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This book is a practical, portable guide to all of the Arctic's natural history—sky, atmosphere, terrain, ice, the sea, plants, birds, mammals, fish, and insects—for those who will experience the Arctic firsthand and for armchair travelers who would just as soon read about its splendors and surprises. It is packed with answers to naturalists' questions and with questions—some of them answered—that naturalists may not even have thought of.

This book, the culmination of forty years of theorizing about the moral status of animals, explicates and justifies society’s moral obligation to animals in terms of the commonsense metaphysics and ethics ofAristotle’s concept of telos. Rollin uses this concept to assert that humans have a responsibility to treat animals ethically. Aristotle used the concept, from the Greek word for "end" or "purpose," as the core explanatory concept for the world we live in. We understand what an animal is by what it does. This is the nature of an animal, and helps us understand our obligations to animals.
 

We live in a world that is known, every corner thoroughly explored. But has this knowledge cost us the ability to wonder? Wonder, Caspar Henderson argues, is at its most supremely valuable in just such a world because it reaffirms our humanity and gives us hope for the future. That’s the power of wonder, and that’s what we should aim to cultivate in our lives. But what are the wonders of the modern world?

Henderson’s brilliant exploration borrows from the form of one of the oldest and most widely known sources of wonder: maps. Large, detailed mappae mundi invited people in medieval Europe to vividly imagine places and possibilities they had never seen before: manticores with the head of a man, the body of a lion, and the stinging tail of a scorpion; tribes of one-eyed men who fought griffins for diamonds; and fearsome Scythian warriors who drank the blood of their enemies from their skulls. As outlandish as these maps and the stories that went with them sound to us today, Henderson argues that our views of the world today are sometimes no less incomplete or misleading. Scientists are only beginning to map the human brain, for example, revealing it as vastly more complex than any computer we can conceive. Our current understanding of physical reality is woefully incomplete. A New Map of Wonders explores these and other realms of the wonderful, in different times and cultures and in the present day, taking readers from Aboriginal Australian landscapes to sacred sites in Great Britain, all the while keeping sight questions such as the cognitive basis of wonder and the relationship between wonder and science.
           
Beautifully illustrated and written with wit and moral complexity, this sequel to The Book of Barely Imagined Beings is a fascinating account of the power of wonder and an unforgettable meditation on its importance to our future.
 

This fascinating study is the first to examine the history of gender and science fiction and the first to discuss science fiction pulp magazines' images of women, as well as postmodernism and feminist science fiction. Robin Roberts begins with Shelley's Frankenstein, in which a female alien appears, and continues through H. G. Wells, the 1950s pulp science fiction magazines, Doris Lessing and feminist utopias, and the new generation of science fiction writers, including Joan Vinge, Sheila Finch, Vonda McIntyre, Ursula Le Guin, and Octavia Butler.
 

Since the 1950s, many philosophers of science have attacked positivism—the theory that scientific knowledge is grounded in objective reality. Reconstructing the history of these critiques, John H. Zammito argues that while so-called postpositivist theories of science are very often invoked, they actually provide little support for fashionable postmodern approaches to science studies.

Zammito shows how problems that Quine and Kuhn saw in the philosophy of the natural sciences inspired a turn to the philosophy of language for resolution. This linguistic turn led to claims that science needs to be situated in both historical and social contexts, but the claims of recent "science studies" only deepened the philosophical quandary. In essence, Zammito argues that none of the problems with positivism provides the slightest justification for denigrating empirical inquiry and scientific practice, delivering quite a blow to the "discipline" postmodern science studies.

Filling a gap in scholarship to date, A Nice Derangement of Epistemes will appeal to historians, philosophers, philosophers of science, and the broader scientific community.

In an analytical yet increasingly intimate conversation, A Passion for Specificity:Confronting Inner Experience in Literature and Science investigates the differences between experience as conveyed in literature and experience as apprehended through scientific method. Can experiences be shared? How much do language and metaphor shape experiential reports? Where is the dividing line between a humanistic and a scientific approach to experience? In a series of exchanges, Marco Caracciolo and Russell Hurlburt demonstrate that those are necessarily personal issues, and they don’t flinch—they relentlessly examine whether Caracciolo’s presuppositions distort his understanding of reading experiences and whether Hurlburt’s attachment to the method he invented causes him to take an overly narrow view of experience. Delving ever more personally, they aim Hurlburt’s experience sampling methods—beeping people to discover what was in their stream of inner experience at the moment immediately before the beep—at Caracciolo’s own experiences, an exercise that puts Caracciolo’s presuppositions to the test and leads him to discover things about experience (his own and literature’s) that he had thought impossible.
               
A Passion for Specificity, with its personal revelations, unexpected twists, and confrontational style, reads like an epistolary novel, but it is a serious exploration of ideas at the heart of literature and science. It is a thoughtful attempt at advancing the emerging “cognitive humanities,” clarifying a number of core issues in the cross-pollination of literature, psychology, philosophy, and consciousness science.
 

 

For years, scientists have been warning us that a pandemic was all but inevitable. Now it's here, and the rest of us have a lot to learn. 

Fortunately, science writer Carl Zimmer is here to guide us. In this compact volume, he tells the story of how the smallest living things known to science can bring an entire planet of people to a halt--and what we can learn from how we've defeated them in the past.

Planet of Viruses covers such threats as Ebola, MERS, and chikungunya virus; tells about recent scientific discoveries, such as a hundred-million-year-old virus that infected the common ancestor of armadillos, elephants, and humans; and shares new findings that show why climate change may lead to even deadlier outbreaks. Zimmer’s lucid explanations and fascinating stories demonstrate how deeply humans and viruses are intertwined. Viruses helped give rise to the first life-forms, are responsible for many of our most devastating diseases, and will continue to control our fate for centuries. Thoroughly readable, and, for all its honesty about the threats, as reassuring as it is frightening, A Planet of Viruses is a fascinating tour of a world we all need to better understand.

For years, scientists have been warning us that a pandemic was all but inevitable. Now it's here, and the rest of us have a lot to learn. 

Fortunately, science writer Carl Zimmer is here to guide us. In this compact volume, he tells the story of how the smallest living things known to science can bring an entire planet of people to a halt--and what we can learn from how we've defeated them in the past.

Planet of Viruses covers such threats as Ebola, MERS, and chikungunya virus; tells about recent scientific discoveries, such as a hundred-million-year-old virus that infected the common ancestor of armadillos, elephants, and humans; and shares new findings that show why climate change may lead to even deadlier outbreaks. Zimmer’s lucid explanations and fascinating stories demonstrate how deeply humans and viruses are intertwined. Viruses helped give rise to the first life-forms, are responsible for many of our most devastating diseases, and will continue to control our fate for centuries. Thoroughly readable, and, for all its honesty about the threats, as reassuring as it is frightening, A Planet of Viruses is a fascinating tour of a world we all need to better understand.

Having an understanding of botanical Latin unlocks an entirely new layer of the plant world. Gardeners deciding between a Crocus flavus and Crocus graveolens will know that one produces deep yellow flowers while the other boasts a prominent smell. They can tell whether a plant should have one (unifolius), two (diphyllus), or even nine leaves (enneaphyllus). And they can catch the nods to Sir Joseph Banks in Cordyline banksia and Queen Victoria in Agave victoriae-reginae.
A Portable Latin for Gardeners is the perfect quick reference for working in the garden, shopping for plants, or doing botanical research—and no prior knowledge of Latin is required. The 1,500 terms are grouped by categories, making it easy to describe color, size, form, habitat, scent, taste, and time. Gardeners will make new connections and discoveries in a way standard alphabetical lists simply don’t allow. Alternately, gardeners who want to look up a particular term can jump right into the alphabetical index. Each entry includes the different forms of the term, a basic pronunciation guide, the definition, and an example plant species.
Rich botanical illustrations make this guide as beautiful as it is useful, while a durable flexi-bound cover means the book can withstand both days in the garden and evenings on the nightstand.

Originally published in 1830, this book can be called the first modern work in the philosophy of science, covering an extraordinary range of philosophical, methodological, and scientific subjects. 

"Herschel's book . . . brilliantly analyzes both the history and nature of science."—Keith Stewart Thomson, American Scientist

A Primer for Computational Biology aims to provide life scientists and students the skills necessary for research in a data-rich world. The text covers accessing and using remote servers via the command-line, writing programs and pipelines for data analysis, and provides useful vocabulary for interdisciplinary work. The book is broken into three parts:

1. Introduction to Unix/Linux: The command-line is the “natural environment” of scientific computing, and this part covers a wide range of topics, including logging in, working with files and directories, installing programs and writing scripts, and the powerful “pipe” operator for file and data manipulation.
2. Programming in Python: Python is both a premier language for learning and a common choice in scientific software development. This part covers the basic concepts in programming (data types, if-statements and loops, functions) via examples of DNA-sequence analysis. This part also covers more complex subjects in software development such as objects and classes, modules, and APIs.
3. Programming in R: The R language specializes in statistical data analysis, and is also quite useful for visualizing large datasets. This third part covers the basics of R as a programming language (data types, if-statements, functions, loops and when to use them) as well as techniques for large-scale, multi-test analyses. Other topics include S3 classes and data visualization with ggplot2.

Scroll through a list of the latest incredible scientific discoveries and you might find an unexpected commonality—Boulder, Colorado. Once a Wild West city tucked where the Rocky Mountains meet the Great Plains, it is now home to some of the biggest names in science. Research centers, including the National Center for Atmospheric Research, National Institute of Standards and Technology, and the National Oceanic and Atmospheric Administration, are based there, while IBM, Lockheed Martin, and Ball Aerospace would come to reside alongside a dynamic start-up community.

A Scientific Peak chronicles Boulder’s meteoric rise to eventually become “America’s Smartest City” and a leader in space and atmospheric sciences. In just two decades following World War II, a tenacious group of researchers, supported by groups from local citizenry to the State of Colorado, managed to convince the US government and some of the world’s scientific pioneers to make Boulder a center of the new space age. Joseph P. Bassi introduces us to the characters, from citizens to scientists, and the mix of politics, passion, and sheer luck at the start of Boulder’s transformation from “Scientific Siberia” to the research mecca it is today.

Research in most scientific disciplines calls for painstaking accuracy and a hesitation to generalize for fear of distorting the truth. Given this penchant for nuance, scientists often feel uneasy about a relationship with anyone in the media who is seeking an eye-catching lead, usually with limited space to express subtleties. Researchers who give interviews often feel that their findings are distorted or sensationalized, and shun future media contact. By avoiding potential misrepresentations, however, scientists also sacrifice opportunities to educate the public on important issues related to health, the environment, outer space, and much more.

In A Scientist's Guide to Talking with the Media, Richard Hayes and Daniel Grossman draw on their expertise in public relations and journalism to empower researchers in a variety of fields to spread their message on their own terms. The authors provide tips on how to translate abstract concepts into concrete metaphors, craft soundbites, and prepare for interviews. For those looking for a higher profile, the authors explain how to become a reporter's trusted source-the first card in the Rolodex-on controversial issues.

A must-read for all scientists, this book shows how it is possible for the discoveries that hibernate in lecture halls and academic journals to reach a broader audience in a way that is accurate and effective.

Doctors of osteopathy today practice side by side with medical doctors, employing the same diagnostic and curative tools of scientific—with a difference. A Second Voice: A Century of Osteopathic Medicine in Ohio is the story of that difference. Focusing on the historical experience of a pivotal midwestern state, historian Carol Poh Miller illuminates struggles common to osteopathic medicine nationwide as it fought to secure its place in American health care.

First promulgated by Dr. Andrew Taylor Still in 1874, osteopathy was a reaction against the primitive medical practices of the period. Believing that the body had its own natural curative powers, Still manipulated vertebrae to free circulation and to remove pathology. Early osteopaths endured discrimination, as orthodox medicine and its allies sought to prevent the establishment of Still’s new healing method.

Written in conjunction with the one-hundredth anniversary of the Ohio Osteopathic Association, A Second Voice traces the origins and growth of the profession in Ohio. It recounts the early legal battles, the establishment of separate osteopathic hospitals, and the hard-fought campaigns to win equal practice rights and to build a state college of osteopathic medicine. Finally, it reconsiders the notorious murder trial of Cleveland osteopathic physician Sam Sheppard in the context of his family’s contributions to the osteopathic profession and a prosecution that, evidence has shown, fingered the wrong man.

A Second Voice is a valuable addition to the history of medicine in Ohio and the nation.

How do we come to trust our knowledge of the world? What are the means by which we distinguish true from false accounts? Why do we credit one observational statement over another?

In A Social History of Truth, Shapin engages these universal questions through an elegant recreation of a crucial period in the history of early modern science: the social world of gentlemen-philosophers in seventeenth-century England. Steven Shapin paints a vivid picture of the relations between gentlemanly culture and scientific practice. He argues that problems of credibility in science were practically solved through the codes and conventions of genteel conduct: trust, civility, honor, and integrity. These codes formed, and arguably still form, an important basis for securing reliable knowledge about the natural world.

Shapin uses detailed historical narrative to argue about the establishment of factual knowledge both in science and in everyday practice. Accounts of the mores and manners of gentlemen-philosophers are used to illustrate Shapin's broad claim that trust is imperative for constituting every kind of knowledge. Knowledge-making is always a collective enterprise: people have to know whom to trust in order to know something about the natural world.

Thus far, the dominant paradigms through which modern scientists have viewed nature have been structured primarily around Newtonian and Darwinian approaches. As theoretical ecologist Robert E. Ulanowicz observes in his new work, A Third Window, neither of these models is sufficient for explaining how real change—in the form of creative advance or emergence—takes place in nature.

In June 2008, the rivers of eastern Iowa rose above their banks to create floods of epic proportions; their amazing size—flowing in places at a rate nearly double that of the previous record flood—and the rapidity of their rise ruined farmlands and displaced thousands of residents and hundreds of businesses. In Cedar Rapids, the waters inundated more than nine square miles of the downtown area; in Iowa City, where the flood was also the most destructive in history, the University of Iowa’s arts campus was destroyed. By providing a solid base of scientific and technical information presented with unusual clarity and a wealth of supporting illustrations, the contributors to this far-reaching book, many of whom dealt firsthand with the 2008 floods, provide a detailed roadmap of the causes and effects of future devastating floods.

 The twenty-five essays fall naturally into four sections. “Rising Rivers, Spreading Waters” begins by comparing the 2008 floods with the midwestern floods of 1993, moves on to trace community responses to the 2008 floods, and ends by illuminating techniques for forecasting floods and determining their size and frequency. “Why Here, Why Now?” searches for possible causes of the 2008 floods and of flooding in general: annual crops and urban landscapes, inflows into and releases from reservoirs, and climate change. “Flood Damages, Flood Costs, Flood Benefits” considers the complex mix of flood costs and effects, emphasizing damages to cities and farmlands as well as potential benefits to natural communities and archaeological sites. “Looking Back, Looking Forward” lays out approaches to managing the floods of the future that are sure to come.

 While the book draws most of its examples from one particular region, it explains flooding throughout a much larger region—the midwestern Corn Belt—and thus its sobering yet energizing lessons apply well beyond eastern Iowa. By examining the relationships among rivers, floodplains, weather, and modern society; by stressing matters of science and fact rather than social or policy issues; and by addressing multiple environmental problems and benefits, A Watershed Year informs and educates all those who experienced the 2008 floods and all those concerned with the larger causes of flooding.

Twelve inches by twelve inches by twelve inches, the cubic foot is a relatively tiny unit of measure compared to the whole world. With every step, we disturb and move through cubic foot after cubic foot. But behold the cubic foot in nature—from coral reefs to cloud forests to tidal pools—even in that finite space you can see the multitude of creatures that make up a vibrant ecosystem.

For A World in One Cubic Foot, esteemed nature photographer David Liittschwager took a bright green metal cube—measuring precisely one cubic foot—and set it in various ecosystems around the world, from Costa Rica to Central Park. Working with local scientists, he measured what moved through that small space in a period of twenty-four hours. He then photographed the cube’s setting and the plant, animal, and insect life inside it—anything visible to the naked eye. The result is a stunning portrait of the amazing diversity that can be found in ecosystems around the globe. Many organisms captured in Liittschwager’s photographs have rarely, if ever, been presented in their full splendor to the general reader, and the singular beauty of these images evocatively conveys the richness of life around us and the essential need for its conservation. The breathtaking images are accompanied by equally engaging essays that speak to both the landscapes and the worlds contained within them, from distinguished contributors such as Elizabeth Kolbert and Alan Huffman, in addition to an introduction by E. O. Wilson. After encountering this book, you will never look at the tiniest sliver of your own backyard or neighborhood park the same way; instead, you will be stunned by the unexpected variety of species found in an area so small.

 A World in One Cubic Foot puts the world accessibly in our hands and allows us to behold the magic of an ecosystem in miniature. Liittschwager’s awe-inspiring photographs take us to places both familiar and exotic and instill new awareness of the life that abounds all around.

Far from being the serene, natural streams of yore, modern rivers have been diverted, dammed, dumped in, and dried up, all in efforts to harness their power for human needs. But these rivers have also undergone environmental change. The old adage says you can’t step in the same river twice, and Ellen Wohl would agree—natural and synthetic change are so rapid on the world’s great waterways that rivers are transforming and disappearing right before our eyes.

            A World of Rivers explores the confluence of human and environmental change on ten of the great rivers of the world. Ranging from the Murray-Darling in Australia and the Yellow River in China to Central Europe’s Danube and the United States’ Mississippi, the book journeys down the most important rivers in all corners of the globe. Wohl shows us how pollution, such as in the Ganges and in the Ob of Siberia, has affected biodiversity in the water. But rivers are also resilient, and Wohl stresses the importance of conservation and restoration to help reverse the effects of human carelessness and hubris.

            What all these diverse rivers share is a critical role in shaping surrounding landscapes and biological communities, and Wohl’s book ultimately makes a strong case for the need to steward positive change in the world’s great rivers.

A Year with Nature is an almanac like none you’ve ever seen: combining science and aesthetics, it is a daily affirmation of the extraordinary richness of biodiversity and our enduring beguilement by its beauty. With a text by herpetologist and natural history writer Marty Crump and a cornucopia of original illustrations by Bronwyn McIvor, this quirky quotidian reverie gazes across the globe, media, and time as it celebrates date-appropriate natural topics ranging from the founding of the National Park Service to annual strawberry, garlic, shrimp, hummingbird, and black bear festivals.

With Crump, we mark the publication of classics like Carson’s Silent Spring and White’s Charlotte’s Web, and even the musical premiere of Tchaikovsky’s Swan Lake. We note the discovery of the structure of DNA and the mountain gorilla, the rise of citizen science projects, and the work of people who’ve shaped how we view and protect nature—from Aristotle to E. O. Wilson. Some days feature US celebrations, like National Poinsettia Day and National Cat Day; others highlight country-specific celebrations, like Australia’s Wombat Day and Thailand’s Monkey Buffet Festival, during which thousands of macaques feast on an ornately arranged spread of fruits and vegetables. Crump also highlights celebrations that span borders, from World Wildlife Conservation Day to International Mountain Day and global festivities for snakes, sea turtles, and chocolate. Interweaving fascinating facts on everything from jellyfish bodies to monthly birth flowers with folkloric entries featuring the Loch Ness Monster, unicorns, and ancient Greek, Roman, and Egyptian mythology, the almanac is as exhaustive as it is enchanting.

A Year with Nature celebrates the wonder and beauty of our natural world as we have expressed it in visual arts, music, literature, science, natural history, and everyday experience. But more than this, the almanac’s vignettes encourage us to contemplate how we can help ensure that future generations will be able to enjoy the landscapes and rich biodiversity we so deeply cherish.

In Abductive Analysis, Iddo Tavory and Stefan Timmermans provide a new navigational map for theorizing qualitative research. They outline a way to think about observations, methods, and theories that nurtures theory formation without locking it into predefined conceptual boxes. The book provides novel ways to approach the challenges that plague qualitative researchers across the social sciences—how to conceptualize causality, how to manage the variation of observations, and how to leverage the researcher’s community of inquiry.  Abductive Analysis is a landmark work that shows how a pragmatist approach provides a productive and fruitful way to conduct qualitative research.

Scientists’ views on what makes an experiment successful have developed dramatically throughout history. Different criteria for proper experimentation were privileged at different times, entirely new criteria for securing experimental results emerged, and the meaning of commitment to experimentation altered. In About Method, Schickore captures this complex trajectory of change from 1660 to the twentieth century through the history of snake venom research. As experiments with poisonous snakes and venom were both challenging and controversial, the experimenters produced very detailed accounts of their investigations, which go back three hundred years—making venom research uniquely suited for such a long-term study. By analyzing key episodes in the transformation of venom research, Schickore is able to draw out the factors that have shaped methods discourse in science.
 
About Method shows that methodological advancement throughout history has not been simply a steady progression toward better, more sophisticated and improved methodologies of experimentation. Rather, it was a progression in awareness of the obstacles and limitations that scientists face in developing strategies to probe the myriad unknown complexities of nature. The first long-term history of this development and of snake venom research, About Method offers a major contribution to integrated history and philosophy of science.

In Abundant Earth, Eileen Crist not only documents the rising tide of biodiversity loss, but also lays out the drivers of this wholesale destruction and how we can push past them. Looking beyond the familiar litany of causes—a large and growing human population, rising livestock numbers, expanding economies and international trade, and spreading infrastructures and incursions upon wildlands—she asks the key question: if we know human expansionism is to blame for this ecological crisis, why are we not taking the needed steps to halt our expansionism?

Crist argues that to do so would require a two-pronged approach. Scaling down calls upon us to lower the global human population while working within a human-rights framework, to deindustrialize food production, and to localize economies and contract global trade. Pulling back calls upon us to free, restore, reconnect, and rewild vast terrestrial and marine ecosystems. However, the pervasive worldview of human supremacy—the conviction that humans are superior to all other life-forms and entitled to use these life-forms and their habitats—normalizes and promotes humanity’s ongoing expansion, undermining our ability to enact these linked strategies and preempt the mounting suffering and dislocation of both humans and nonhumans.

Abundant Earth urges us to confront the reality that humanity will not advance by entrenching its domination over the biosphere. On the contrary, we will stagnate in the identity of nature-colonizer and decline into conflict as we vie for natural resources. Instead, we must chart another course, choosing to live in fellowship within the vibrant ecologies of our wild and domestic cohorts, and enfolding human inhabitation within the rich expanse of a biodiverse, living planet.

Since World War II, the federal government and institutions of higher education have shared an unprecedented association. John T. Wilson is among the relatively few people who have played roles on both sides of this relationship. In this essay, he examines the substance of the relationship with an eye to the future, reviewing the policies and programs that have governed federal support of academic science and higher education during the past thirty years.

From reviews of the first edition:

“Covers a wide range of issues with balance and clarity. . . . I can recommend the book highly as an intermediate-level source of information and insight into the international aspects of the acid rain problem.”—J. F. Hornig, Ambio

“A masterful analysis of the policy problems raised by acid rain in the U.S. and Canada . . . detailed, objective, understandable, and compelling. Weaving substantive and institutional factors into their analysis, the authors skillfully portray the controversy’s multifaceted nature.”—Tracy Dobson, American Journal of International Law

“[A] thorough, well-balanced analysis . . . [that] could serve as a model for analysis of complex policy issues.”—Choice

“Reveals the interface between science, technology, and public policy as being the co-extensive network it really is. . . . Timely and welcomed.”—John de la Mothe, Canadian Public Policy/Analyse de Politiques

Although many of the practical and intellectual traditions that make up modern science date back centuries, the category of “science” itself is a relative novelty. In the early eighteenth century, the modern German word that would later mean “science,” naturwissenschaft, was not even included in dictionaries. By 1850, however, the term was in use everywhere. Acolytes of Nature follows the emergence of this important new category within German-speaking Europe, tracing its rise from an insignificant eighteenth-century neologism to a defining rallying cry of modern German culture.

Today’s notion of a unified natural science has been deemed an invention of the mid-nineteenth century. Yet what Denise Phillips reveals here is that the idea of naturwissenschaft acquired a prominent place in German public life several decades earlier. Phillips uncovers the evolving outlines of the category of natural science and examines why Germans of varied social station and intellectual commitments came to find this label useful. An expanding education system, an increasingly vibrant consumer culture and urban social life, the early stages of industrialization, and the emergence of a liberal political movement all fundamentally altered the world in which educated Germans lived, and also reshaped the way they classified knowledge.