of the symbiotic relationship between algae and coral is mainly attributed to climate change. Marine protected areas (MPAs) can effectively prevent local disturbances but are less likely to conserve the coral reefs from global events like climate change. Other conservation and (...) restoration methods can be useful to protect and replenish the coral population temporarily, but whether they are feasible as sustainable conservation strategies is still equivocal. Coral reef mass mortality is not an exceptional occurrence but is linked to various instances of ecological loss, serving as an S.O.S. signal of severe prolonged climate extremes. (shrink)

A plethora of normative conservation concepts have recently emerged, most of which are ill-defined: biological diversity, biological integrity, ecological restoration, ecological services, ecological rehabilitation, ecological sustainability, sustainable development, ecosystem health, ecosystem management, adaptive management, and keystone species are salient among them. These normative concepts can be organized and interpreted by reference to two new schools of conservation philosophy, compositionalism and functionalism. The former comprehends nature primarily by means of evolutionary ecology and considers Homo sapiens separate from nature. (...) The latter comprehends nature primarily by means of ecosystem ecology and considers Homo sapiens a part of nature. Biological diversity, biological integrity, and ecological restoration belong primarily in the compositionalist glossary; the rest belong primarily in the functionalist glossary. The former set are more appropriate norms for reserves, the latter for areas that are humanly inhabited and exploited. In contrast to the older schools of conservation philosophy, preservationism and resourcism, compositionalism and functionalism are complementary, not competitive and mutually exclusive. As the historically divergent ecological sciences—evolutionary ecology and ecosystem ecology—are increasingly synthesized, a more unified philosophy of conservation can be envisioned. (shrink)

An electrifying introduction to complexity theory, the science of how complex systems behave--from cells to human beings, ecosystems, the known universe, and beyond--that profoundly reframes our understanding and illuminates our interconnectedness. Nothing in the universe is more complex than life. Throughout the skies, in oceans, and across lands, life is endlessly on the move. In its myriad forms--from cells to human beings, social structures, and ecosystems--life is open-ended, evolving, unpredictable, yet adaptive and self-sustaining. Complexity theory addresses the mysteries that animate (...) science, philosophy, and metaphysics: how this teeming array of existence, from the infinitesimal to the infinite, is in fact a seamless living whole and what our place, as conscious beings, is within it. Physician, scientist, and philosopher Neil Theise makes accessible this "theory of being," one of the pillars of modern science, and its holistic view of human existence. He notes the surprising underlying connections within a universe that is itself one vast complex system--between ant colonies and the growth of forests, cancer and economic bubbles, murmurations of starlings and crowds walking down the street. The implications of complexity theory are profound, providing insight into everything from the permeable boundaries of our bodies to the nature of consciousness. Notes on Complexity is an invitation to trade our limited, individualistic view for the expansive perspective of a universe that is dynamic, cohesive, and alive--a whole greater than the sum of its parts. Theise takes us to the exhilarating frontiers of human knowledge and in the process restores wonder and meaning to our experience of the everyday"--Publisher's website. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Ethics & the Environment 8.2 (2003) 31-41 [Access article in PDF] Threescore and TenFire, Place, and Loss in the West David Strohmaier The only conclusion I have ever reached about trees is that I love all trees, but I am in love with pines. —Aldo Leopold, A Sand County Almanac 1He died protecting his pines. It was spring, 1948, and Aldo Leopold was spending time with his family at (...) their beloved cabin they called "the Shack." Over the years, he had planted close to 30,000 trees and shrubs on the property, trying to resuscitate a tired Wisconsin sand farm into some semblance of ecological health. 2 Leopold was keenly aware of fire's natural role in ecosystems, but sometimes there's more to fire and living with fire than energy flow, nutrient flush, and plant physiology. 3During the Leopolds' stay at the Shack, a neighbor's trash fire, fanned by a west wind, escaped its bounds and threatened to overtake the pines. Alone, along one flank of the fire, Aldo suffered a heart attack and was later found dead, lying on his back in the smoldering grass. 4 For the love of pines.In A Sand County Almanac (accepted for publication just one week before his death), Leopold explores several possible reasons for his bias [End Page 31] towards pines: maybe it's because he planted the pines, or pines are rare where he lives, or pines have a longer life expectancy than other trees, or pines are evergreens, or because his neighbors don't have many pines on their land, or pines are worth more to the lumberman than other species, or pines engender more plant diversity than other species. In the end, he concludes that our plant biases reflect not only vocations but avocations, with a delicate allocation of priority as between industry and indolence. The farmer who would rather hunt grouse than milk cows will not dislike hawthorn, no matter if it does invade his pasture. The coon-hunter will not dislike basswood, and I know of quail hunters who bear no grudge against ragweed, despite their annual bout with hayfever. Our biases are indeed a sensitive index to our affections, our tastes, our loyalties, our generosities, and our manner of wasting weekends. 5Leopold's last act in life—fighting a fire endangering something he valued—testifies to the tension between Leopold's concept of thinking like a mountain and our reality of living in the present, between mountain time and human time. It's doubtful that the landscape around the Shack would have suffered permanent damage even if the fire overran his pines. Some trees would have burned and died, but, eventually, the land would revegetate and more pines could be planted. But for humans who, according to the psalmist, live but "[t]hreescore and ten, or even by reason of strength fourscore," 6 we may never see our pines, or any other part of the landscape, fully healed, assuming it even can be. One tree, or grove of trees, is not necessarily interchangeable with another. Places can be lost and never replaced. This is one reason why philosopher Robert Elliot is so skeptical of ecological restoration. Like a work of art, simply replacing it with the most exacting replica will never fully replace the original, for part of an object's value derives from its history: who painted or sculpted it, when it was crafted, the reason behind its contours and colors. 7 Not only are exact replicas in nature hard to come by (even though our science and technology of restoration is improving), but some values can never be restored.Some things are worth protecting from fire simply because they're important to us—even a part of us—and not necessarily because they're resources on their way to becoming beef, venison, or two-by-fours. What's critical, though, as we struggle to live in a land that burns, is getting clear about how we want that land to look and why. I fear that we... (shrink)

Management scholarship and practice continues to incorporate nature and business dependencies and impacts on ecosystems. The humanistic management approach seeks to shift management practice away from prioritizing economic outcomes and toward prioritizing human dignity and wellbeing. This paper explores humanistic management’s ontological assumption about nature, which tends to be an anthropocentric ontology that prioritizes humans as superior to and separate from nature and justifies destroying nature if doing so benefits human wellbeing. However, there is increasing pressure to conduct business in (...) ways that do not destroy nature but instead conserve or restore nature. I build on research about the diverse values and valuations of nature and identify awareness practices that humanistic management scholars and practitioners might use to become aware of and practice alternative ontologies about nature. Non-anthropocentric ontologies have the potential to lessen the tension between increasing human wellbeing and the destruction of nature and other-than-human beings. Alternative ontologies can be combined with the concept of stewardship to align humanistic management with broader sustainability goals, including notions of nature as sacred and of other-than-human beings as equal to humans in kinship and community. These ideas might provide a way for humanistic management to maintain its focus on human wellbeing while also acknowledging the dignity and wellbeing of other-than-human living beings and nature broadly. (shrink)