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This book provides a review of the multitude of conservation concepts, both from a scientific, philosophical, and social science perspective, asking how we want to shape our relationships with nature as humans, and providing guidance on which conservation approaches can help us to do this. Nature conservation is a contested terrain and there is not only one idea about what constitutes conservation but many different ones, which sometimes are conflicting. Employing a conceptual and historical analysis, this book sorts and interprets the differing conservation concepts, with a special emphasis on narrative analysis as a means for describing human-nature relationships and for linking conservation science to practice and to society at large. Case studies illustrate the philosophical issues and help to analyse major controversies in conservation biology. While the main focus is on Western ideas of conservation, the book also touches upon non-Western, including indigenous, concepts. The approach taken in this book emphasises the often implicit strategic and societal dimensions of conservation concepts, including power relations. In finding a path through the multitude of concepts, the book showcases that it is necessary to maintain the plurality of approaches, in order to successfully address different situations and societal choices. Overall, this book highlights the very tension which conservation biology must withstand between science and society: between what is possible and what we want individually or as a society or even more what is desirable. Bringing some order into this multitude will support more efficient conservation and conservation biology. This book will be of great interest to students and scholars studying nature conservation from a variety of disciplines, including biology, ecology, anthropology, sociology, geography, and philosophy. It will also be of use to professionals wanting to gain an understanding of the broad spectrum of conservation concepts and approaches and when to apply them

"This book provides the first contemporary assessment of area-based conservation and its implications for nature and society. Now covering 15% of the land surface and a growing area of ocean, the creation of protected areas is one of the fastest conscious changes in land management in history. But this has come at a cost, including a backlash from human rights organisations about the social impacts of protected areas. At the same time, a range of new types of area-based conservation have emerged, based on indigenous people's territories, local community lands and a new designation of "other effective area-based conservation measures". This book provides a concise overview of the status and possible futures of area-based conservation. With many people calling for half the earth's land surface to remain in a natural condition, this book taps into the urgent debate about the feasibility of such an aim and the ways in which such land might be managed. It provides a timely contribution by people who have been at the centre of the debate for the last twenty years. Building on the authors' large personal knowledge, the book draws on global case studies where the authors have first-hand experience, including Yosemite National Park (USA), Blue Mountains National Park (Australia), Bwindi National Park (Uganda), Chingaza National Park (Colombia), Ustyart Plateau (Kazakhstan), Snowdonia National Park (Wales) and many more. This book is essential reading for students, academics and practitioners interested in conservation and its impact on society"--

The opposition between nature and boundaries is well known : whereas nature knows no boundaries, public law is spatially structured by boundaries. However, such an opposition is currently being overcome under the influence of several factors. First, environmental law creates new boundaries that are no longer modelled on human boundaries but on nature ones. The notions of ecological zoning and above all ecological network illustrate this trend. Then, environmental law uses transboundary cooperation to mitigate the effects of boundaries on nature. Eventually, a complementarity is asserted between environmental law and infra-State transboundary cooperation law. The right to cooperate has been recognized to regional and local authorities and to public establishments responsible for nature conservation. Besides, relatively appropriate tools have been made available for cooperation in nature conservation. Nevertheless, this complementarity is being tested by the significant differences that may exist between national laws of neighbouring countries and, above all, by the lack of accountability of infra-State cooperation actors with respect to international environmental obligations. Thus, within transboundary environmental law, the emerging sector of transboundary nature is not as mature as the older one related to transboundary pollutions. ; Les relations entre la nature et les frontières sont traditionnellement conçues comme antagonistes : tandis que la nature ne connaîtrait pas de frontières, le droit public est, d'un point de vue spatial, structuré par les frontières. Le dépassement d'une telle opposition est cependant engagé, sous l'influence de plusieurs facteurs. D'abord, le droit de l'environnement crée ses propres frontières, indépendantes des frontières humaines et calquées sur celles de la nature. Les notions de zonage écologique et, surtout, de réseau écologique participent de ce mouvement. Ensuite, le droit de l'environnement recourt à la coopération transfrontalière, comme technique d'effacement fonctionnel de la frontière politique. Enfin, une complémentarité s'affirme entre le droit de l'environnement et le droit de la coopération transfrontalière infra-étatique. Le droit de coopérer a été reconnu aux collectivités territoriales et aux établissements publics compétents en matière de conservation de la nature, et des outils de coopération relativement adaptés à ce domaine ont été mis à leur disposition. Toutefois, une telle complémentarité est mise à l'épreuve par les différences importantes qui peuvent subsister entre les droits nationaux d'Etats frontaliers et, surtout, par la responsabilisation insuffisante des acteurs de la coopération infra-étatique face aux obligations internationales environnementales. Ainsi, au sein du droit de l'environnement transfrontalier, le secteur émergent de la nature transfrontalière n'est pas encore aussi mature que celui, plus ancien, des pollutions transfrontières.

The predominant approach of protecting or restoring floral and faunal life after harming, displacing, or destroying them in service of human interests does not hold much promise for nature on Earth in the age of the Anthropocene. Such approaches fail to address the ethical and political-economic cores of what tend to be presented as techno-scientific or ecological problems. If the planet is to remain home to life beyond the human, mainstream human societies need to rethink their place, role, and entitlements on Earth, and relearn to cohabit with human and nonhuman others, even in the face of risk and uncertainty.

The Nature Conservancy Council has welcomed the implementation of the EC Directive on the assessment of the effects of certain projects on the environment. This paper discusses its implications for nature conservation in fresh waters, particularly with reference to the land‐drainage and flood‐defence work carried out by the National Rivers Authority and its predecessors, to which the regulations SI 1217 apply. Environmental statements have been deemed necessary for only a small proportion of capital schemes initiated by the water industry since the Regulations came into force in 1988. The author has evaluated the nature‐conservation content of 15 of these statements against a combined set of objective and subjective criteria. The statements examined showed a high degree of variability in length, scope, style and presentation. In general, survey and data acquisition were poorly covered. The weakest area was considered to be the evaluation and prediction of potential impacts, and this is discussed in relation to the uncertainty and complexity inherent in biological systems. The need for monitoring the accuracy of predictions after the completion of a scheme received little attention, despite its fundamental importance in improving future project design, and in extending scientific understanding.