The mechanisms of macroevolutionary change have long been a contentious issue. Palaeoecological evidence, presented in this text, shows that evolutionary processes visible in ecological time do not build up into macroevolutionary trends, contrary to Darwin's original thesis. The author discusses how climatic oscillations on ice-age time-scales are paced by variations in the Earth's orbit, and have thus been a permanent feature of Earth history. There is, however, little evidence for macroevolutionary change in response to these climatic changes, suggesting that over geological time macroevolution does not occur as a result of accumulated short term processes. These conclusions are used to construct a post-modern evolutionary synthesis in which evolution and ecology play an equal role. Written by a leading palaeoecologist, this study should be of interest to researchers in both ecology and evolutionary biology.

In his acclaimed book "God After Darwin," John Haught argued that religious belief is wholly compatible with evolutionary biology. Now, in "Deeper Than Darwin," he advances his argument further by saying that religious belief is even more revealing about life than Darwinism. Haught looks hard at the question of how, after Darwin, religions may plausibly claim to be bearers of "truth" and not just of meaning and adaptive consolation. While he assumes the fundamental correctness of evolutionary biology, he firmly rejects the non-scientific belief that evolutionary biology amounts to an adequate explanation of living phenomena. Even though Darwinism is illuminating, Haught argues, it by no means tells us everything we need to know about life, even in principle. To find the deepest, though certainly not the clearest, understandings of life and the universe, we may still profitably consult the religions of the world. "Deeper Than Darwin" takes up where "God After Darwin" left off, arguing that Darwin's vision is important and essentially correct but that we can still dig deeper in our understanding of what is going on in the life-story.

Human settlement of the western fringes of the Pacific began at least 40,000 years ago. Long, hazardous sea voyages were the only way of reaching the tiny islands scattered through this vast expanse of ocean. Food and shelter were hard to come by, even on land. This book, first published in 1996, documents how these settlers adapted culturally and biologically to the distinctive Pacific environment, and how they evolved into the large-bodied, muscular people seen today in New Zealand, Polynesia, Micronesia and Melanesia. Philip Houghton considers studies of DNA, patterns of health and disease, and computer simulations of human survival at sea based on the likely routes through the Pacific. People of the Great Ocean is a unique work based on extensive research and careful analysis. Philip Houghton's text presents detailed technical information, but remains highly readable and persuasive.

Robert Brandon is one of the most important and influential of contemporary philosophers of biology. This collection of his recent essays covers all the traditional topics in the philosophy of evolutionary biology and as such could serve as an introduction to the field. There are essays on the nature of fitness, teleology, the structure of the theory of natural selection, and the levels of selection. The book also deals with newer topics that are less frequently discussed but are of growing interest, for example the evolution of human language and the role of experimentation in evolutionary biology. A special feature of the collection is that it avoids jargon and is written in a style that will appeal to working evolutionary biologists as well as philosophers.

Robert Brandon is one of the most important and influential of contemporary philosophers of biology. This collection of his recent essays covers all the traditional topics in the philosophy of evolutionary biology and as such could serve as an introduction to the field. There are essays on the nature of fitness, teleology, the structure of the theory of natural selection, and the levels of selection. The book also deals with newer topics that are less frequently discussed but are of growing interest, e.g. the evolution of human language and the role of experimentation in evolutionary biology.

Advances in molecular biology have enabled leaps forward in the determination of virus phylogenetic history. This detailed 1995 book results from the invitation to foremost experts to give essays on aspects of virus biology. Initial chapters cover impacts of viruses and their control. Further chapters detail genetic variation of viruses and the molecular basis of interrelations with hosts. This leads to discussions of interactions with the host at the population level, and their molecular basis and evolution. Seventeen chapters follow, by specialists on particular groups of viruses describing their impact, genetic origins, sources of variation, population genetics and interactions with hosts. Practical virologists will find the chapters on phylogenetic analysis techniques very useful. The adaptive nature of viruses makes this work highly relevant to evolutionists.

Dov Ospovat's book, originally published in 1981, has become generally accepted as one of the most influential books about Darwin published in recent years. Ospovat examines the period of 1838-1859 in detail, and shows that Darwin's views changed quite radically from his initial belief that animals and plants were perfectly adapted to their environments, and that evolution only occurred when the environment changed, to believing that living things were not perfectly adapted, were in constant competition with each other and hence, were continually evolving. By placing Darwin within the other biological developments of the day, Ospovat is able to show that he was not the scientific recluse of popular myth, that there was a theological basis for much of Darwin's original 1838-1844 theory and that his later 'principle of divergence' was influenced by his belief in evolutionary progress. This seminal work should be read by all those interested in the history of modern biology.

The theory of evolution by natural selection did not spring fully formed and unprecedented from the brain of Charles Darwin. The idea of evolution had been around, in various guises, since the time of Ancient Greece. And nor did theorizing about evolution stop with what Daniel Dennett called "Darwin's dangerous idea." In this riveting new book, bestselling science writers John and Mary Gribbin explore the history of the idea of evolution, showing how Darwin's theory built on what went before and how it was developed in the twentieth century, through an understanding of genetics and the biochemical basis of evolution, into the so-called "modern synthesis" and beyond. Darwin deserves his recognition as the primary proponent of the idea of natural selection, but as the authors show, his contribution was one link in a chain that extends back into antiquity and is still being forged today.

The early Mesozoic period was a critical period in the evolution of life on land when most of today's major groups of terrestrial vertebrates arose and dinosaurs and pterosaurs rose to prominence. In recent years this period has received a great deal of attention from palaeontologists, and it is now felt that the small vertebrates which lived in the shadows of the first dinosaurs tell us a great deal about the evolution of modern terrestrial ecosystems. This book attempts to collate all the information on the small vertebrates and features contributions by experts with international reputations in their fields. There are chapters on the taxonomy and phylogeny of the key vertebrate groups, followed by a section dealing with the most significant fossiliferous assemblages worldwide. The final section looks at how faunal turnover at this time is measured and examines the possibility of mass extinctions.

Widespread across open lands and cities of Europe, Africa, and Asia, the common kestrel (Falco tinnunculus) is one of the most abundant and studied birds of prey. This book brings together and synthesises the results of research on kestrels for professional ornithologists and scientists that seek to consolidate a vast body of literature. It is also a reference for those readers who may not have the depth of scientific knowledge to navigate new fields of scientific enquiry. It examines many aspects of the species' biology, from the reproductive strategies to the behavioural and demographic adaptations to changes of environmental conditions. It also discusses the roles of physiology and immunology in mediating the adaptability of kestrels to the ongoing environmental changes with a particular focus on contaminants. This volume presents new and exciting avenues of research on the ecology and behaviour of the common kestrel.

Over two dozen Christian leaders describe how they changed their minds about evolution Perhaps no topic appears as potentially threatening to evangelicals as evolution. The very idea seems to exclude God from the creation the book of Genesis celebrates. Yet many evangelicals have come to accept the conclusions of science while still holding to a vigorous belief in God and the Bible. How did they make this journey? How did they come to embrace both evolution and faith? Here are stories from a community of people who love Jesus and honor the authority of the Bible, but who also agree with what science says about the cosmos, our planet and the life that so abundantly fills it. Among the contributors are Scientists such as: Francis Collins Deborah Haarsma Denis Lamoureux Theologians and philosophers such as: James K. A. Smith Amos Yong Oliver Crisp Biblical scholars such as: N. T. Wright Scot McKnight Tremper Longman III Pastors such as: John Ortberg Ken Fong Laura Truax

Miller is a believer, but he is also certain that we evolved - and this book is about why the two are not mutually exclusive; in fact, the idea of each enriches the other. There is an enormous market out there for whom this issue is of real interest and import. Much of contemporary thought on evolution has centered on the mistaken assumption that evolution requires a strictly materialist view of the origins of all organisms - including human beings. This book will debunk that myth, arguing that the real world is less certain and far more interesting than either the scientific mainstream or creationists assume. Properly understood, evolution adds depth and meaning not only to a strictly scientific view of the world, but to a spiritual one, as well. Readers will find this fascinating, very clear, incisive, exciting, and thoughtful. This should sell like Gould and Wilson-brilliant, cutting-edge thinking.

Mechanical Design of Structural Materials in Animals explores the principles underlying how molecules interact to produce the functional attributes of biological materials: their strength and stiffness, ability to absorb and store energy, and ability to resist the fatigue that accrues through a lifetime of physical insults. These attributes play a central role in determining the size and shape of animals, the ways in which they can move, and how they interact with their environment. By showing how structural materials have been designed by evolution, John Gosline sheds important light on how animals work. Gosline elucidates the pertinent theories for how molecules are arranged into macromolecular structures and how those structures are then built up into whole organisms. In particular, Gosline develops the theory of discontinuous, fiber-reinforced composites, which he employs in a grand synthesis to explain the properties of everything from the body wall of sea anemones to spiders' silks and insect cuticles, tendons, ligaments, and bones. Although the theories are examined in depth, Gosline's elegant discussion makes them accessible to anyone with an interest in the mechanics of life. Focusing on the materials from which animals are constructed, this book answers fundamental questions about mechanical properties in nature.

Christians often have a complicated relationship with science-especially when it comes to evolution. In recent years there has been an explosion in scientific understanding of evolutionary theory and its implications for human nature. Yet many Christians still see evolution as at best irrelevant to their faith and at worst threatening to it. Is it possible that adopting an evolutionary view of human origins can actually help us cultivate a relationship with God and a holy life? In Embracing Evolution, Matthew Nelson Hill invites readers into a constructive conversation about why contemporary science matters for Christians. Bringing clarity to an often fraught conversation, he provides an accessible overview of evolutionary concepts and takes on common concerns about tensions with Christian theology. He then explores what insights and practical benefits await the Christian who adopts an integrative approach to evolution and Christianity. The more we are aware of the complex milieu of instincts, acquired traits, and environmental influences humans find themselves in, the better equipped we can be to overcome tempting urges and adopt life-giving habits. From food cravings and addictions to altruistic impulses, understanding our biological heritage gives us power to change for the better. What's more, as scientific evidence affirms, the transformation process cannot take place in isolation. Drawing on the work of John Wesley, Hill considers the questions, What kind of community will best encourage individuals to live godly lives, and how do we practically form such communities? At some point, every Christian will have to grapple with scientific evidence related to evolution. Full of stories and real-life examples, this book will help church leaders, small groups, students, and anyone curious about science and faith discover how embracing evolution can assist them toward a fulfilling, virtuous Christian life.

This new edition of a successful textbook describes and explains in a refreshingly clear way the origin and evolution of plants revealed by the fossil record, and summarizes paleobotanical information relevant to our present understanding of the relationships between the major plant groups, extant and extinct. New ideas and theories pertaining to such topics as the origin and evolution of eucaryotes, the early evolution of ferns, the origin of seeds, and the origin and early evolution of gymnosperms and angiosperms are included, as is the cladistic method and its results. Paleoecology is a theme discussed in the new edition, ranging from the Precambrian to the Tertiary, with a new chapter wholly devoted to the paleoecology of Pennsylvanian coal swamps. One of the major additions is a new chapter discussing the paleobotany of the flowering plants, a topic that was given only a brief treatment in the first edition. As in the first edition the text is profusely illustrated with line illustrations and halftones. For those students with little knowledge of plant structure and morphology there is a brief resumé of those features of extant plants that will be needed to gain a better understanding of the fossil record. Summarizing charts are also used to help students visualize the interpretative material. All of the summarizing charts have been updated and they reflect new ideas about the relationships and temporal distributions of the major plant groups. The quantity of illustrations in this new edition has been increased. In particular, there are more photographs of actual fossil material and there are reconstructions of many ancient plants that are now more-or-less completely understood. The book is designed so that selected parts can be used for one-semester undergraduate courses or graduate seminars in paleobotany where the subject material is limited or for two-semester courses. It can also be used as a supplement to courses in evolutionary botany, morphology and anatomy.

This book provides an interdisciplinary review of one of the great unsolved mysteries that has fascinated scientists for over 150 years: the origin of chirality in biomolecules. Current advances in fields as diverse as space exploration, prebiotic chemistry and high-energy physics may help to provide an answer. Important pieces of information will come from observations at the two frontiers of science: outer space and the subatomic world. Observation of distant planets, galaxies, and even actual sampling of celestial objects from beyond the solar system are projects currently underway. At the other end of the spectrum, there are experiments that study the elemental properties of matter, such as symmetry, and interactions with the fundamental forces. Completely revised and updated this new edition once again unifies all the theories of the origin of biomolecular homochirality together in a single source. This complete, interdisciplinary review of an intriguing subject condenses a large and disparate range of contributions from journals in almost every scientific field. The various theories have been organized, interrelated and explained in a unified way. It is fundamental, comprehensive and structured to be accessible for educational purposes.

Historically, naturalists who propose theories of evolution, including Darwin and Wallace, have done so in order to explain the apparent relationship of natural classification. This book begins by exploring the intimate historical relationship between patterns of classification and patterns of phylogeny. It is a circular argument, however, to use the data for classification and the concept of homology as evidence for evolution, when evolution is the theory explaining the phenomenon of natural classification. Alec Panchen presents other evidence for evolution in the form of a historically-based but rigorously logical argument. This is then followed by a history of methods of classification and phylogeny reconstruction including current mathematical and molecular techniques. The author makes the important claim that if the hierarchical pattern of classification is a real phenomenon, then biology is unique as a science in making taxonomic statements. This conclusion is reached by way of historical reviews of theories of evolutionary mechanism and the philosophy of science as applied to biology.

With exclusive contributions from Richard Dawkins, Noam Chomsky, Martin Rees, Aubrey Manning, Richard Holloway, Daniel C. Dennett, Randal Keynes, Brian Charlesworth, Ken Ham and others. This is the first book on Darwin and Darwinism that wholly concentrates on his time spent in Scotland and the key contributions to his future insights made by the Scottish Enlightenment and the University of Edinburgh. Darwin developed his theories because he attended Edinburgh University - although he participated little in formal tuition, it was through interaction with his tutors, peers and extracurricular groups that he was exposed to an ethos of naturalistic philosophy rooted in the Scottish Enlightenment and, by direct descent, the Ancient Greeks. If he had bypassed Scotland and gone straight to Cambridge, his education would have been theologically-based and unlikely to have given him the perspective that led him to question the prevailing doctrine. It is also the first book to explore the subsequent impact of his work on modern day biologists at the University of Edinburgh. How far have we moved on since Darwin made his discoveries? Are his theories still relevant to modern-day science? Can we say if they will be relevant in the future? And, what should we be teaching future generations? The relevance of Darwin in debate is as important and volatile now as when "The Origin of Species" was first published a century and a half ago. Science and religion seem to have reached an impasse. Intelligent Design, the conflicting view to Darwin's theory of natural selection, is the new kid on the block that the science gang wants nothing to do with. All the major issues in evolutionary study are covered here, through interviews with scientists, educators and creationists. They include some of the world leaders in the biological sciences at Edinburgh University, and they are most revealing about what Darwin has meant to them and their work.

This volume covers the culmination of Darwin's work on species. From early in 1856, when he was persuaded that the time had come to publish an account of his heterodox theories through 1857, Darwin's letters document the labor involved in composing his "big species book," his zest for research, and his unflagging determination to succeed. As always, old friends and more recent acquaintances are drawn into the project. Darwin writes for the first time to Alfred Russel Wallace seeking specimens of Malayan fowls. Joseph Dalton Hooker is his sounding board for botanical speculations and Thomas Henry Huxley soon takes up a similar role in matters of comparative anatomy and embryology. William Bernhard Tegetmeier is the provider of pigeons and poultry and Asa Gray dispatches from Massachusetts invaluable botanical data. Darwin fully exploits his gift for drawing the best from his correspondents and, collectively, their letters provide a remarkable survey of what was--and was not--believed about the nature and origin of species in the middle years of the century.

The theme of this book is the invasion of land by animal lines which originated in aquatic environments. It brings together physiological and ecological evidence to show both the likely routes taken out of the sea by the aquatic ancestors of terrestrial animals and the changes in structure and function associated with these routes. The author takes an ecophysiological approach, and by using representative examples, provides a novel background against which both the terrestrial adaptations of individual species and the make up and function of terrestrial ecosystems can be considered. Dr Little is the author of the highly acclaimed book The Colonisation of Land, which discusses the phylogeny and physiology of terrestrial and semi-terrestrial animals. The Terrestrial Invasion takes a fresh approach and provides an excellent introduction to the origins of land animals suitable for ecologists, physiologists and evolutionary biologists.

The correspondence in this volume reveals the two sides of Darwin's life in a new intensity. It opens with a tragedy, the death of Darwin's oldest and best loved daughter, Anne, and goes on to show how Darwin sought relief from his loss through his work, with a single-minded but increasingly weary commitment to the completion of his cirripede monographs. In September 1854, as soon as the final proofs of the last barnacle volume had been returned to the printer, Darwin threw himself into a resumption of his species work. He followed up old ideas by initiating new experiments and establishing a worldwide correspondence that encompassed geographical distribution, variation, and plant and animal breeding. The wealth of letters through 1855 makes evident the frenzy of intellectual activity that followed Darwin's terse announcement in his diary: "Sept. 9th (1854) began sorting notes for Species Theory..." These letters are indispensable for the Darwin scholar both historically and biologically, while they provide the general reader with a fascinating look at the scientist at work.