The contributors to Reactivating Elements examine chemicals as they mix with soil, air, water, and fire to shape Earth's troubled ecologies today. They invoke the elements with all their ambivalences as chemical categories, material substances, social forms, forces and energies, cosmological entities, and epistemic objects. Engaging with the nonlinear historical significance of elemental thought across fields—chemistry, the biosciences, engineering, physics, science and technology studies, the environmental humanities, ecocriticism, and cultural studies—the contributors examine the relationship between chemistry and ecology, probe the logics that render wind as energy, excavate affective histories of ubiquitous substances such as plastics and radioactive elements, and chart the damage wrought by petrochemical industrialization. Throughout, the volume illuminates how elements become entangled with power and control, coloniality, racism, and extractive productivism while exploring alternative paths to environmental destruction. In so doing, it rethinks the relationship between the elements and the elemental, human and more-than-human worlds, today’s damaged ecosystems and other ecologies to come. Contributors. Patrick Bresnihan, Tim Choy, Joseph Dumit, Cori Hayden, Stefan Helmreich, Joseph Masco, Michelle Murphy, Natasha Myers, Dimitris Papadopoulos, María Puig de la Bellacasa, Astrid Schrader, Isabelle Stengers

The contributors to Reactiving Elements explore how studying elements--as the foundations of the physical and social world--provide a way to imagine alternatives to worldwide environmental destruction.

Higher eukaryotes are characterized by the allocation of distinct functions to numerous types of differentiated cells. Whereas in animals the well-defined, protected cells of the germ line separate early, germ cells in plants differentiate from somatic cells only after many cycles of mitotic division. Therefore somatic mutations in plants can be transmitted via the germ cells to the progeny. There is thus a clear need for somatic tissues to maintain their genetic integrity in the face of environmental challenges, and two types of interactions have been shown to play important roles in the conservation as well as flexibility of plant genomes: homologous recombination of repeated sequences and silencing of multiplied genes. Sensitive methods have been developed that allow greater insights into the dynamics of the genome. This book summarizes current knowledge and working hypotheses about the frequencies and mechanisms of mitochondrial, plastid, nuclear and viral recombination and the inactivation of repeated genes in plants. Despite rapid developments in the field, it is often not possible to provide final answers. Thus, it is an additional task of this book to define the open questions and future challenges. The book is addressed to scientists working on plant biology and recombination, to newcomers in the field and to advanced biology students.

First published in 1979. The aim of this series of Tutorial Essays, of which the present book is the second volume, is to enable the specialist in one area to discover in as painless a way as possible what his colleagues in other parts of the field are up to: New discoveries, methods and theories in one speciality often have important implications for work in others. The essays are also intended to be intelligible and useful to graduate students and advanced undergraduates seeking an introduction to a topic. In this volume Bow Lett describes modern work on an old topic, delay learning in animals, and discusses its implications for theories of learning. Mark Georgeson expounds an important new approach to vision, the application of Fourier analysis: His chapter contains an exceptionally clear exposition of the ideas underlying this technique written for the reader with little mathematical knowledge. Dennis Holding provides a synthesis of the many different approaches to the problem of echoic memory, and Gregory Jones presents some new ideas on associative memory which make many previously puzzling results fall into place.

In the opinion of the general public, universities and NGOs would be natural partners for effective collaboration in many fields. They are indeed, but mainly in theory. This book examines the reasons why this is the case and what possible models of cooperation and facilitated dialogue between institutions of higher education system and NGOs could transform this theoretically optimal union into practice. The authors start with Poland and analyse legal, cultural and socio-economic factors, which impact upon the current state of affairs. Subsequently they move on to consider cases from four other European countries: Portugal, Austria, Slovakia and the United Kingdom. Then they propose possible solutions, areas for further research and formulate recommendations for strengthening future cooperation between the two main types of actors which shape education and increase awareness in civil societies. Universities and Non-Governmental Organisations will appeal to scholars across the social sciences with interests in higher education and research, public discourse and civil society.

Concentrating mainly on the process philosophy developed by Alfred North Whitehead, this series of essays brings together some of the newest developments in the application of process thinking to the physical and social sciences. These essays, by established scholars in the field, demonstrate how a wider and deeper understanding of the world can be obtained using process philosophical concepts, how the distortions and blockages inevitably inherent in substantivist talk can be set aside, and how new and fertile lines of research in the sciences can be opened as a result.

A century and a half after the publication of Origin of Species, evolutionary thinking has expanded beyond the field of biology to include virtually all human-related subjects—anthropology, archeology, psychology, economics, religion, morality, politics, culture, and art. Now a distinguished scholar offers the first comprehensive account of the evolutionary origins of art and storytelling. Brian Boyd explains why we tell stories, how our minds are shaped to understand them, and what difference an evolutionary understanding of human nature makes to stories we love. Art is a specifically human adaptation, Boyd argues. It offers tangible advantages for human survival, and it derives from play, itself an adaptation widespread among more intelligent animals. More particularly, our fondness for storytelling has sharpened social cognition, encouraged cooperation, and fostered creativity. After considering art as adaptation, Boyd examines Homer’s Odyssey and Dr. Seuss’s Horton Hears a Who! demonstrating how an evolutionary lens can offer new understanding and appreciation of specific works. What triggers our emotional engagement with these works? What patterns facilitate our responses? The need to hold an audience’s attention, Boyd underscores, is the fundamental problem facing all storytellers. Enduring artists arrive at solutions that appeal to cognitive universals: an insight out of step with contemporary criticism, which obscures both the individual and universal. Published for the bicentenary of Darwin’s birth and the 150th anniversary of the publication of Origin of Species, Boyd’s study embraces a Darwinian view of human nature and art, and offers a credo for a new humanism.