About this topic
Summary Philosophical study of Ecology and Conservation Biology is a growing part of Philosophy of Science. Ecology and Conservation Biology are closely-related branches of biology. Ecology studies interactions between groups of organisms and among those groups and their environments. The questions of Conservation Biology arise from efforts to preserve groups of organisms or other biological units like ecosystems. Many of the questions in this area arise from more general questions in philosophy of science like the role of laws, the structure of explanations, the challenges of representation. The specific kinds of complexity arising from the interactions of so many and such different living organisms as are typical of ecological research make Ecology and Conservation Biology fruitful terrain for examining how scientists can represent complexity in a manageable way. Moreover, these biological disciplines are also appealed to in decision making, at scales from the management of a wetland to the development of international climate-change agreements. Some philosophers of science address biologists' capacities to answer the questions arising in these contexts, given the achievements and limitations of these complex sciences.
Key works An early monograph connecting ecology and conservation was Shrader-Frechette 1993. Cooper 2003 was the first monograph in philosophy of science focused on ecology.
Introductions Justus 2013 is an introduction to problems and debates in Philosophy of Ecology written for Biology instructors and other educators, but more generally useful for non-specialists. Colyvan et al 2009 surveys major issues in Philosophy of Ecology. Justus 2002 discusses prominent problems in Conservation Biology, and Sarkar 2004 is an introductory encyclopedia article on the same.
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  1. A State Service of Resources and Territories.A. S. Abramov - 1974 - Russian Studies in Philosophy 13 (2):124-127.
    I would like to begin with the role of philosophy in solving ecological problems, emphasizing two aspects of its role: the struggle against hostile ideology and the organizing and guiding of activity in the sphere of the development of science and the shaping of its problems. This role of Marxist-Leninist philosophy clearly appears in the complex interdisciplinary problem of the interaction between nature and society.
  2. Ecological Economics and Concrete Utopias.Juan Martinez Alier - 1992 - Utopian Studies 3 (1):39 - 52.
  3. Concerning Gaia--Semiosic Production of/in/by/for Our Planet,".Myrdene Anderson - forthcoming - Biosemiotics. The Semiotic Web.
  4. [Book Review] Regarding Nature, Industrialism and Deep Ecology. [REVIEW]McLaughlin Andrew - 1994 - In Peter Singer (ed.), Ethics. Oxford University Press. pp. 105--1.
  5. Ecology: A Different Perspective.L. Arenilla & J. Ferguson - 1978 - Diogenes 26 (104):1-22.
  6. Ecology and the Humanities: Two Crises with One Cause.Seth Auster-Rosen - 2015 - St. John's University Humanities Review 12 (1):55-64.
  7. The Deep and Suggestive Principles of Leibnizian Philosophy.Julian Barbour - 2003 - The Harvard Review of Philosophy 11 (1):45-58.
  8. Holistic Science: The Evolution of the Georgia Institute of Ecology.Gary W. Barrett & Terry L. Barrett - 2003 - Journal of the History of Biology 36 (1):209-210.
  9. Ecology and Freedom.Mark Edward Battersby - 1978 - Dissertation, The University of British Columbia (Canada)
  10. The Ecology of the Soldier in World War II.William B. Bean - 1968 - Perspectives in Biology and Medicine 11 (4):675-686.
  11. The Population Ecology of Despotism.Adrian Viliami Bell & Bruce Winterhalder - 2014 - Human Nature 25 (1):121-135.
  12. Ecological Key Elements in the Management Agrosystems.A. Bello, J. A. López-Pérez, M. A. Díez-Rojo, J. López-Cepero & A. García-Álvarez - 2008 - Arbor 184 (729).
  13. Medieval Frontier: Culture and Ecology in Rijnland. [REVIEW]Kathleen Biddick - 1986 - Speculum 61 (3):709-711.
  14. Medieval Frontier: Culture and Ecology in RijnlandWilliam H. TeBrake.Kathleen Biddick - 1986 - Speculum 61 (3):709-711.
  15. Ecologists and Environmental Politics: A History of Contemporary Ecology.Stephen Bocking - 1998 - Journal of the History of Biology 31 (1):145-147.
  16. Stephen Forbes, Jacob Reighard, and the Emergence of Aquatic Ecology in the Great Lakes Region.Stephen Bocking - 1990 - Journal of the History of Biology 23 (3):461-498.
  17. L'apport de la Tradition Greco-Latine a la Connaissance du Coucou Gris (Cuculus Canorus L.).Liliane Bodson - 1982 - History and Philosophy of the Life Sciences 4 (1):99 - 123.
    Few birds, if any, of the European species display as puzzling a behaviour as the Grey Cuckoo (Cuculus canorus L.). For centuries, its appearance, and migratory and reproductive patterns have been scrutinized and investigated, with varying degrees of success. Even the most sophisticated research methods have not yet provided the final account on this bird's « unconventional lifestyle » (Wyllie, 1981). The first collection of data and the first synthesis ever attempted on the Cuckoo's behaviour are preserved in the biological (...)
  18. Spreading of Risk and Stabilization of Animal Numbers.P. J. Boer - 1968 - Acta Biotheoretica 18 (1-4).
  19. Towards a Quantification of Ecological Theory: The Importance of Multivariate Analysis and of an Accurate Diversity Measurement.J. Bogaert, R. Ceulemans, I. Impens & I. Nijs - 2002 - Acta Biotheoretica 50 (1):57-61.
  20. Land-Cover Change: Quantification Metrics for Perforation Using 2-D Gap Features.J. Bogaert, D. Salvador-Van Eysenrode, P. Van Hecke, I. Impens & R. Ceulemans - 2001 - Acta Biotheoretica 49 (3):161-169.
    Perforation or gap formation in a vegetation is a major process in landscape transformation. The occurrence of gaps profoundly alters the microclimatical conditions in a vegetation. A method is proposed to quantify perforation by using the three main 2-D characteristics of the gaps: area, number and boundary length. New measures are developed by normalizing the observed values to the reference status of minimum and maximum perforation. As minimum perforation status, the presence of one single gap with area equal to the (...)
  21. A Reference Value for the Interior-to-Edge Ratio of Isolated Habitats.J. Bogaert, P. Van Hecke & I. Impens - 1999 - Acta Biotheoretica 47 (1):67-77.
    Isolated habitats, the consequence of the fragmentation process, are the object of external disturbance. This divides the patch area into two zones: interior and edge. The interior-to-edge ratio quantifies the potential disturbance impact. A method is presented to calculate a reference value for the interior-to-edge ratio, based upon the minimum edge for a given interior. The method is based on pixel geometry features and mathematical morphology. A corrected interior-to-edge ratio is defined using the reference value. The method is illustrated for (...)
  22. Ecology and Revolution: Global Crisis and the Political Challenge.Carl Boggs - 2012 - Palgrave-Macmillan.
    Ecology and Revolution: Global Crisis and the Political Challenge is an in-depth exploration and analysis of the global ecological crisis (going far beyond the issue of global warming) in the larger context of historical conditions and ...
  23. A Thousand Ecologies.Ronald Bogue - 2009 - In Bernd Herzogenrath (ed.), Deleuze/Guattari & Ecology. Palgrave-Macmillan. pp. 42--56.
  24. Resilience and Stability of Ecosystems.C. S. Boiling - 1976 - In Erich Jantsch (ed.), Evolution and Consciousness: Human Systems in Transition. Reading Ma: Addison-Wesley. pp. 73.
  25. Construction Sites: How Ecology Shapes Development.Jessica A. Bolker - forthcoming - Biological Theory.
  26. Flexibility at the Edge of Chaos: A Clear Example From Foraging in Ants.Eric Bonabeau - 1997 - Acta Biotheoretica 45 (1):29-50.
    Starting from a clear, experimentally verified, example of a flexible biological system -- an ant colony --, it is hypothesized that adaptability is enhanced at the "edge of chaos ", that is, in the vicinity of a point of instability. An ant colony exhibiting an appropriate combination of group and mass recruitment can adaptively switch to a newly introduced food source if it is richer: this is precisely the case of some species, such as Tetramorium caespitum, whose behavioral parameters are (...)
  27. What is Social Ecology.Murray Bookchin - forthcoming - Environmental Philosophy: From Animal Rights.
  28. The Ecology of Freedom: The Emergence and Dissolution of Hierarchy.Murray Bookchin - 2005 - Oakland, Ca ;Ak Press.
    " With this succinct formulation, Murray Bookchin launches his most ambitious work, The Ecology of Freedom.
  29. Which Way for the Ecology Movement?Murray Bookchin - 1994 - Ak Press.
    This collection of essays by one of the world's most respected ecologists calls for a critical social standpoint that transcends both 'biocentrism' and ...
  30. The Philosophy of Social Ecology Essays on Dialectical Naturalism.Murray Bookchin - 1990
  31. The Farmer, the Hunter, and the Census Taker: Three Distinct Views of Animal Behavior.Mark E. Borrello - 2010 - History and Philosophy of the Life Sciences 32 (1).
  32. Heidegger, Technology and Ecology.Catherine Frances Botha - 2003 - South African Journal of Philosophy 22 (2):157-172.
    This article investigates Heidegger's views on technology, specifically focussing on whether it is possible to fit Heidegger's ideas into an ecologically minded framework. The author concludes that the question of what we should do in the wake of the technological crisis we face is inappropriate in terms of Heidegger's philosophy, since he proposes that we should first tackle the question “What should we think?”. The question whether Heidegger's ideas on technology provide us with new paths of action, specifically in terms (...)
  33. On Signs, Memes and MEMS.Paul Bouissac - 2001 - Sign Systems Studies 29 (2):627-644.
    The first issue raised by this paper is whether semiotics can bring any added value to ecology. A brief examination of the epistemological status of semiotics in its current forms suggests that semiotics' phenomenological macroconcepts (which are inherited from various theological and philosophical traditions) are incommensurate with the complexity of the sciences comprising ecology and are too reductive to usefully map the microprocesses through which organisms evolve and interact. However, there are at least two grounds on which interfacing semiotics with (...)
  34. Ecology of Semiotic Space.Paul Bouissac - 1993 - American Journal of Semiotics 10 (3/4):145-165.
  35. The New Agriculture. Genetic Engineering of Plants: Agricultural Research Opportunities and Policy Concerns. National Academic Press, 1984. Pp. 83. Paperback $9.50. [REVIEW]Donald Boulter - 1985 - Bioessays 3 (4):190-190.
  36. Dewey, Ecology, and Education: Historical and Contemporary Debates Over Dewey's Naturalism and (Transactional) Realism.Deron Boyles - 2012 - Educational Theory 62 (2):143-161.
    In the early 1970s, Thomas Colwell argued for an “ecological basis [for] human community.” He suggested that “naturalistic transactionalism” was being put forward by some ecologists and some philosophers of education, but independently of each other. He suspected that ecologists were working on their own versions of naturalistic transactionalism independently of John Dewey. In this essay, Deron Boyles examines Colwell's central claim as well as his lament as a starting point for a larger inquiry into Dewey's thought. Boyles explores the (...)
  37. Whiteheadian Societies as Open-Ended Systems and Open-Ended Systems as Whiteheadian Societies.Joseph A. Bracken - 2012 - Process Studies 41 (1):64-85.
    In this essay I defend two interrelated theses. The first is that Whiteheadian structured societies are best understood as open-ended systems akin to those currently being proposed in the natural and social sciences by Stuart Kauff­man, David Sloan Wilson, and Niklas Luhmann. The second is that an open-ended system is best understood in terms of an ongoing interplay of subjectivity and objectivity, which I derive from a modest rethinking of the workings of a Whiteheadian structured society.
  38. The Value of Endangered Species.Ben Bradley - 2001 - Journal of Value Inquiry 35 (1):43-58.
  39. Introduction to 'Environmental and Land Art': A Special Issue of Ethics, Place and Environment.Emily Brady - 2007 - Ethics, Place and Environment 10 (3):257 – 261.
  40. Biotypology II. Growth as Factor of Development of the Individual Types and of the Ecological Types of Man.Walter Brandt - 1938 - Acta Biotheoretica 4 (2):119-132.
  41. Rights & Nature.Andrew T. Brei - 2013 - Journal of Agricultural and Environmental Ethics 26 (2):393-408.
    Due to the significant and often careless human impact on the natural environment, there are serious problems facing the people of today and of future generations. To date, ethical, aesthetic, religious, and economic arguments for the conservation and protection of the natural environment have made relatively little headway. Another approach, one capable of garnering attention and motivating action, would be welcome. There is another approach, one that I will call a rights approach. Speaking generally, this approach is an attempt to (...)
  42. Inventing Nature: Ecological Restoration by Public Experiments.Adam Briggle - 2005 - Environmental Ethics 27 (3):333-334.
  43. Second Nature and Animal Life.Brisco Stefano Di - 2010 - Between the Species: An Electronic Journal for the Study of Philosophy and Animals 13 (10).
    I am concerned in this paper with McDowell's account of human uniqueness in nature in terms of a fundamental difference between humans and animals. I try to show that the concept of that difference is relevant for a Wittgensteinian understanding of the place of rationality in nature. I then develop an internal criticism of McDowell's transcendental way of approaching this topic by using Diamond's insights about the importance of the details for a realistic philosophical account of human mindedness. My aim (...)
  44. The Pea Aphid, Acyrthosiphon Pisum: An Emerging Genomic Model System for Ecological, Developmental and Evolutionary Studies.Jennifer A. Brisson & David L. Stern - 2006 - Bioessays 28 (7):747-755.
  45. Bioengineering Nitrogen Acquisition in Rice: Can Novel Initiatives in Rice Genomics and Physiology Contribute to Global Food Security?Dev T. Britto & Herbert J. Kronzucker - 2004 - Bioessays 26 (6):683-692.
  46. Are Fossil Fuels The Main Cause of Today's Global Warming?Dejan Brkić - 2009 - Facta Universitatis 6 (1):29-38.
    Gas will increasingly be seen as the fossil fuel of choice, especially when considering environmental impacts. Natural gas is the chance for Serbia for sustainable development and with its intensive consumption in the XXI century to conciliate the 4Es (Energy, Economy, Efficiency and Environment). In this paper we will compare the impact of different fossil fuels used for domestic heating with a special emphasis on natural gas. Some other causes of climate changes will be also discussed such as the Milanković (...)
  47. A History of Animal Welfare Science.Donald Broom - 2011 - Acta Biotheoretica 59 (2):121-137.
    Human attitudes to animals have changed as non-humans have become more widely incorporated in the category of moral agents who deserve some respect. Parallels between the functioning of humans and non-humans have been made for thousands of years but the idea that the animals that we keep can suffer has spread recently. An improved understanding of motivation, cognition and the complexity of social behaviour in animals has led in the last 30 years to the rapid development of animal welfare science. (...)
  48. Ecology as Historical Science.Bryson Brown - 2011 - In Kevin deLaplante, Bryson Brown & Kent A. Peacock (eds.), Philosophy of Ecology. North-Holland. pp. 11--251.
  49. Conservation and Practical Morality: Challenges to Education and Reform.Les Brown - 1987 - St. Martins [Sic] Press.
  50. Biosemiotics and Ecological Monitoring.Luis Emilio Bruni - 2001 - Sign Systems Studies 29 (1):293-311.
    During the recent decades, a global culrural-institutional network has gradually grown lip to project, implement, and use an enormous technological web that is supposed to observe, monitor, communicate, inventory, and assess our environment and its biodiversity in order to implement sustainable management models. The majority of "knowledge tools" that have been incorporated in the mainstream of this "techno-web" are amply based on a combination of mechanistic biology, genetic reductionism, economical determinism and neo-Darwinian cultural and biological perspectives. These approaches leave aside (...)
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