A SCHOLARLY BOOK REPOSITORY118 start with E start with E
Biology was forged into a single, coherent science only within living memory. In this volume the thinkers responsible for the “modern synthesis” of evolutionary biology and genetics come together to analyze that remarkable event.
In a new Preface, Ernst Mayr calls attention to the fact that scientists in different biological disciplines varied considerably in their degree of acceptance of Darwin’s theories. Mayr shows us that these differences were played out in four separate periods: 1859 to 1899, 1900 to 1915, 1916 to 1936, and 1937 to 1947. He thus enables us to understand fully why the synthesis was necessary and why Darwin’s original theory—that evolutionary change is due to the combination of variation and selection—is as solid at the end of the twentieth century as it was in 1859.
Coedited by one of the founders of hierarchy theory and featuring a diverse and renowned group of contributors, this volume provides an integrated, comprehensive, cutting-edge introduction to the hierarchy theory of evolution. From sweeping historical reviews to philosophical pieces, theoretical essays, and strictly empirical chapters, it reveals hierarchy theory as a vibrant field of scientific enterprise that holds promise for unification across the life sciences and offers new venues of empirical and theoretical research. Stretching from molecules to the biosphere, hierarchy theory aims to provide an all-encompassing understanding of evolution and—with this first collection devoted entirely to the concept—will help make transparent the fundamental patterns that propel living systems.
Creation versus evolution: What seems like a cultural crisis of our day, played out in courtrooms and classrooms across the county, is in fact part of a larger story reaching back through the centuries. The views of both evolutionists and creationists originated as inventions of the Enlightenment--two opposed but closely related responses to a loss of religious faith in the Western world.
In his latest book, Michael Ruse, a preeminent authority on Darwinian evolutionary thought and a leading participant in the ongoing debate, uncovers surprising similarities between evolutionist and creationist thinking. Exploring the underlying philosophical commitments of evolutionists, he reveals that those most hostile to religion are just as evangelical as their fundamentalist opponents. But more crucially, and reaching beyond the biblical issues at stake, he demonstrates that these two diametrically opposed ideologies have, since the Enlightenment, engaged in a struggle for the privilege of defining human origins, moral values, and the nature of reality.
Highlighting modern-day partisans as divergent as Richard Dawkins and Left Behind authors Tim LaHaye and Jerry B. Jenkins, Ruse's bracing book takes on the assumptions of controversialists of every stripe and belief and offers to all a new and productive way of understanding this unifying, if often bitter, quest.
While acknowledging that, in an uncertain world, it is easy to “blame it on the genes,” Oyama claims that the renewed trend toward genetic determinism colors the way we think about everything from human evolution to sexual orientation and personal responsibility. She presents instead a view that focuses on how a wide variety of developmental factors interact in the multileveled developmental systems that give rise to organisms. Shifting attention away from genes and the environment as causes for behavior, she convincingly shows the benefits that come from thinking about life processes in terms of developmental systems that produce, sustain, and change living beings over both developmental and evolutionary time.
Providing a genuine alternative to genetic and environmental determinism, as well as to unsuccessful compromises with which others have tried to replace them, Evolution’s Eye will fascinate students and scholars who work in the fields of evolution, psychology, human biology, and philosophy of science. Feminists and others who seek a more complex view of human nature will find her work especially congenial.
In the 150 years since Darwin, evolutionary biology has proven as essential as it is controversial, a critical concept for answering questions about everything from the genetic code and the structure of cells to the reproduction, development, and migration of animal and plant life. But today, as David P. Mindell makes undeniably clear in The Evolving World, evolutionary biology is much more than an explanatory concept. It is indispensable to the world we live in. This book provides the first truly accessible and balanced account of how evolution has become a tool with applications that are thoroughly integrated, and deeply useful, in our everyday lives and our societies, often in ways that we do not realize.
When we domesticate wild species for agriculture or companionship; when we manage our exposure to pathogens and prevent or control epidemics; when we foster the diversity of species and safeguard the functioning of ecosystems: in each of these cases, Mindell shows us, evolutionary biology applies. It is at work when we recognize that humans represent a single evolutionary family with variant cultures but shared biological capabilities and motivations. And last but not least, we see here how evolutionary biology comes into play when we use knowledge of evolution to pursue justice within the legal system and to promote further scientific discovery through education and academic research.
More than revealing evolution's everyday uses and value, The Evolving World demonstrates the excitement inherent in its applications--and convinces us as never before that evolutionary biology has become absolutely necessary for human existence.
Known as the Garden State, New Jersey could also be called the Fishing State. New Jersey boasts more than 6,000 miles of rivers and streams; 24,000 acres of public lakes, reservoirs and ponds; 420 square miles of open bay and estuary waters; and 120 miles of ocean coast — with nearly every gallon of water swimming with a remarkable variety of fish.
Using his more than 50 years of personal and academic observations, Glenn R. Piehler has written the perfect guidebook for new and proficient anglers, as well as students of fisheries science.
Piehler begins with the taxonomic origins and classification of almost 100 species of fresh and saltwater sport fishes described in the book, as well as “a number of creatures you might unwittingly hook into . . . with just enough technical jargon and information on the general biology of fishes to make the remaining chapters more winning,” he writes. “In each case I have tried to capture the essence of each species or group of species—what they look like, how big they get, where they came from, what kind of waterbodies they live in, what they do for a living, generally how and when they may be caught, how they’ve fared over the years and are doing today, and where you can get more specific information about some of them.”
Exit Here for Fish examines the factors affecting the distribution and abundance of fish, probing the controversies surrounding preservation efforts, and the apportionment of fish among sport and commercial interests. Piehler looks at the seldom-examined history of fisheries and laws dealing with their management, habitats, and water quality. Finally, he lists a host of activities readers can enjoy, such as fish tagging and volunteering for the Wildlife Conservation Corps, to help preserve and protect the fun of fishing.
In his 1998 book Consilience, E.O. Wilson set forth the idea that integrating knowledge and insights from across the spectrum of human study -- the humanities, social science, and natural sciences -- is the key to solving complex environmental and social problems. Experiments in Consilience tells the unique story of a pathbreaking effort to apply this theoretical construct in a real-world setting.
The book describes the work of the Biodiversity Research Network, a team of experts from the United States and Canada brought together to build interdisciplinary connections and stimulate an exchange of expertise. Team members sought to understand the ecology and population dynamics of key species in particular ecosystems, to understand the impact of human populations on those species and ecosystems, and to develop tools and processes for involving a greater variety of stakeholders in conservation efforts.
In order to keep the experiment grounded, the network focused on a single type of conservation planning workshop run by a single organization -- the Population and Habitat Viability Assessment Workshop (PHVA) of the IUCN-sponsored Conservation Breeding Specialist Group (CBSG).
The book combines sections on the theoretical underpinnings of relevant concepts in population biology, simulation modeling, and social science with detailed descriptions of six PHVA workshops conducted on different species across four continents. A concluding chapter examines the lessons learned, which have application to both theory and practice, including reflections on interdisciplinarity, integrated risk assessment, and future directions for research and action. Through the combination of theory and application, combined with frank discussions of what the research network learned -- including both successes and failures -- the book offers fresh ideas on how to improve on-the-ground conservation decisionmaking.
Experiments in Consilience offers a one-of-a-kind overview and introduction to the challenges of cross-disciplinary analysis as well as cross-functional, cross-disciplinary and cross-sectoral action. It centers on the problem of conserving endangered species while telling the story of a new form of organizing for effective risk assessment, recommendation, and action.
Explorations in Developmental Biology is a revolutionary departure from time-honored introductory texts. The book is based on the premise that the substance, concepts, and excitement of contemporary developmental biology are best communicated to students by using the same form in which they were first communicated to the scientific community — original research reports. But a simple collection of original papers is not sufficient; it is too limited in scope and too disjointed, and students are not prepared to read them with understanding. In this book, designed to serve as the principal text for a first or second course in developmental biology, basic concepts are presented in a series of 22 chapters that focus on major, often unsolved, problems ranging from self-assembly to embryonic induction to cellular communication by surface contact. Within each chapter the authors provide the necessary background in developmental biology, and also describe the specific experimental procedures that enable the student to understand and appreciate the contributions of significant research papers that are included. The authors' texts and the reprinted papers are integrated into a cohesive whole, so that each chapter provides up-to-date information about an important area of developmental biology and raises specific questions.
Throughout, the text is profusely illustrated with original drawings and with figures taken from the literature, and each chapter contains a brief guide to pertinent publications.
Explorations in Developmental Biology makes it possible for teachers and students to penetrate the perennial barrier between classroom and research laboratory. Students who use this book are well equipped to move on to more advanced studies in biology; for they will have acquired the ability to use and to evaluate original scientific communications and will have assimilated the subject matter of a science that is at the center of modern biology.
In Extinct Madagascar, noted scientists Steven M. Goodman and William L. Jungers explore the recent past of these land animal extinctions. Beginning with an introduction to the geologic and ecological history of Madagascar that provides context for the evolution, diversification, and, in some cases, rapid decline of the Malagasy fauna, Goodman and Jungers then seek to recapture these extinct mammals in their environs. Aided in their quest by artist Velizar Simeonovski’s beautiful and haunting digital paintings—images of both individual species and ecosystem assemblages reproduced here in full color—Goodman and Jungers reconstruct the lives of these lost animals and trace their relationships to those still living.
Published in conjunction with an exhibition of Simeonovski’s artwork set to open at the Field Museum, Chicago, in the fall of 2014, Goodman and Jungers’s awe-inspiring book will serve not only as a sobering reminder of the very real threat of extinction, but also as a stunning tribute to Madagascar’s biodiversity and a catalyst for further research and conservation.
Reconstructing the avian world in the same way archeologists re-create ancient human societies, David Steadman—a leading authority on tropical Pacific avian paleontology—has spent the past two decades in the field, digging through layers of soil in search of the bones that serve as clues to the ancient past of island bird communities. His years of indefatigable research and analysis are the foundation for Extinction and Biogeography of Tropical Pacific Birds, a monumental study of the landbirds of tropical Pacific islands—especially those from Fiji eastward to Easter Island—and an intricate history of the patterns and processes of island biology over time.
Using information gleaned from prehistoric specimens, Steadman reconstructs the birdlife of tropical Pacific islands as it existed before the arrival of humans and in so doing corrects the assumption that small, remote islands were unable to support rich assemblages of plants and animals. Easter Island, for example, though devoid of wildlife today, was the world’s richest seabird habitat before Polynesians arrived more than a millennium ago. The forests of less isolated islands in the Pacific likewise teemed with megapodes, rails, pigeons, parrots, kingfishers, and songbirds at first human contact.
By synthesizing data from the distant past, Steadman hopes to inform present conservation programs. Grounded in geology, paleontology, and archeology, but biological at its core, Extinction and Biogeography of Tropical Pacific Birds is an exceptional work of unparalleled scholarship that will stimulate creative discussions of terrestrial life on oceanic islands for years to come.
Orchids deserve such a visual celebration: parts of the orchid flower have shapes unlike any other flowering plant, and the sheer number of species means they have a seemingly endless ability to create ever more fantastical forms. In fact, many orchid common names refer to the shape-shifting forms of their flowers—the “man-orchids” or “monkey-orchids” are so called because of their resemblance to the primate form. Orchids lend themselves to depiction, and botanical artworks of them abound. Who could resist painting or drawing such odd shapes?
Illustrated with stunning artwork, much from the archives of the Natural History Museum in London and never before published, Extraordinary Orchids includes depictions from celebrated botanical artists such as Ferdinand and Franz Bauer, Arthur Harry Church, and Sydney Parkinson, revealing the weird and wonderful lives of this most diverse of plant families.
On the Tibetan Plateau, there are wild yaks with blood cells thinner than those of horses’ by half, enabling the endangered yaks to survive at 40 below zero and in the lowest oxygen levels of the mountaintops. But climate change is causing the snow patterns here to shift, and with the snows, the entire ecosystem. Food and water are vaporizing in this warming environment, and these beasts of ice and thin air are extraordinarily ill-equipped for the change. A journey into some of the most forbidding landscapes on earth, Joel Berger’s Extreme Conservation is an eye-opening, steely look at what it takes for animals like these to live at the edges of existence. But more than this, it is a revealing exploration of how climate change and people are affecting even the most far-flung niches of our planet.
Berger’s quest to understand these creatures’ struggles takes him to some of the most remote corners and peaks of the globe: across Arctic tundra and the frozen Chukchi Sea to study muskoxen, into the Bhutanese Himalayas to follow the rarely sighted takin, and through the Gobi Desert to track the proboscis-swinging saiga. Known as much for his rigorous, scientific methods of developing solutions to conservation challenges as for his penchant for donning moose and polar bear costumes to understand the mindsets of his subjects more closely, Berger is a guide par excellence. He is a scientist and storyteller who has made his life working with desert nomads, in zones that typically require Sherpas and oxygen canisters. Recounting animals as charismatic as their landscapes are extreme, Berger’s unforgettable tale carries us with humor and expertise to the ends of the earth and back. But as his adventures show, the more adapted a species has become to its particular ecological niche, the more devastating climate change can be. Life at the extremes is more challenging than ever, and the need for action, for solutions, has never been greater.
Along with reproduction, balancing energy expenditure with the limits of resource acquisition is essential for both a species and a population to survive. But energy is a limited resource, as we know well, so birds and mammals—the most energy-intensive fauna on the planet—must reduce energy expenditures to maintain this balance, some taking small steps, and others extreme measures.
Here Brian K. McNab draws on his over sixty years in the field to provide a comprehensive account of the energetics of birds and mammals, one fully integrated with their natural history. McNab begins with an overview of thermal rates—much of our own energy is spent maintaining our 98.6?F temperature—and explains how the basal rate of metabolism drives energy use, especially in extreme environments. He then explores those variables that interact with the basal rate of metabolism, like body size and scale and environments, highlighting their influence on behavior, distribution, and even reproductive output. Successive chapters take up energy and population dynamics and evolution. A critical central theme that runs through the book is how the energetic needs of birds and mammals come up against rapid environmental change and how this is hastening the pace of extinction.
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