The book addresses some fundamental and profound questions such as: Are GM foods safe to eat? What do consumers think about GM foods and, alternatively, organic produce? What are the real risks of genetic pollution? And is it appropriate to delete a supposed gene for sadness? Recoding Nature challenges the assumptions of those preparing the world for a 'recoded' DNA future.

What can be done to ensure natural resources aren't exploited? Is it possible to determine how to sustainably manage them? What makes some systems successful? In Sustainable Governance of Natural Resources, Ulrich Frey delves deep into unanswered questions like these about resource management. The book explains the current state of biological cooperation mechanisms, case studies in the field, findings from economic-behavioral experiments, common-pool resource dilemmas, and how these are all relevant to these questions surrounding the best way to sustainably manage natural resources. There are many case studies within the field of social-ecological systems, but there are few large-N studies conducted in a methodologically rigorous manner. Frey does just this and takes readers step-by-step through the preparation of datasets like the CPR, NIIS, and IFRI. He also grounds his research through the development of an indicator system which operationalizes 24 individually-synthesized success factors that influence the management of natural resources. The book reveals the practical and operational uses of measuring ecological success in this way, showcasing various statistical and machine learning methods to develop highly predictive, robust, and empirically-sound models. Three different methods, multivariate linear regressions, random forests, and artificial neural networks are compared to achieve robust results. The book sheds new light on factors that have previously been investigated, allowing readers to build off of Frey's system and use his methods to determine whether or not their way of managing natural resources will yield ecological success in practice.

Although law and science have interacted for centuries, today their interactions pose enormous challenges. These challenges are reflected in issues ranging from reproductive technology and resource conservation, to genetic technology and biological warfare. The emerging dialogue is complex and requires an ongoing re-thinking of general principles, such as expert biological evidence, which features in a wide range of legal contexts, and including medical law, torts, crime and intellectual property. Studying the many ways in which law and biology come together in many areas of contemporary life, The Nexus of Law and Biology: New Ethical Challenges explores the juridical uses of biological sciences to illuminate key issues and contemporary intersections, arguing that each of several disciplines must communicate with one another, recognizing a common ground in ethics. Featuring an impressive list of contributors, this book is an invaluable reference for legal scholars, students, practising lawyers and scientists engaged with the legal system.

This book sets out to examine what really is going on in the organic sector socially and politically. In the process, it debunks a number of apparently common-sense beliefs: that organic consumers are wealthy environmental and health extremists; that growth in the industry will inevitablyundermine its environmental values; that mainstream media is antagonistic to organics; and that the industry is driven by consumer demand. This book seeks to make a practical contribution to the development of more sustainable food systems by articulating what it takes to get people involved inorganics at each stage of the food chain.

Most philosophers still like to feel that they have a special subject matter, well insulated from anything that the social scientists, and scientists in general, have to tell them. That is not healthy for philosophy; and it is all too likely to lead to an ethics that continues, as of old, to plead for its ultimates-the fact that one is totally ineffectual being decently concealed by an impressive terminology. (Stevenson 1963, pp. 114–5) Many so-called moral theories do not even attempt to explain or justify common morality but are used to generate guides to conduct intended to replace common morality. These p- posed moral guides, those generated by all of the standard consequentialist, contractarian, and deontological theories, are far simpler than the common moral system and sometimes yield totally unacceptable answers to moral problems. Since these philosophers who put forward these theories have usually dismissed common morality as confused, they are c- pletely unaware of the complexity involved in making moral decisions and judgments. It is not surprising that many who take morality seriously and try to apply it to real problems faced by actual people are so critical of moral theory. (Bernard Gert 1998, p. 6) As both Stevenson and Gert note, ethics requires social and other sciences for by its very nature, ethics is a practical enterprise.

Connecting Renaissance humanism to the variety of “critical posthumanisms” in twenty-first-century literary and cultural theory, Renaissance Posthumanism reconsiders traditional languages of humanism and the human, not by nostalgically enshrining or triumphantly superseding humanisms past but rather by revisiting and interrogating them. What if today’s “critical posthumanisms,” even as they distance themselves from the iconic representations of the Renaissance, are in fact moving ever closer to ideas in works from the fourteenth to the seventeenth century? What if “the human” is at once embedded and embodied in, evolving with, and de-centered amid a weird tangle of animals, environments, and vital materiality? Seeking those patterns of thought and practice, contributors to this collection focus on moments wherein Renaissance humanism looks retrospectively like an uncanny “contemporary”—and ally—of twenty-first-century critical posthumanism.

Isotope Labeling of Biomolecules – Labeling Methods, the latest volume of the Methods in Enzymology series contains comprehensive information on stable isotope labeling methods and applications for biomolecules. Contains contributions from leading authorities in the field of isotope labeling of biomolecules Informs and updates on the latest developments in the field Provides comprehensive information on stable isotope labeling methods and applications for biomolecules