Evolution and life phenomena can be understood as results of history, i.e., as outcomes of cohabitation and collective memory of populations of autonomous entities across many generations and vast extent of time. Hence, evolution of distinct lineages of life can be considered as isomorphic with that of cultures. I argue here that cultures and culture-like systems – human culture, natural languages, and life forms – always draw from history, memory, experience, internal dynamics, etc., transforming themselves creatively into new patterns, (...) never foreseen before. This is possible thanks to the fact that all forms of life are descendants of life. Ontogeny and speciation in various lineages draw from continuous re-interpretation of conservative genetic/generic “texts”, as well as from changes of the interpretative process itself. The result is continuous appearances of new lineages-cultures and/or communities-cultures, in a semiotic process of re-interpretation and inventing new ways of living. The topic is developed here on the backgrounds of ideas presented by R. A. Rappaport in “Ritual and religion in the making of humanity” and J. Flegr in “Frozen evolution”. (shrink)

I outline Gould's conception of evolutionary theory and his ways of contrasting it with contemporary Darwinism; a contemporary Darwinism that focuses on the natural selection of individual organisms. Gould argues for a hierarchical conception of the living world and of the evolutionary processes that have built that living world: organisms are built from smaller components (genes, cells) and are themselves components of groups, populations, species, lineages. Selection, drift and constraint are important to all of these levels of (...) biological organization, not just that of individual organisms. Moreover, both drift and constraint are more important than orthodoxy supposes. While having some sympathy for both of these lines of argument, I argue that they are more problematic than Gould supposes, and that he understates the power and the heterogeneity of orthodox conceptions of life's evolution. (shrink)

Introduction A Brief Conceptual Framework for Biology PART ONE: UNDERSTANDING NATURE 1. The Antecedents of Scientific Thought Animism, Totemism, and Shamanism The Paleolithic View Mesopotamia Egypt 2. Aristotle and the Greek View of Nature The Science of Animal Biology The Parts of Animals The Classification of Animals The Aristotelian System Basic Questions 3. Those Rational Greeks? Theophrastus and the Science of Botany The Roman Pliny Hippocrates, the Father of Medicine Erasistratus Galen of Pergamum The Greek Miracle 4. The Judeo-Christian Worldview (...) The Bishop of Hippo Scholastic Thought Islamic Science Books on Beasts Antecedents of a Revolution 5. The Revival of Science Andreas Vesalius and the Study of Structure William Harvey and the Study of Function Sir Francis Bacon’s Great Instauration Induction, Hypothesis, Deduction The Very Small--Animalcules Robert Hooke and the Discovery of Cells 6. Figur’d Stones and Plastick Virtue Marine Life on Mountain Tops? Figured Stones of Unknown Creatures Baron Cuvier Quarries of the Paris Basin Catastrophism and Uniformitarianism William Smith and the Geological Column Understanding Nature in 1850 PART TWO: THE GROWTH OF EVOLUTIONARY THOUGHT 7. The Paradigm of Evolution First Questions The Paradigm of Natural Theology First Answers 8. Testing Darwins Hypotheses Have Life Forms Changed over Time? Do Species Evolve into Different Species over Time? Has There Been Time Enough for Evolution? Is Natural Selection the Mechanism of Change? The Genetic Basis of Natural Selection Accounting for the Diversity of Life 9. In the Light of Evolution Comparative Anatomy Embryonic Development Classification Microstructure Molecular Processes 10. Life over Time The Origin of Life The Rise of Multicelled Organisms What Is a Phylum? Burgess Shale Metazoans Early Evolution of the Vertebrates The Age of Dinosaurs Birds, Mammals, and Flowering Plants The Rancho La Brea Tar Pits Human Evolution The Role of Extinction in Evolution PART THREE: CLASSICAL GENETICS 11. Pangenesis What Is the Question? Hippocrates and Aristotle The Darwinian Answer Assembling the Data Formulating the Hypothesis by Induction Galton’s Rabbits 12. The Cell Theory The Discovery of Cells: Robert Hooke Schwann and Cells in Animals Gametes as Cells Omnis cellula e cellula? The Technology of Cell Research 13. The Hypothesis of Chromosomal Continuity The Ephemeral Nucleus Schneider, Flemming, and Cell Division The Chromosomes and inheritance Gamete Formation Fertilization 14. Mendel and the Birth of Genetics Model for Monohybrid Crosses Model for Dihybrid Crosses Mendel’s Laws Initial Opposition to Mendelism 15. Genetics + Cytology: 1900-1910 Sutton’s Model The Cytological Basis of Mendel’s Laws Boveri and Abnormal Chromosome Sets Variations in Mendelian Ratios The Discovery of Sex Chromosomes 16. The Genetics of the Fruit Fly Morgan’s First Hypothesis Morgan’s Second Hypothesis The Fly Room Linkage and Crossing-Over The Cytological Proof of Crossing-Over Mapping the Chromosomes The Final Proof The Determinants of Sex The Conceptual Foundations of Classical Genetics 17. The Structure and Function of Genes One Gene, One Enzyme The Substance of Inheritance The Watson-Crick Model of DNA Genes and the Synthesis of Proteins The Genetic Code PART FOUR: THE ENIGMA OF DEVELOPMENT 18. First Principles The Peripatetic Stagirite The Death and Rebirth of Scientific Thought Harvey and Malpighi A Two-Millennial Summing Up Preformation versus Epigenesis 19. The Century of Discovery Von Baer’s Discovery of the Mammalian Ovum Darwin’s Contribution to Embryology Haeckel and Recapitulation 20. Descriptive Embryology Germ Layers The External Development of the Amphibian Embryo The Internal Development of the Amphibian Embryo 21. The Dawn of Analytical Embryology His, Roux, and Mosaic Development Driesch and Regulative Development Novelty in Development Cell Lineage Nucleus or Cytoplasm? Fin de Siècle 22. Interactions during Development Amphibian Organizers Secondary Organizers The Reacting Tissue The Chemical Nature of the Organizer Putting It All Together Conclusion Further Reading References Illustration Credits Index. (shrink)

The project of this paper is to understand what a phylogenetic tree represents and to discuss some of the implications that this has for the practice of systematics. At least the first part of this task, if not both parts, might appear trivial—or perhaps better suited for a single page in a textbook rather than a scholarly research paper. But this would be a mistake. While the task of interpreting phylogenetic trees is often treated in a trivial way, their interpretation (...) is tied to foundational conceptual questions at the heart of systematics—questions whose answers are hotly disputed. I have previously argued that widely shared ideas about the meaning and interpretation of phylogenetic trees are inconsistent with species concepts other than some genealogical version of a phylogenetic species concept (Velasco 2008). Here I rely on a similar approach and concentrate on the implications of the necessary conditions underlying the inferences that we make using phylogenetic trees. I argue that common practices for the interpretation and use of trees are in conflict and that unacceptable principles about species as units of phylogeny must be given up. According to the view that I will develop, all phylogenetic trees depict the history of populations. The branches on trees represent collections of population lineages through time and the splits represent population lineage splits. This is true regardless of whether the tips of the trees are themselves populations, or are species or higher taxa. Although this conclusion might be paired naturally with a view that species must be monophyletic groups, this population-centric view of trees is independent of that view of species. If we still want to have species that are paraphyletic groups of populations, this is permissible as long as we also do not treat species as the units of phylogeny. This population-centric view opposes a species-centric view of phylogeny and might be called a “rank-free” approach since it entails that we do not need to determine which groups are species (which is partly a ranking question) in order to build a tree. This conclusion and the argument for it are meant to be consistent with, but not require, acceptance of the conclusions of Velasco (2008) regarding species. (shrink)

Recent experimental data from proteomics and genomics are interpreted here in ways that challenge the predominant viewpoint in biology according to which the four evolutionary processes, including mutation, recombination, natural selection and genetic drift, are sufficient to explain the origination of species. The predominant viewpoint appears incompatible with the finding that the sequenced genome of each species contains hundreds, or even thousands, of unique genes - the genes that are not shared with any other species. These unique genes and (...) proteins, singletons, define the very character of every species. Moreover, the distribution of protein families from the sequenced genomes indicates that the complexity of genomes grows in a manner different from that of self-organizing networks: the dominance of singletons leads to the conclusion that in living organisms a most unlikely phenomenon can be the most common one. In order to provide proper rationale for these conclusions related to the singletons, the paper first treats the frequency of functional proteins among random sequences, followed by a discussion on the protein structure space, and it ends by questioning the idea that protein domains represent conserved units of evolution. (shrink)

The longstanding species problem in biology has a history that suggests a solution, and that history is not the received history found in many texts written by biologists or philosophers. The notion of species as the division into subordinate groups of any generic predicate was the staple of logic from Aristotle through the middle ages until quite recently. However, the biological species concept during the same period was at first subtly and then overtly different. Unlike the logic sense, which relied (...) on definitions of the essence of both genus and species, biological species from the time of Epicurus were consistently considered to involve a reproductive element: in short, living species relied not on essential definitions, but on the generative cause, which might not be definable. I term this the generative conception of species: species were the generation by reproduction of form. This undercuts the claim that species before Darwin were essentialist, and divorces the notion of a type from that of essence. In fact, as late as the end of the nineteenth century, logicians explicitly treated biological “species” as a homonym only of logical essentialist species, and permitted considerable deviation from the type or form. At every point, species in logic were thought to be a subset, in effect, of some more general notion. I sketch a history of both philosophical and biological traditions of the species concept, before turning to the current conceptions. These are reconsidered in the light of this history, and in particular Mayr’s changing views are shown to be somewhat Whiggish, historiographically. Of the many touted biological species concepts, only one of which (Mayr’s) is called _the_ Biological Species Concept, none appears to capture all the relevant facts, intuitions, and operational requirements of biology. Cladistic conceptions, however, have much in common with the older philosophical literature, in that the natural group of cladism is the clade, or monophyletic group. After considering the Individuality Thesis, and the metaphysics of species, we see that species are the most particular terminal taxa in a clade, and that they are “defined” in terms of the particular synapomorphies, or evolved characters, that are causally responsible for keeping the lineages that organisms form distinct from one another. In this way, we can remain within the generative conception of species that has been in play for over two millennia, and yet avoid the pitfalls of prior attempts to find a universal conception of species. (shrink)

There’s something strange about Freud’s _Civilization and its Discontents_ (1930). Biologically, Freud was a Neo-Lamarckian, who believed in both the modification of organisms through need and the inheritance of acquired characteristics. However, in _Civilization_, Freud argued that because human nature is immutable, society has dim odds of improving substantially. Lamarckians, of course, rejected that any species-nature is immutable, as species can always be transformed via the inheritance of acquired characteristics. In fact, many of Freud’s Viennese contemporaries—such as Wilhelm Reich, Julius (...) Tandler, and Paul Kammerer—took their Lamarckism to license precisely the sorts of radical social projects Freud deemed impossible. Thus the Freud of _Civilization_ helped himself to a rigid view of human nature which, given his associated biological views, he seemingly ought to have rejected. In this paper, I explain this apparent inconsistency, and suggest Freud resolved it in the following way: Freud was not merely a Lamarckian, but also a strong and peculiar kind of recapitulationist, who believed stages of psychological development both recapitulate phylogeny, and “remain with us” throughout both individual lives and future species-history. I suggest Freud’s recapitulationism supposed a certain inertia: what occurred in phylogenetic history cannot un-occur, and therefore there are aspects of our nature which we cannot un-acquire. In this way, Freud reached a rigid conception of human nature despite his Lamarckism. (shrink)

A biosemiotic view of living things is presented that supersedes the mechanistic view of life prevalent in biology today. Living things are active agents with autonomous subjectivity, whose structure is triadic, consisting of the individual organism, its Umwelt and the society. Sociality inheres in every living thing since the very origin of life on the earth. The temporality of living things is guided by the purpose to live, which works as the semantic boundary condition for the (...) processes of embodiment of the subjectivity. Freedom at the molecular and cellular levels allows autonomy and spontaneity to emerge even in single cell organisms, and the presence of the dimension of mind in every living thing is deduced. Living things transcend their individualness, as they live in historically formed higher order structure consisting of the lineage-species and the society. They also transcend materiality, having the dimension of mind. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Philosophy and Literature 25.2 (2001) 197-214 [Access article in PDF] The Origin of Stories:Horton Hears a Who Brian Boyd Works of art die without attention, and we should expect that any critical theory that cannot explain why we attend to art ought itself to be moribund. Yet the currently dominant approach to criticism, which I will dub Cultural Critique, 1 explains art in terms of the limited and suspect (...) perspectives of the culture (society, group, era) that produced it, or as the site of contestation or locus of imbrication of the ideological discourses of its time. Why anyone would want to attend to art, defined thus, becomes a mystery, unless audiences always do indeed crave ideological nourishment or indigestion. Surely we can do better.I would like to offer the outline of an alternative: an evolutionary explanation first for art, then for narrative, then for fiction. Then, since ontogeny recapitulates phylogeny, or at least sometimes helps us retrieve it, and since we have no printouts of Pleistocene potboilers, I will color in the outline by way of Dr. Seuss's children's classic, Horton Hears a Who, contrasting a sample evolutionary analysis of a single work of fiction with the kind of response typical of Cultural Critique.In art we do or make things simply in order to engage our attention, for the sake of attention, and we are not the only species to do so. Intelligence began to evolve because the world is full of potential information that can suggest advantageous courses of behavior. Curiosity evolved on top of intelligence--especially in the species that Konrad Lorenz liked to call "specialists in non-specialization," such as rats among rodents, corvids among songbirds, and humans among primates 2 --because it extends the range of information creatures can attend to and act on. As a result rats can prefer cognitive stimulation to food and sex. 3 As the most intelligent and versatile of species, we humans particularly like directing our attention to what repays our curiosity. [End Page 197]And like other particularly intelligent species, we like to do things that provide cognitive stimulation, whether they have any immediate survival value or not. Corvids (together with psittacines, the most intelligent of birds) enjoy a kind of aerial acrobatics that Lorenz unashamedly labels art. 4 Dolphins in a Hawaiian marine park have developed, without any human prompting, what has been called "air art," a kind of rhythmic gymnastics in which they deploy air bubbles from their blowholes like gymnasts' ribbons or hoops, or, to stress the affinity to art, a kind of aquatic analogue of light sculpture. 5 Chimpanzees appear to engage both in solitary imaginative play, like Kakama with the stick he famously and repeatedly handled as if it were a toy baby, 6 and in group activity, like rhythmic dances, 7 for the sheer pleasure they produce. In art as in so much else we had thought uniquely human, like tool-using or tool-making, like counting or culture, we are finding there are precursors elsewhere in nature. 8Because we are such a highly social species, we crave the attention of others. Human infants are distressed at adults who do not respond to them; 9 infants and children across cultures punish others by withdrawing attention. 10 At any age we like to command attention in ways we choose, for the ability to compete successfully for attention is closely correlated with status, 11 which raises rates of survival and reproduction. 12 And we can recognize something artistic in such forms of competitive animal attention-getting as the dances of lekking birds, the songs of songbirds or whales, or the extravagant architecture of bowerbirds. Not only do we like to command attention, we also enjoy simply sharing it with others, because this cements our place in a social group whose support we need. 13 Again, there are precursors in other species: the elaborate song of duetting songbirds, 14 or the communal dances of chimpanzees.Curiosity directed at what we can do that gives us cognitive pleasure, whether by engaging our own attention or... (shrink)

Responses are strengthened by consequences having to do with the survival of individuals and species. With respect to the provenance of behavior, we know more about ontogenic than phylogenic contingencies. The contingencies responsible for unlearned behavior acted long ago. This remoteness affects our scientific methods, both experimental and conceptual. Until we have identified he variables responsible for an event, we tend to invent causes. Explanatory entities such as “instincts,” “drives,” and “traits” still survive. Unable to show how organisms can behave (...) effectively under complex circumstances, we endow them with special abilities permitting them to do so.Behavior exhibited by most members of a species is often accepted as inherited if all members were not likely to have been exposed to relevant ontogenic contingencies. When contingencies are not obvious, it is perhaps unwise to call any behavior either inherited or acquired, as the examples of churring in honey guides and following in imprinted ducklings show. Nor can the relative importance of phylogenic and ontogenic contingencies be argued from instances in which unlearned or learned behavior intrudes or dominates. Intrusions occur in both directions.Behavior influenced by its consequences seems directed toward the future, but only past effects are relevant. The mere fact that behavior is adaptive does not indicate whether phylogenic or ontogenic processes have been responsible for it. Examples include the several possible provenances of imitation, aggression, and communication. The generality of such concepts limits their usefulness. A more specific analysis is needed if we are to deal effectively with the two kinds of contingencies and their products. (shrink)

Humans are normative beings through and through. This capacity for normativity lies at the core of uniquely human forms of understanding and regulating socio-cultural group life. Plausibly, therefore, the hominin lineage evolved specialized social-cognitive, motivational, and affective abilities that helped create, transmit, preserve, and amend shared social practices. In turn, these shared normative attitudes and practices shaped subsequent human phylogeny, constituted new forms of group life, and hence structured human ontogeny, too. An essential aspect of human ontogeny is therefore its (...) reciprocal nature regarding normativity. This chapter reviews recent evidence from developmental psychology suggesting that, from early on, human children take a normative attitude toward others’ conduct in social interactions, and thus a collectivistic and impersonal perspective on norms. We discuss to what extent our closest living primate relatives lack normative attitudes and therefore live in a non-normative socio-causal world structured by individual preferences, power relationships, and regularities. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:A Hypothesis on the Origin of TradeThe Exchange of Lives for Sacrifice and SexPablo Díaz-Morlán (bio)introductionThe primary objective of this study is to propose a hypothesis regarding the origin of trade that will help to solve the enigma of why human groups, normally each other's enemies, stopped exchanging blows in order to exchange things. The complexity of this crucial step forward in the relationships between hostile primitive groups can (...) be summarized as follows. In order for an exchange to take place, both parties must take part in it voluntarily because they see a mutual benefit in doing so. In turn, both parties should be aware that in order to obtain what interests them, which is closely guarded by the other party, in return, they must hand over what the other party is interested in. The perception of the interest of the other plays a crucial role in trade, both today and in its origins. The next step to be taken after a successful initial exchange was its consolidation, after it had been proved that it mutually benefited groups who had, until then, been enemies. Once established, this pacific exchange would have diversified considerably and its complexity would have increased significantly. An added [End Page 165] advantage, which was unexpected but real, was that its subsequent usefulness in curbing violence contributed to its growing expansion. The emergence of a comparative advantage in the groups that adopted trade would have guaranteed their future progress with respect to those that continued to systematically adopt violent conduct toward their neighbors.1Throughout this study, we will come across the old idea that the market prevents war. Without a doubt, trade and war between individuals and groups are closely connected, but the boundaries between them are fuzzy and their demarcation has proven elusive to researchers. Albert Hirschman studied the intellectual climate in the seventeenth and eighteenth centuries in favor of trade and the express declaration of Montesquieu that "peace is the natural effect of trade."2 Since then, this idea has gained ground among researchers of economics and other fields of knowledge. In L'enfer des choses and subsequent works, Jean-Pierre Dupuy and Paul Dumouchel defend that the economy (the market) is a substitute for the sacred, containing violence through violent means. The market contains violence in the two senses of the term contain: It holds it and curbs it; it is both the poison and the remedy. The consumer society makes all objects available to everyone and in this way deactivates mimetic rivalry, deferring violent conflicts. But it is only a temporary remedy. In the words of Girard, "It is always necessary to find new toys."3Following the path initiated by Dumouchel and Dupuy, with their criticism of the free market economy and their proposal for a new notion of scarcity, in his text The Empire of Value, André Orléan claims that money is at the origin of the market. My analysis alludes to a moment prior to that established by Orléan. He maintains that he does not contemplate the historical origin of money but instead uses the expression "the conceptual origin of money." In fact, when he defends the essential monetary base of the market, he refers to an already developed market system, that is, an economic system for which the operation is structured around the institution of the market.4 Mark R. Anspach also criticized the market system in his book À Charge de Revanche. This author proposes the transcending of the perverse logic of vengeance that defines both war and the market that transforms it into a positive reciprocity based on the gift. This constitutes a type of shift away from looking at the past (settling old accounts) to looking toward the future, embracing gratitude, which gives rise to the initial gesture of giving.5 This study analyzes a time prior to that examined by Orléan and Anspach. It was the moment of hominization, that is, mimicry, the subsequent violence that threatened the survival of human groups and, as we will seek to explain, the market as an institution that has accompanied humankind since its conformation as a species... (shrink)

A leading figure in the emerging field of extinction studies, Thom van Dooren puts philosophy into conversation with the natural sciences and his ethnographic encounters to vivify the cultural and ethical significance of modern-day extinctions. Unlike other meditations on the subject, _Flight Ways_ incorporates the particularities of real animals and their worlds, drawing philosophers, natural scientists, and general readers into the experience of living among and losing biodiversity. Each chapter of _Flight Ways_ focuses on a different species (...) or group of birds: North Pacific albatrosses, Indian vultures, an endangered colony of penguins in Australia, Hawaiian crows, and the iconic whooping cranes of North America. Written in eloquent and moving prose, the book takes stock of what is lost when a life form disappears from the world--the wide-ranging ramifications that ripple out to implicate a number of human and more-than-human others. Van Dooren intimately explores what life is like for those who must live on the edge of extinction, balanced between life and oblivion, taking care of their young and grieving their dead. He bolsters his studies with real-life accounts from scientists and local communities at the forefront of these developments. No longer abstract entities with Latin names, these species become fully realized characters enmeshed in complex and precarious ways of life, sparking our sense of curiosity, concern, and accountability toward others in a rapidly changing world. (shrink)

The autopoietic theory and the enactive approach are two theoretical streams that, in spite of their historical link and conceptual affinities, offer very different views on the nature of living beings. In this paper, we compare these views and evaluate, in an exploratory way, their respective degrees of internal coherence. Focusing the analyses on certain key notions such as autonomy and organizational closure, we argue that while the autopoietic theory manages to elaborate an internally consistent conception of living (...) beings, the enactive approach presents an internal tension regarding its characterization of living beings as intentional systems directed at the environment. (shrink)

A fundamental and bold claim of Portmann’s philosophy of biology is a thesis about the autonomy of self-representation of all living beings: “Self-presentation has to be understood as a basic fact of life, on a par with self-maintenance and the preservation of the species.” In other words, the perceivable appearance of organisms cannot be reduced to its chemical, physiological, morphological or functional causes, but must be understood as a phenomenon in its own right. The aim of the following contribution (...) is threefold. First, it aims at establishing the relevant context for the bold claim by embedding the claim in Portmann’s broader view of biology. Secondly, it aims at reconstructing Portmann’s rather scattered argument for the bold claim by recasting it as an appeal to what Portmann calls “unaddressed authentic appearances”. Finally, it presents Portmann’s partly phenomenological approach to biological phenomena as a reluctant relative of Goethe’s approach, thereby claiming that Portmann is no advocate of a genuine Goethean science of nature. (shrink)

This paper seeks to propose a direction of research based upon the transformation of Merleau-Ponty's thinking with respect to animal life over the course of his writings. In his earlier works, Merleau-Ponty takes up the position that “life” does not mean the same thing when applied to an animal and a human being because of the manner in which the “human dialectic” alters the human being's relation to life. In his later works, particularly in his lectures on nature, this position (...) softens so that the relationship between animals and humans becomes non-hierarchical, but remains essentially the same: there may be no “rupture” between humans and animals, but they are still essentially distinct insofar as all non-humans can be grouped into a single class of “animality.” I attempt to show that Merleau-Ponty fails to follow through with his most radical insights with respect to the relationships between living beings by preserving this distinction and suggest some ways in which we might today confront this problem through the works of Merleau-Ponty in a way that he did not. The proposal, then, is to take seriously “dialectical” biology and develop a Merleau-Pontian conception of species based upon the interrelations of living beings and their environments rather than focusing solely on organisms as discrete units. The conclusion then considers what the consequences of this understanding might be for our understanding of Merleau-Ponty's ontology in general. (shrink)

A compendium of the history and philosophy of wildlife from ancient mythology to scientific ideas of the XIX-XX centuries. Content: 1.1 Knowledge of wildlife: a long way from myths to science. 1.2 The evolution of pre-Darwinian ideas about the constancy and variability of species of living organisms. 1.3 The driving forces of wildlife development. Classical Darwinism: the struggle for existence, natural selection, inheritance of variability. 1.4 Genetic views on the hereditary transmission of species characteristics (preformism, epigenesis, pangenesis, neo-Darwinism). (...) Literature. (shrink)

Architecture and human-built structures are embedded with speciesist practices of domination over the environment, where humans are considered special and superior to other species. This (hu)man exceptionalism has driven architecture and the built environment to be conceived in opposition to ‘nature’, dominating natural terrains and consequently displacing or instrumentalizing the many other species that are given little to no ethical consideration. This way of intervening in the world is leading to the existential questions that must be posed given our (...) global climate crisis. A reframing of human intervention as ‘built environment’ placed in opposition to the ‘natural environment’ of supposedly passive nature, is urgently needed. The motivation for this paper is rooted in a deep concern for the role of humans in the climate crisis and a realization that architecture as a discipline is complicit in elevating the human category above all other beings in nature. There are biases embedded in the practices and teaching of architecture that need to be interrogated and reflected upon, starting with the role models and ideals that we unwittingly operate within. To contextualize the idea of human exceptionalism in architecture, we will explore deep-seeded ideals in architecture linked to the concept of Rectitude as a form of ‘rightness’ -or correct- mode of intervening in the world, conceptualized by Western men as a human-centric practice distinct from nature-made. Supported by Ecofeminist thought, the aim is to open alternative models for world-building and housing humans on earth living in its sixth extinction. (shrink)

This chapter defends a pluralist understanding of species on which a normative species concept is viable and can support natural goodness evaluations. The central question here is thus: Since organisms are to be evaluated as members of their species, how does a proper understanding of species affect the feasibility of natural goodness evaluations? Philippa Foot has argued for a form of natural goodness evaluation in which living things are evaluated by how well fitted they are for (...) flourishing as members of their species, in ways characteristic of their species. She has further argued that assessments of moral goodness in humans are of the same evaluative form. However, natural goodness evaluations and, by extension, the natural goodness approach, do not garner justification in virtue of employing a scientifically privileged conception of species. The natural goodness approach is only justified given particular metaethical and normative commitments that are independent of naturalism, since the approach does not depend upon naturalism alone. (shrink)

How do fitness and natural selection relate to other evolutionary factors like architectural constraint, mode of reproduction, and drift? In one way of thinking, drawn from Newtonian dynamics, fitness is one force driving evolutionary change and added to other factors. In another, drawn from statistical thermodynamics, it is a statistical trend that manifests itself in natural selection histories. It is argued that the first model is incoherent, the second appropriate; a hierarchical realization model is proposed as a basis (...) for a statistical treatment. It emerges that natural selection does not cause evolution; it just is evolution. The theory incorporates relations of statistical correlation, but not the kind of causation found in fundamental physical processes. (shrink)

Denis Diderot’s natural philosophy is deeply and centrally ‘biologistic’: as it emerges between the 1740s and 1780s, thus right before the appearance of the term ‘biology’ as a way of designating a unified science of life (McLaughlin), his project is motivated by the desire both to understand the laws governing organic beings and to emphasize, more ‘philosophically’, the uniqueness of organic beings within the physical world as a whole. This is apparent both in the metaphysics of vital matter he (...) puts forth in works such as D’Alembert’s Dream (1769) and the more empirical concern with the mechanics of life in his manuscript Elements of Physiology, on which he worked during the last twenty years of his life. This ‘biologism’ obviously presents the interpreter of Diderot with some difficulties, notably as regards his materialism, given that contemporary forms of materialism have on the contrary strongly rejected notions of emergence, vitalism, teleology and any concepts appealing to unique, irreducible features of organisms. In response, some have described him as a ‘holist’ (Kaitaro) while others have emphasized his materialist, naturalist project (Bourdin, Wolfe). In what follows I examine a little-known aspect of Diderot’s articulation of his biological project: his statement in favour of epigenesis within the short but suggestive Encyclopédie article “Spinosiste.” Diderot was, of course, a partisan of epigenesis (the developmental-biological theory opposed to preformation, according to which beings develop by successive adjunction of layers of matter), but why include a statement in favour of a particular biological (or developmental) theory within an entry dealing with a philosopher, Spinoza, who does not seem to have been concerned at all with the specific properties of living beings, how they grow from embryonic to developed states, and so on? By trying to answer this question I also try and locate Diderot’s biological project in relation to what will become, in the years after his death, the project for a science called ‘biology’, with figures such as Treviranus and Lamarck. For it is not clear that the two can be easily correlated or causally linked: Diderot’s ‘epigenetic Spinozism’ is a different conceptual entity from what we find in histories of biology. (shrink)

This paper presents arguments and evidence from psychology and neuroscience supporting Lipton’s 2004 claim that scientists create knowledge through an abductive process that he calls “Inference to the Best Explanation”. The paper develops two conclusions. Conclusion 1 is that without conscious effort on our part, our brains use a process very similar to abduction as a powerful way of interpreting sensory information. To support Conclusion 1, evidence from psychology and neuroscience is presented that suggests that what we humans perceive through (...) our senses is not reality, but rather, our ‘brain’s “best guess” of the causes of its sensory input. The implication of this best guessing is that our brains use a process very similar to abduction throughout our lives to inform us of what is happening in the world around us. In addition, an argument based on Darwinian evolution is presented claiming that our brains do an excellent job of interpreting sensory information from the outside world. (If they did not, we, as a species, could hardly have survived.) Combining these two claims leads to Conclusion 1. Building on Conclusion 1, Conclusion 2 is that Lipton and others are correct in claiming that scientists use abduction when creating scientific theories. Abduction must be strong, because Nature chose abduction for its own sensemaking purposes. This paper’s contribution to knowledge is in pointing out that recent psychological and neuroscientific research has major implications for the philosophical world’s confidence in the probable validity of abductive inference. The punchline is simple: Nature chose abduction! (shrink)

This piece, included in the drift special issue of continent. , was created as one step in a thread of inquiry. While each of the contributions to drift stand on their own, the project was an attempt to follow a line of theoretical inquiry as it passed through time and the postal service(s) from October 2012 until May 2013. This issue hosts two threads: between space & place and between intention & attention . The editors recommend that to experience the (...) drifiting thought that attention be paid to the contributions as they entered into conversation one after another. This particular piece is from the BETWEEN INTENTION & ATTENTION thread: Jeremy Fernando, Sitting in the Dock of the bay, watching... * R.H. Jackson, Reading Eyes * Gina Rae Foster, Nyctoleptic Nomadism: The Drift/Swerve of Knowing * Bronwyn Lay, Driftwood * Patricia Reed, Sentences on Drifitng * David Prater, drift: a way * * * * * 1. To drift is to be propelled by currents. 2. Sentences are textual currents. 3. To drift is to be com pelled with currents. 4. To be compelled is to be overcome by some force. 5. To be overcome by some force requires the instantiation of a weightless body (virtual or actual), upon which and through which a force can operate. 6. Forces can be physical, cognitive, unconscious and sensory. 7. Forces of drift have no particular telos; they incline bodies without knowable destination. 8. Drifting is nomadic, where nomadism includes movements between places, times (also time-zones), genres, thought and cognitive states. 9. Forces are attractors; attractivity is a force. 10. Attractivity is a relation between force and body. 11. Attractivity is relation of exteriority; it is of the domain of the foreign. 12. To drift is to become the prey of attraction, the prey of the foreign. 13. In the movement of becoming prey, one can either be eaten or feed into a re-composition of things. 14. Drifting is liminal; it can be equally productive and destructive. 15. The deviated course implied by drifting may yield novelty, yet may equally yield a perpetual deferral of any positionality. 16. The state of drifting is necessary to the creation of novelty. 17. The state of drifting can inhibit the creation of novelty. 18. The modern drift was celebrated as a form of emancipation, through the liberation of urban structures traced on foot, to the negation of banal tasks in riding on the open highway. In the attention economy, drifting has become a paradigm of labour, precarious and otherwise. 19. To drift in a novel fashion requires a necessary threshold between distraction and re-attraction. 20. Re-attraction is a form of going off-track, yet implies the fidelity to an alter force. Re-attraction is eccentric in inclination, that is, decentred, casting alter orbits of orientation. 21. Eccentricity is a form of drift defined as a body inflected by the force of heterogeneous inclination. Eccentricity is the fidelity to the becoming-foreign of the body as prey to attractivity. 22. Drift as eccentricity is equal to the creation of novel modes of inclination alter to the limits of normative orbits of determinate trajectories. 23. The effects of eccentric drifting can only be known post-movement. 24. All modes of drifting (natural and cognitive) are relative to some former position, although distances and their capacity for measurement are inconsistent. 25. Eccentric drifting does not result in relativism. Drifting is transitional, and, like a Moiré pattern, produces interferences between things. 26. Where there is drifting there are both side-effects and side-affects, which feed-back into the inclination of drift itself. 27. Side-effects and side-affects may produce conditions and sensibilities of failure. 28. The ethics of drifting play out in the responsiveness to side-effects/side-affects. 29. Eccentric drifting is not algorithmic, informational, strategic nor opportunistic; it is tactically lived experience. 30. Eccentric drifting is a dance with contingency, of repositioning a body (a body includes thought) through the affirmation of re-attraction. 31. Eccentric drifting is a form of love, a love of existence that proceeds strategic coupling with ideas, people, situations, places and so forth. 32. As a form of love, eccentric drifting can generate changes of state (and even changes of State). 33. Currents that propel/compel a state of eccentric drifting may be imaginary; a possible current includes the attractive force to that which is not (yet) present. 34. Eccentric drifting is not only a state of transitional movement, but most importantly includes the fabrication of imaginary forces that could propel/compel a given body and its spheres of interaction. 35. These sentences comment on drift, but are not exemplary of drifting. (shrink)

The two great modern naturalists, Linnaeus and Darwin, expressed their intuition about how best to visualize patterns of affinities, that is, morphological similarities and divergences between taxa. Linnaeus suggested that “all plants show affinities on all sides, like a territory on a geographical map,” while Darwin thought that it was virtually impossible to understand the affinities between living and extinct species without a genealogical tree. Genealogical trees follow the diachronic, evolving logic of a timeline, whereas maps depict a synchronous (...) pattern of extant taxa. Although the two seem unrelated, various naturalists made attempts to combine them. Surprisingly, these resulted in three-dimensional images that, in order to be observed, had to be projected on paper. The naturalists Max Fürbringer and Richard Bowdler Sharpe were aware of this fact, but even Darwin himself twice combined the basic intuitions underlying the two modes of representation to produce three-dimensional images. This article is a brief history of the efforts to merge genealogical trees and map-like cross sections of affinities into one three-dimensional image. (shrink)

The claim that conceptual systems change is a platitude. That our conceptual systems are theory-laden is no less platitudinous. Given evolutionary theory, biologists are led to divide up the living world into genes, organisms, species, etc. in a particular way. No theory-neutral individuation of individuals or partitioning of these individuals into natural kinds is possible. Parallel observations should hold for philosophical theories about scientific theories. In this paper I summarize a theory of scientific change which I set out (...) in considerable detail in a book that I shall publish in the near future. Just as few scientists were willing to entertain the view that species evolve in the absence of a mechanism capable of explaining this change, so philosophers should be just as reticent about accepting a parallel view of conceptual systems in science evolving in the absence of a mechanism to explain this evolution. In this paper I set out such a mechanism. One reason that this task has seemed so formidable in the past is that we have all construed conceptual systems inappropriately. If we are to understand the evolution of conceptual systems in science, we must interpret them as forming lineages related by descent. In my theory, the notion of a family resemblance is taken literally, not metaphorically. In my book, I set out data to show that the mechanism which I propose is actually operative. In this paper, such data is assumed. (shrink)

Because of the steady involvement of organisms in evolutionary dynamics, of the frequent occurrence of uniparental reproduction and of the diverse outcome of hybridisation events, the species category does not easily apply to a sizeable part of the living world. Problematic is also often the use of the category of the individual, especially in the case of polyembryony, and the distinction between metamorphosis of the individual and metagenesis (alternation of generations) is also often uncertain. More generally, fixing origins is (...) commonly arbitrary, in respect to phylogeny (‘origin’ of species) and ontogeny (‘origin’ of individual) alike. (shrink)

There are many ways of describing and explaining the properties of living systems; causal, functional, and reductive accounts are necessary but no one account has primacy. The history of biology as a discipline has given excessive authority to reductionism, which collapses higher level accounts, such as social or behavioural ones, into molecular ones. Such reductionism becomes crudely ideological when applied to the human condition, with its claims for genes everything from sexual orientation to compulsive shopping. The current enthusiasm for (...) genetics and ultra-Darwinist accounts, with their selfish-gene metaphors for living processes, misunderstand both the phenomena of development and the interactive role that DNA and the fluid genome play in the cellular orchestra. DNA is not a blueprint, and the four dimensions of life (three of space, one of time) cannot be read off from its one-dimensional strand. Both developmental and evolutionary processes are more than merely instructive or selective; the organism constructs itself, a process known as autopoiesis, through a lifeline trajectory. Because organisms are thermodynamically open systems, living processes are homeodynamic, not homeostatic. The self-organising membrane-bound and energy-utilising metabolic web of the cell must have evolved prior to so-called naked replicators. Evolution is constrained by physics, chemistry, and structure; not all change is powered by natural selection, and not all phenotypes are adaptive. Finally, therefore, living processes are radically indeterminate; like all other living organisms, but to an even greater degree, we make our own future, though in circumstances not of our own choosing. (shrink)

The fall of the nineteenth century abounded in discoveries of natural laws, that is, strict and unequivocal rules of the development of life. These laws stated for example that ontogeny of individuals repeats, or recapitulates, phylogeny of the species; that big and specialized forms originate in evolution from small and unspecialized ones, while the reverse is not true; that endothermic animals are larger-sized and more compact in cool than in warm climates, and so on. Louis Dollo, a Belgian palaeontologist, (...) proposed the so-called law of irreversibility of evolution which stated that an organic structure lost in evolution cannot reappear with all the peculiarities of its design. This law seems indeed to be true but not particularly original. It was Heraclitus who first observed that one could not enter the same river twice. Dollo's law says essentially the same thing. The flow of evolutionary events combines so many processes in so many ways that past evolutionary events cannot recur exactly. “What is done, is done forever”. Time itself introduces asymmetry into the evolutionary process. (shrink)

This superbly written and finery argued philosophical essay has potentially revolutionary importance for understanding "human consciousness, " and its author has accordingly been celebrated by the likes of Oliver Sachs and Karl Pribram. Showing the relevance of neuropathology for understanding the unifying processes behind perception, memory, and language, Jason Brown offers an exciting new approach to the mind/brain problem, freely crossing the boundaries of neurophysiology, psychology, and philosophy of mind. Hard science and the study of the nature of mind (including (...) Buddhist perspectives) come together in new ways, and without advocating the reductionist "computational model" for the mind/brain relation which dominates cognitive science today. Brown finds that every event in conscious life passes through highly determinate stages in a fraction of a second. These repeat both the stages of individual growth and of the evolution of the species: Not only does ontogeny recapitulate phylogeny, but the emergence of every moment of awareness recapitulates them both. This process begins deep in the brain stem with the mere awareness of duration, proceeds through concept-formation and image selection, and terminates with the apprehension of an object in the external world. The external object acts as a realistic constraint on consciousness. But in conditions such as brain damage, dream, meditation, as well as creativity, the preconscious stages enter into direct awareness, giving us explicit glimpses of developmental and evolutionary process and presenting a startling reversal of common ideas about the development of mind. Concept and image do not derive from perception and sensation, theycome first. And the principle of consciousness, rather than being a latecomer on the evolutionary and developmental scene, is a potentiality throughout. This lucidly written book will not disappoint the many readers concerned with the great frontier of scientific exploration -- the nature of consciousness. (shrink)

The correct explanation of why species, in evolutionary theory, are individuals and not classes is the cladistic species concept. The cladistic species concept defines species as the group of organisms between two speciation events, or between one speciation event and one extinction event, or (for living species) that are descended from a speciation event. It is a theoretical concept, and therefore has the virtue of distinguishing clearly the theoretical nature of species from the practical criteria by which species may (...) be recognized at any one time. Ecological or biological (reproductive) criteria may help in the practical recognition of species. Ecological and biological species concepts are also needed to explain why cladistic species exist as distinct lineages, and to explain what exactly takes place during a speciation event. The ecological and biological species concepts work only as sub-theories of the cladistic species concept and if taken by themselves independently of cladism they are liable to blunder. The biological species concept neither provides a better explanation of species indivudualism than the ecological species concept, nor, taken by itself, can the biological species concept even be reconciled with species individualism. Taking the individuality of species seriously requires subordinating the biological, to the cladistic, species concept. (shrink)

The discovery of the concrete basis for genes, and especially the clarification of mechanisms regulating gene expressions (in particular those that bear on the stepwise processing of hereditary information from the sequences of DNA nucleotides to the proteins) was to give flesh to the concept of a genetic program, for these regulations introduce relationships of order between the various elements of information contained in the genes. These order relations are then revealed during the time-dependent expression of the genetic program. They (...) can lead, in the case of a given program, to a plethora of particular outcomes, because the number of possible combinations rapidly becomes enormous. Since the discoveries of Jacob and Monod, it is clear that the genes specifying the regulatory functions will be responsible for phenotypic variability, especially for the apparently ideal adaptation of a living organism to its environment, and more generally for all the genotype-bound manifestations as they unfold in time. -/- Thus we are led to consider three particular characteristics that allow for the representation of living beings: a program, which summarizes the hereditary constraints and is, in fact, the abstract notion underlying the definition of all individuals in a given class (species); an initial state of the system that represents the context in which the program must express itself at the time of the individual's birth; and a particular outcome of each program, which coincides with individual development. The set of all outcomes constitutes the genetic envelope and allows the essential characteristics of the program to be obtained by induction. Theoretically, a structured set equivalent to the aforementioned one could be reconstructed by providing the program, the initial state, and the totality of the events of the external environment, producing any interaction whatever with the individual. -/- As a consequence, the observation of a phenotype does not tell in any straightforward way, what is the direct consequence of the expression of a particular gene, or of a specific feature of the environment. A phenocopy is a particular example of a phenotype that is the result of a gene expression mimicking a particular gene-directed phenotype, without however corresponding to a pparticular mutation of a known gene. (shrink)

Biology and the social sciences share an interest in phylogeny. Biologists know that living species are descended from past species, and use the pattern of similarities among living species to reconstruct the history of phylogenetic branching. Social scientists know that the beliefs, values, practices, and artifacts that characterize contemporary societies are descended from past societies, and some social science disciplines, linguistics and cross cultural anthropology for example, have made use of observed similarities to reconstruct cultural histories. Darwin appreciated (...) that his theory of descent with modification had many similarities of pattern and process to the already well developed field of historical linguistics. In many other areas of social science, however, phylogenetic reconstruction has not played a central role. (shrink)

The aim of this paper is to explore how children learn to form new relationships with nature. It draws on a longitudinal case study of children participating in a stewardship project involving the conservation of salamanders during the school day in Stockholm, Sweden. The qualitative method includes two waves of data collection: when a group of 10-year-old children participated in the project (2015) and two years after they participated (2017). We conducted 49 interviews with children as well as using participant (...) observations and questionnaires. We found indications that children developed sympathy for salamanders and increased concern and care for nature, and that such relationships persisted two years after participation. Our rich qualitative data suggest that whole situations of sufficient unpredictability triggering free exploration of the area, direct sensory contact and significant experiences of interacting with a species were important for children’s development of affective relationships with the salamander species and with nature in an open-ended sense. Saving the lives of trapped animals enabled direct sensory interaction, feedback, increased understanding, and development of new skills for dynamically exploring further ways of saving species in an interactive process experienced as deeply meaningful, enjoyable and connecting. The behavioural setting instilled a sense of pride and commitment, and the high degree of responsibility given to the children while exploring the habitat during authentic situations enriched children’s enjoyment. The study has implications for the design of education programmes that aim to connect children with nature and for a child-sensitive urban policy that supports authentic nature situations in close spatial proximity to preschools and schools. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Ethics & the Environment 8.1 (2003) 143-150 [Access article in PDF] Species Nova [To See Anew]Art as Ecology David Haley Looking Back From space, looking back at earth, we may see three key issues: the accelerating increase of the human species, the accelerating decrease of other species, and the accelerating effects of climate change. We might ask, how are we to cope with these changes creatively?That our societies tend (...) to value economics over ecology, and monoculture and agro-industry over diversity and permaculture, is certainly worthy of ethical attention. Here I want to invoke a call for integrating art as a necessary contribution to ecological intervention. I consider how artists may engage uncertainty, and how art may be used to develop new ways of seeing and "drawing." This is art for evolutionary survival, not commodification. Art that practices care, shared responsibility, and diversity in the pursuit of eco-centric cultures. Although this paper mainly references visual art forms, this should not be taken to exclude others. Here I am primarily concerned with identifying some of the possible forms of ecological or eco-art. This is art practiced by artist and inventors in the manner of the archetype of Daedalus and worthy of the name implied by the root of the word art. Rt, an ancient term from the Rg Vedas, refers to the virtuous, continuing creation of the cosmos. [End Page 143] Seeing is Believing/ Uncertainty in View The suffix species nova is ascribed by scientists to a new bacterium species, prior to the confirmation of its existence in the appropriate academic journals. The word species means "to look" and "a class of things, living organisms capable of exchanging genes, classified as a taxonomic rank below a genus and denoted by a Latin binomial." It also refers to "the visible form of each of the elements of consecrated bread and wine in the Eucharist." Nova refers to the mistaken sighting of a new star, a flash of brightness that quickly dims. Something novel is a new kind of nature, something strange or previously unknown, and novelty refers to invention. Species nova: two words that evoke ideas about innovations of visual experience and belief.I use the phrase to denote the potential for understanding a new order and evolutionary change—"to see anew." I am also aware that species nova could mean a mistaken religious experience, or a class of living things that flashes brightly and quickly dims. Uncertainty is embedded in the richness of meanings.It is ten years since the Earth Summit in Rio popularized the notion of sustainable development and introduced Agenda 21 as a strategy to achieve it. Sadly, culture and art, two of the systems that define humanity, were not mentioned among the necessary tools for building a better future.But what is sustainable development? Is it about conservation, restoration, or regeneration? Will it stop global warming and feed the poor, or is it like candyfloss—a confection of transient comfort, with no real meaning? Has it become a corrupt cultural construct, an anthropocentric myth in the vain pursuit of hope?Recently the Intergovernmental Panel on Climate Change confirmed that "most of the warming observed over the past 50 years is attributable to human activities." However, the projections and models that have been developed for policy makers to envisage climate change scenarios demonstrate the limits of our ability to understand the situation, let alone adapt to it. A recent review in Nature, comparing two twenty-year forecasts ironically concluded: Uncertainties therefore remain that are beyond the statistical uncertainties described in the two papers. But both sets of authors point out that the upper bound on the potential warming for 2100 may well be [End Page 144] above the IPCC figure of 5.8K under 'heavy emissions' scenarios. So policy-makers should not discount the possibility of a very warm climate considering long-range policy options. (Funnel 2001, 5) A subsequent article in Nature's Climate Change Review reveals even more concern about communicating scientific uncertainty, because models that simulate long-term climate changes cannot be tested using real... (shrink)

Neo‐Aristotelian ethical naturalism purports to show that moral evaluation of human action and character is an evaluation of natural goodness—a kind of evaluation that applies to living things in virtue of their nature and based on their form of life. The standard neo‐Aristotelian view defines natural goodness by way of generic statements describing the natural history, or the ‘characteristic’ life, of a species. In this paper, I argue that this conception of natural goodness commits the (...) neo‐Aristotelian view to a problematic anti‐individualism that results in the wrong assessment of individuals with uniquely adaptive adjustments. I then offer an alternative account of natural goodness that avoids this problem. Instead of relying on generic statements about a species, my account defines natural goodness based on counterfactual conditionals describing the modal properties of a single individual. I argue that this modal‐explanatory account gives a conception of natural goodness that is more intuitively plausible and better suited to capture the diversity and plasticity distinctive of life. (shrink)

It is now widely accepted that microorganisms play many important roles in the lives of plants and animals. Every macroorganism has been shaped in some way by microorganisms. The recognition of the ubiquity and importance of microorganisms has led some to argue for a revolution in how we understand biological individuality and the primary units of natural selection. The term “holobiont” was introduced as a name for the biological unit made up by a host and all of its associated (...) microorganisms, and much of this new debate about biological individuality has focused on whether holobionts are integrated individuals or communities. In this paper, I show how parts of the holobiont can span both characterizations. I argue that most holobionts share more affinities with communities than they do with organisms, and that, except for maybe in rare cases, holobionts do not meet the criteria for being organisms, evolutionary individuals, or units of selection. (shrink)

At first glance botanical illustrations of the eighteenth century might be interpreted as being naturalistic portraits of living plants. A more detailed investigation, however, reveals that the pictures were meant to communicate typical features of plant species in the way of a model. To this end, botanists of the period gave botanical draughtsmen specialist training; copying earlier examples and standardised motives from drawing books was a common part of this training. The practice of copying elements of previously published drawings (...) and integrating them into new pictures was also widespread. However, only carefully selected elements were taken over, and even these were improved in terms of their correctness and appropriateness to the new context. This procedure was a strategy that eighteenth-century botanists used so that they would present an illustration that met their own requirements more satisfactorily than existing depictions. From this perspective, botanical illustrations can serve as historical sources on the working practices of eighteenth-century botanists and draughtsmen, which are usually not mentioned in textual sources. (shrink)

University of Buffalo New York Department of Art Gallery. The ancient philosopher Protagoras is most famous for his claim: “Of all things the measure is Man” and today, Western societies continue to promote anthropocentrism, an approach to the world that assumes humans are the principal species of the planet. We naturalize a scale of worth, in which beings that most resemble our own forms or benefit us are valued over those that do not. The philosophy of humanism has been trumpeted (...) as the hallmark of a civilized society, founded on the unquestioned value of humankind defining not only our economic, political, religious, and social systems, but also our ethical code. However, artists recently have questioned whether humanism has actually lived up to its promises and made the world a better place for humankind. Are we better off privileging humans above all else or could there be other, preferable, ways to value life? With the continued prevalence of violent crimes, even genocide, in the twentieth and twenty-first centuries, we see the ways in which the discourse of humanism falters, as groups are targeted through rhetoric reducing them to the subhuman, and therefore disposable. But what if the subhuman, nonhuman, and even the non-animal and material, were reconsidered as objects of worth even if far removed from us? (shrink)

Of all the species that live on this planet, as far as we know, man is the only one capable of awareness; observing the sky, understanding its beauty, and asking questions about the meaning of life and that of death, on the beginning and the end, both about the Universe and man himself. The questions range in all directions: why is there something instead of nothing? Who is the architect of reality, and why does it appear to us as it (...) does, rather than in some other way? What's the point of all this? Where does life originate, and what are the origins of the Universe that encompasses it? This book aims to introduce and address the questions that are often asked and answer with the knowledge that science provides us. Where does all the matter we are made of come from and what constitutes the Universe? Is it true that there is matter and energy whose existence can be intuited only indirectly, as the existence of the wind is deduced from leaves' motion? Einstein was right in his revolutionary description of reality, on nature of space and time, inextricable units in their apparent dichotomy. Does each observer truly observe a 'different' time from another observer? Can we move back and forth in the time? How space and time are modified by astronomical objects such as black holes, and what is the nature of the latter? Will time and the Universe end and how did they originate? The Universe is incredibly vast, housing hundreds of billions of galaxies within the observable Universe alone. Beyond what we can observe, there may exist an unimaginably vast expanse that extends infinitely and beyond our imagination. Our Universe, enormous as it may be, is not the only one. That's all predicted by certain cosmological and physical theories. Is life unique to Earth, or does the Universe harbor other forms of life that remain undiscovered to us? Finally, we are confronted with the most intriguing and elusive question of all: was all of this deliberately planned by some higher power, or is it merely a result of natural processes? Each of these questions touch on a fundamental aspect of our perception of the Universe and our quest to comprehend humanity's place in the cosmos. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Introduction:Beyond Nature/Culture Dualism: Let's Try Co-Evolution Instead of "Control"Ronnie Hawkins (bio)In the original call for papers for this special issue, nature/culture dualism was characterized as a way of thinking that holds human culture and nonhuman nature to be radically different ontological spheres, hyperseparated and oppositional, or, as Val Plumwood maintains in her essay, an orientation that assumes "separate casts of characters in separate dramas." In the human sphere, individuals (...) are unique and their lives are precious (at least theoretically), with concerns understood "from the inside," in terms of experience, intention and agency. In the sphere of nature, on the other hand, nonhuman beings are seen "from the outside," at best as replaceable members of species or populations needed for ecosystem functioning and, at worst, as unagentive, thinglike objects open for unbridled human exploitation. With our vast information and communication systems now largely in place, however, our human "noösphere" is rapidly enlarging to place us firmly within the biosphere (which, of course, in the imagery of Venn diagrams, must make up the larger circle on the screen), illuminating "both casts in both dramas," or perhaps joining all actors on the stage in a many-act, multidimensional play, the denoument of which, whether or not the extant lifeforms on this [End Page 1] planet will continue to evolve, remains as yet unwritten. The five essays in this collection speak to these points, and together they develop an alternative vision to our present dualistic impasse, seeing multiple natural agencies engaged with humanity in ongoing co-evolution and, as Freya Mathews suggests, raising the hope for a synergistic restructuring of lifeways that may yet save us from anthropogenic catastrophe.In "The Culture of Nature As Seen Through Mississippian Geographies," Jeff Baldwin shows us the broad scope of interacting agents, human and nonhuman, biological and geological, in what he terms "the nature-culture of the Mississippi River," as highlighted by the recent devastation of human habitation along the Gulf Coast of the United States wrought by Hurricanes Katrina and Rita. By enacting a role in which we "believe [our]selves to rule over a mechanistic world," we humans have, over the last century or so, stemmed the natural flooding of the Mississippi, rerouting the sediments that maintained and extended the delta, funneling them into the sea and thereby bringing about the subsidence and erosion of hundreds of square miles of coastal land. Concomitantly, we have let agricultural runoff from the huge Mississippi drainage basin eject excess nutrients into the Gulf of Mexico, stimulating algal blooms and die-offs, depleting the water of oxygen so as to create a hypoxic "dead zone" that is now the size of Massachusetts, and (though Baldwin does not discuss this aspect of the problem) we have released enough petrochemical pollution in the area to have earned the lower reaches of the River the name "Cancer Alley" decades ago. A failure to grasp the import of these large anthropogenic effects is, sadly, evident in calls for rebuilding the New Orleans area according to the same mechanistic model that has already proven so inadequate. Baldwin observes that the earth changes wrought through human cultural innovation often occur so rapidly, or have their negative feedbacks technologically so displaced through time and space, that their eventual impacts on the larger system may initially go unappreciated. His vision of "the culture of nature," however, is ultimately an optimistic one, since his functional understanding of culture is that it ultimately works toward mutualism, promoting increasingly appropriate relationships among all interacting components, and he finds evidence of a growing effort to establish an "intentional co-evolution," a conscious alignment of human projects with the ongoing projects of a living nature that encompasses them. [End Page 2]If Baldwin's essay helps us see our human activities "from the outside"—not just "from within" prevailing human culture, where they seem taken-for-granted necessities given a certain form of social construction, but as they alternatively appear inside biospherical space, often as inappropriate, exploitative interferences and intrusions—Stacey Sowards' essay, "Identification Through Orangutans: Destabilizing the Nature/Culture Dualism," explores the potential for our connecting with nonhuman life "from the inside," relating... (shrink)

“Arguments from nature” are used, and have historically been used, in popular responses to advances in technology and to environmental issues—there is a widely shared body of ethical intuitions that nature, or perhaps human nature, sets some limits on the kinds of ends that we should seek, the kinds of things that we should do, or the kinds of lives that we should lead. Virtue ethics can provide the context for a defensible form of the argument from nature, and one (...) that makes proper sense of its enduring role in debates concerning our relationship to technology and the environment. However, the notion of an ethics founded upon an account of the essential features of human nature is controversial. On the one hand, contemporary biological science no longer defines species by their essential characteristics, so from a biological point of view there just are no essential characteristics of human beings. On the other hand, it might be argued that humans have, in some sense, “transcended our biology,” so an understanding of humans as a biological species is extraneous to ethical questions. In this article, I examine and defend the argument from nature, as a way to ground an ethic of virtue, from some of the more common criticisms that are made against it. I argue that, properly interpreted as an appeal to an evaluative account of human nature, the argument from nature is defensible with the context of virtue ethics and, in this light, I show how arguments from nature made in popular responses to technological and environmental issues are best understood. (shrink)

To what extent and in what sense is the being of a person a historical way of being? To what extent? Comprehensively and fundamentally. To be a person is to be a history. In what respect? In two respects, opposed but related. On the one hand, being a person is an achievement of a living individual belonging to a natural kind whose genetic endowment and possible behaviors provide the necessary conditions for that achievement. On the other hand, a (...) human being becomes the person he is within, and as one expression of, a complex network of artifacts—language, ritual, social institutions, styles of art and architecture, cosmologies and myths—that constitute a culture. A culture, of course, is itself a sedimentation of the actions of past persons; but it is, nevertheless, preexistent with respect to the development of any particular person. Great innovators may change their societies, but they have to be born into, and grow up in, some society, however radically they may come to alter, perhaps even to destroy it. Admittedly, the distinction between nature and culture is a commonplace; I am trying to introduce it here, however, not as a simple dichotomy, but as an internal relation essential in its integrity to the being of human beings. Helmuth Plessner has spoken of the natural artificiality of man: a human being is an individual member of the species homo sapiens, to whose development, even as a living thing, inherence in an artifactual medium is necessary. It is our nature to need the artificial; we come to ourselves not only as users of, but as dwellers within, a tightly woven net of artifacts. Even for his physiological development, for the achievement of reproduction, sustenance, rest, and so on, a human being needs, in general, a roof over his head, a language, theories of some kind about the way things are, at least minimal apprenticeship in a trade or calling, etc. Thus human nature, being dependent on culture, is itself historical. For a culture is an historical artifact interiorized in the life history of each of its participants, and to be one of those participants consists precisely in that process of interiorization. That is the chief lesson, for example, of Adolf Portmann’s study of the first year of life, or, as he calls it, the year of the social uterus. Our young, like those of other higher mammals, are born with their senses wide awake, yet, like the lower mammals, and unlike other higher forms, they have to hug the nest, lying recumbent, in order to assimilate, in their dependency, the structure of their immediate human community. Only in the second year of life, when they have learned to walk and to speak, will they enter on a course of what will eventually be responsible actions. In its natural as well as cultural aspect, humanity is something to be achieved, and the person is the history of that achievement. It is in this dual, yet single, sense that the being of the person is historical. (shrink)

Plant and animal species are information-processing entities of such complexity, integration, and adaptive competence that it may be scientifically fruitful to consider them intelligent. The possibility arises from the analogy between learning and evolution, and from recent developments in evolutionary science, psychology and cognitive science. Species are now described as spatiotemporally localized individuals in an expanded hierarchy of biological entities. Intentional and cognitive abilities are now ascribed to animal, human, and artificial intelligence systems that process information adaptively, and that manifest (...) problem-solving abilities. The structural and functional similarities between such systems and species are extensive, although they “are usually obscured by population-genetic metaphors that have nonetheless contributed much to our understanding of evolution.In this target article, I use Sewall Wright's notion of the “adaptive landscape” to compare the performances of evolving species to those of intelligent organisms. With regard to their adaptive achievements and the kinds of processes by which they are achieved, biological species compare very favorably to intelligent animals by virtue of interactions between populations and their environments, between ontogeny and phylogeny, and between natural, interdemic, organic, and species selection. Addressing the question of whether species are intelligent could help to refine our ideas about species, evolution, and intelligence, and could open new lines of empirical and theoretical inquiry in many disciplines. (shrink)

The strong version of the life-mind continuity thesis claims that mind can be understood as an enriched version of the same functional and organizational properties of life. Contrary to this view, in this paper I argue that mental phenomena offer distinctive properties, such as intentionality or representational content, that have no counterpart in the phenomenon of life, and that must be explained by appealing to a different level of functional and organizational principles. As a strategy, and following Maturana’s autopoietic theory (...) of cognition, I introduce a conceptual distinction between mind and cognition. I argue that cognition corresponds to the natural behaviour that every living being exhibits in the realization of its existence, and that, viewed in that way, cognition is a dynamic process of structural coupling that, unlike mental phenomena, involves no representational contents. On the basis of this distinction, I try to show that while life suffices for cognition, it does not suffice for mind. That is, that the strong continuity is not between life and mind but between life and cognition. (shrink)

We review some of the main implications of the free-energy principle (FEP) for the study of the self-organization of living systems – and how the FEP can help us to understand (and model) biotic self-organization across the many temporal and spatial scales over which life exists. In order to maintain its integrity as a bounded system, any biological system - from single cells to complex organisms and societies - has to limit the disorder or dispersion (i.e., the long-run entropy) (...) of its constituent states. We review how this can be achieved by living systems that minimize their variational free energy. Variational free energy is an information theoretic construct, originally introduced into theoretical neuroscience and biology to explain perception, action, and learning. It has since been extended to explain the evolution, development, form, and function of entire organisms, providing a principled model of biotic self-organization and autopoiesis. It has provided insights into biological systems across spatiotemporal scales, ranging from microscales (e.g., sub- and multicellular dynamics), to intermediate scales (e.g., groups of interacting animals and culture), through to macroscale phenomena (the evolution of entire species). A crucial corollary of the FEP is that an organism just is (i.e., embodies or entails) an implicit model of its environment. As such, organisms come to embody causal relationships of their ecological niche, which, in turn, is influenced by their resulting behaviors. Crucially, free-energy minimization can be shown to be equivalent to the maximization of Bayesian model evidence. This allows us to cast natural selection in terms of Bayesian model selection, providing a robust theoretical account of how organisms come to match or accommodate the spatiotemporal complexity of their surrounding niche. In line with the theme of this volume; namely, biological complexity and self-organization, this chapter will examine a variational approach to self-organization across multiple dynamical scales. (shrink)

A brief, radical defense of human uniqueness from acclaimed philosopher Roger Scruton In this short book, acclaimed writer and philosopher Roger Scruton presents an original and radical defense of human uniqueness. Confronting the views of evolutionary psychologists, utilitarian moralists, and philosophical materialists such as Richard Dawkins and Daniel Dennett, Scruton argues that human beings cannot be understood simply as biological objects. We are not only human animals; we are also persons, in essential relation with other persons, and bound to them (...) by obligations and rights. Our world is a shared world, exhibiting freedom, value, and accountability, and to understand it we must address other people face to face and I to I. Scruton develops and defends his account of human nature by ranging widely across intellectual history, from Plato and Averroës to Darwin and Wittgenstein. The book begins with Kant's suggestion that we are distinguished by our ability to say "I"—by our sense of ourselves as the centers of self-conscious reflection. This fact is manifested in our emotions, interests, and relations. It is the foundation of the moral sense, as well as of the aesthetic and religious conceptions through which we shape the human world and endow it with meaning. And it lies outside the scope of modern materialist philosophy, even though it is a natural and not a supernatural fact. Ultimately, Scruton offers a new way of understanding how self-consciousness affects the question of how we should live. The result is a rich view of human nature that challenges some of today's most fashionable ideas about our species. (shrink)

The author reconstructs the theory of F. Varela with relevance to the hard problem of consciousness. This problem was touched by Varela in relatively late period of his work. However, the implications for dissolution of this problem can be found in his earlier works with H. Maturana. Theory of autopoietic systems ties life and cognition together, resulting in natural historical comprehension of consciousness and its functioning. Autopoiesis, understood as network of processes of production of components used as resources for (...) maintaining these processes, sets organizational invariances, distinguishing living system from its milieu. The main criterion of living system is an ability to maintain autopoietic organization while undergoing structural transformations with environment. Structural plasticity leads to multiple realizability of autopoietic organizations, which, in turn, leads to radical conclusion on nature of knowledge. One can distinguish the knower and the known only contingently, as the structure of knowledge reflects cognitive structure of the knower. This intertwinement permits Varela to introduce the enactivist program, which presupposes not simply reform in the scientific research of consciousness but also rethinking the implications of scientific knowledge itself. Cognition is a sensorimotor constitution of the world. Therefore, consciousness is not an object of material nature among other objects but provides our cognitive access to nature. Varela intended to abandon the theoretical approach to the problem of consciousness. His aim was not to provide a new argument. This is a consequence of the enactivist position which, according to theory of autopoiesis, must be applicable to the knower himself. (shrink)

The species of vitalism discussed here, to immediately rule out two possible misconceptions, is neither the feverish cosa mentale found in ruminations on ‘biopolitics’ and fascism – where it alternates quickly between being a form of evil and a form of resistance, with hardly any textual or conceptual material to discuss – nor the opaque, and less-known form in which it exists in the worlds of ‘Theory’ in the humanities, perhaps closely related to the cognate, ‘materiality’. Rather, vitalism here is (...) a malleable construct, often with a poisonous reputation, hovering in the realms of the philosophy of biology, the history of medicine, and the scientific background of the Radical Enlightenment. This is a more vital vitalism, or at least a more ‘biologistic’, ‘embodied’, medicalized vitalism. I first distinguish between what I would call ‘substantival’ and ‘functional’ forms of vitalism, as applied to the eighteenth century. Substantival vitalism presupposes the existence of something like a vital force which either plays a causal role in the natural world as studied by scientific means, or remains a kind of hovering, extra-causal entity. Functional vitalism tends to operate ‘post facto’, from the existence of living bodies to the desire to find explanatory models that will do justice to their uniquely ‘vital’ properties in a way that fully mechanistic models cannot. I discuss some representative figures of the Montpellier school as being functional rather than substantival vitalists. A second point concerns the reprisal of vitalism in ‘late modernity’; from Hans Driesch to Georges Canguilhem. I suggest that in addition to the substantival and functional varieties, we then encounter a third, more existential form of vitalism, articulated by Canguilhem, in which vitalism is a kind of attitude towards Life. All of this, I hope, argues for a form of vitalism which is neither tedious scientism nor dangerous political rhetoric of health and sickness; instead, a vitalism with its own discreet charm. (shrink)

There is a broad consensus in the literature that in the section on ‘The Genus’ in theScience of Logic, Hegel argues that any living being must exist among other instances of its kind, with which it reproduces to create future generations, and out of which it was itself produced. This view is not only hard to motivate philosophically, it also seems to contradict many things Hegel says elsewhere in his system about the details of living nature, especially concerning (...) the reality of spontaneous generation. After an examination of the secondary literature on ‘The Genus’, I offer an alternative view of this section, which I call ‘the Modal Reading’. The Modal Reading sees the language of pluralities in ‘The Genus’ as really Hegel's peculiar way of articulating certain modal features of thoughts about the living: to grasp a living individual as living, we need to distinguish not only between this individual and its environment, but also between the things this individual actually does and other possibilities which it does not actualize. The Modal Reading has a logical motivation insofar as it articulates what is needed to think of a living being as living, but it also avoids saddling Hegel with the problematic entailments he is usually read as taking on in this section. A further upshot of the Modal Reading is that approaching Hegel in this way provides us with a way to see Hegel as defending a non-nominalistic alternative to essentialist accounts of living kinds. Finding a way to read ‘The Genus’ which coheres with Hegel's views elsewhere in his system thus shows Hegel to have been an especially subtle and penetrating thinker, with continuing relevance for the philosophy of biology. (shrink)

Suppose the present generation leaves future ones with a world depleted of all the natural resources required for many valuable human pursuits. Has the present generation acted unjustly? According to contemporary theories of liberal egalitarian intragenerational and intergenerational justice, the answer, it appears, is no. The explanation for this verdict lies in the liberal commitment to remaining neutral between different ways of life: many value-laden environ- mental sites and species are not an all-purpose means to any reasonable human end (...) and so their existence is not directly relevant in an assessment of whether justice obtains. Against this view, I argue that a commitment to neutrality and its underlying justification – the idea that individuals should be equipped to live lives of their own design – in fact supports the opposite conclusion. If justice requires that citizens can pursue whatever way of life they do or might value, then it will also demand the continued existence of the natural resources necessary for those pursuits. (shrink)