Science

Chimpanzees fascinate people for many reasons. We are struck by the apes’ resemblance to humanity, as seen in their use of tools and their complex social lives, and we are moved by the threats that human activity poses to them. Our awareness of our closest living relatives testifies to the efforts of the remarkable people who study these creatures and work to protect them. What motivates someone to dedicate their lives to chimpanzees? How does that reflect on our own species?

This book brings together a range of chimpanzee experts who tell powerful personal stories about their lives and careers. It features some of the world’s preeminent primatologists—including Jane Goodall and Frans de Waal—as well as representatives of a new generation from varied backgrounds. In addition to field scientists, the book features anthropologists, biologists, psychologists, veterinarians, conservationists, and the director of a chimpanzee sanctuary. Some grew up in the English countryside, others in villages in Congo; some first encountered chimpanzees in a zoo, others in the forests surrounding their homes. All are united by a common purpose: to study and understand chimpanzees in order to protect them in the wild and care for them in zoos and sanctuaries. Contributors share what inspired them, what shaped their career choices, and what motivates them to strive for solutions to the many challenges that chimpanzees face today.

What’s the secret to keeping your balance? The ear does more than hear: it helps us stay stable by perceiving movements and gravity. Elegant sensors deep within the skull detect every twist, turn, and tumble, powering swift reflexes that keep vision and balance steady. This is the vestibular system. It’s primordial and ubiquitous: every animal has one, and even plants have a rudimentary version. It works so well that we take it for granted—until it fails. How does this remarkable system function? What happens when it goes haywire? How can modern medicine treat vestibular disease?

The Great Balancing Act tells the story of the vestibular system, from T. rex hearing organs to cochlear implants, and from the unsung power of hair cells to inner-ear problems in outer space. Combining neuroscience, history, and medicine, Jeffrey D. Sharon—a vestibular doctor and researcher—explains the sense of balance using accessible language and wry humor. He recounts how pioneering scientists solved the mysteries of the vestibular system and shows why it is necessary for spatial reasoning and abstract thought. Sharon explores the devastating consequences of vestibular problems such as vertigo, dizziness, and imbalance, offering an expert, patient-friendly look at emerging and future treatments. Engaging and entertaining, this book invites readers to discover a little-known yet vital part of ourselves.

What’s the secret to keeping your balance? The ear does more than hear: it helps us stay stable by perceiving movements and gravity. Elegant sensors deep within the skull detect every twist, turn, and tumble, powering swift reflexes that keep vision and balance steady. This is the vestibular system. It’s primordial and ubiquitous: every animal has one, and even plants have a rudimentary version. It works so well that we take it for granted—until it fails. How does this remarkable system function? What happens when it goes haywire? How can modern medicine treat vestibular disease?

The Great Balancing Act tells the story of the vestibular system, from T. rex hearing organs to cochlear implants, and from the unsung power of hair cells to inner-ear problems in outer space. Combining neuroscience, history, and medicine, Jeffrey D. Sharon—a vestibular doctor and researcher—explains the sense of balance using accessible language and wry humor. He recounts how pioneering scientists solved the mysteries of the vestibular system and shows why it is necessary for spatial reasoning and abstract thought. Sharon explores the devastating consequences of vestibular problems such as vertigo, dizziness, and imbalance, offering an expert, patient-friendly look at emerging and future treatments. Engaging and entertaining, this book invites readers to discover a little-known yet vital part of ourselves.

Earth has existed for an immense period of time—an almost unimaginable 4.6 billion years. If we ventured far enough into the past, would we reach a time when our planet was fundamentally different? Did it always have landscapes like those we see today, sculpted by wind, rain, and the forces of plate tectonics? When did Earth turn into the distinctive “blue planet” where life could emerge and evolve?

Geologist Simon Lamb shows that the key to answering these questions lies in ancient rocks from the days when the planet was young. His research in remote southern Africa looks at some of the oldest known rocks—some more than 3.5 billion years old—which have survived unfathomable spans of geological time. He takes readers on a journey of scientific discovery, walking—and sometimes diving—through landscapes from the time of the earliest known forms of life. Lamb unearths a violent world of natural disasters and climate change in the deep ocean, along ancient shorelines, and amid rising mountains. In so doing, he shows how geologists work and think, and how they read rocks and decipher what they tell us of the past. Finding the foundations of our world, The Oldest Rocks on Earth sheds light on why Earth is the only planet known to harbor life and what this might tell us about our future.

Earth has existed for an immense period of time—an almost unimaginable 4.6 billion years. If we ventured far enough into the past, would we reach a time when our planet was fundamentally different? Did it always have landscapes like those we see today, sculpted by wind, rain, and the forces of plate tectonics? When did Earth turn into the distinctive “blue planet” where life could emerge and evolve?

Geologist Simon Lamb shows that the key to answering these questions lies in ancient rocks from the days when the planet was young. His research in remote southern Africa looks at some of the oldest known rocks—some more than 3.5 billion years old—which have survived unfathomable spans of geological time. He takes readers on a journey of scientific discovery, walking—and sometimes diving—through landscapes from the time of the earliest known forms of life. Lamb unearths a violent world of natural disasters and climate change in the deep ocean, along ancient shorelines, and amid rising mountains. In so doing, he shows how geologists work and think, and how they read rocks and decipher what they tell us of the past. Finding the foundations of our world, The Oldest Rocks on Earth sheds light on why Earth is the only planet known to harbor life and what this might tell us about our future.

Today, the opioid crisis often feels intractable. This book offers a wider perspective on its underlying causes, examining the biological, psychological, and social aspects of addiction and the interactions among them.

Jay Schulkin, a behavioral neuroscientist, and Bryce Huebner, a philosopher, explore the complexities of opioid addiction through a distinctive combination of neuroscientific knowledge and pragmatist thought. They detail the biological and neurological processes that shape and sustain addiction, showing why opiates’ power to ease pain makes us vulnerable to abusing them. The book discusses the relationship between addiction and depression, the dilemmas of pain management, and the meaning of recovery. Schulkin and Huebner underscore the stigma that marginalizes people who struggle with addiction and the social factors that shape access to treatment and care, calling for a focus on harm reduction. They consider questions of individual and social accountability, reflecting on choice, autonomy, and freedom.

Interdisciplinary and wide-ranging, this book brings deep learning, empathy, and insight to understanding the experience of addiction.

Today, the opioid crisis often feels intractable. This book offers a wider perspective on its underlying causes, examining the biological, psychological, and social aspects of addiction and the interactions among them.

Jay Schulkin, a behavioral neuroscientist, and Bryce Huebner, a philosopher, explore the complexities of opioid addiction through a distinctive combination of neuroscientific knowledge and pragmatist thought. They detail the biological and neurological processes that shape and sustain addiction, showing why opiates’ power to ease pain makes us vulnerable to abusing them. The book discusses the relationship between addiction and depression, the dilemmas of pain management, and the meaning of recovery. Schulkin and Huebner underscore the stigma that marginalizes people who struggle with addiction and the social factors that shape access to treatment and care, calling for a focus on harm reduction. They consider questions of individual and social accountability, reflecting on choice, autonomy, and freedom.

Interdisciplinary and wide-ranging, this book brings deep learning, empathy, and insight to understanding the experience of addiction.

Over the centuries, we have learned to peer into what was once invisible. Imaging devices like cameras, telescopes, microscopes, and MRI machines map the world around, beyond, and within us in ways the naked eye could never see. In so doing, these technologies have transformed our understanding of our place in the universe and our conception of our own bodies—and we may be on the cusp of an even greater revolution.

Daniel K. Sodickson—a physicist and biomedical imaging innovator—explores the rich history and surprising future of vision, from the evolution of eyes to emerging high-tech devices. Beginning in the early oceans, when organisms first developed sight, The Future of Seeing tells the stories of the many remarkable tools people have invented to extend our natural vision. Ranging from the tales of brilliant inventors to profiles of everyday people, this book shows how imaging has transformed the practice of medicine, reshaped the global economy, and complicated the notion of privacy. In the era of artificial intelligence, Sodickson argues, it will be reinvented even further, emulating not only our senses but also our brains. Inviting and eye-opening, The Future of Seeing is a revelatory look at what imaging teaches us about the way we see the world, each other, and ourselves.

Silver Medal in the Social Change and Social Justice Category, 2024 Nautilus Book Awards

Winner, 2024 Choice Outstanding Academic Title

Women working in the sciences face obstacles at virtually every step along their career paths. From subtle slights to blatant biases, deep systemic problems block women from advancing or push them out of science and technology entirely.

Women in Science Now examines solutions to this persistent gender gap, offering new perspectives on how to make science more equitable and inclusive for all. This book shares stories and insights of women from a range of backgrounds working in various disciplines, illustrating the journeys that brought them to the sciences, the challenges they faced along the way, and the important contributions they have made to their fields. Lisa M. P. Munoz combines these narratives with a wealth of data to illuminate the size and scope of the challenges women scientists face, while highlighting research-based solutions to help overcome these obstacles. She presents groundbreaking studies in social psychology and organizational behavior that are informing novel approaches for combating historic and ongoing inequities.

Through a combined focus on personal experiences and social-science research, this timely book provides both a path toward greater gender equity and an inspiring vision of science and scientists.

When we view a work of art, we often experience an emotional response, but the causes of our reactions are complex. Our knowledge of why we respond to art as we do is rooted in science—in psychology and biology. Eric R. Kandel traces the origins of this understanding to early twentieth-century Vienna, which gave rise to the concept of the “beholder’s share,” the realization that art is incomplete without the perceptual and emotional involvement of the viewer—that is, without our responses to it.

But what causes our response? Our brain is a creativity machine that brings to bear on any image—including a painting—certain innate, universal processes related to sensory perception as well as higher-order processes related to our personal experiences, memories, and emotions. Understanding how these unconscious processes in the brain interact to create the beholder’s share is one of the great challenges currently confronting brain science.

The essays on art and science in this book vary widely in subject matter, including the angst-ridden portraits of Soutine, conflicting views of women’s sexuality, Cubism’s challenge to our innate visual processes, and why we react differently to abstract versus figurative art. But each essay focuses on the interaction of art and science. Woven throughout are the many notable scientists, art historians, artists, and others, both Jewish and non-Jewish, who contributed to our understanding of how we experience art.

What forces influence a person’s decision to pursue a career in science? And what factors determine which among the many possible pathways a budding scientist chooses to follow?

John A. Wiens traces his journeys through several subfields of ecology—and, in so doing, gives readers an inside look at how science actually works. He shares stories from his development as an ornithologist, community ecologist, landscape ecologist, and conservation scientist that convey the excitement of doing ecology. Recounting the serendipities, discoveries, and joys of this branching career, Wiens explores how an individual’s background and interests, life’s contingencies, the influences of key people, and the culture of a discipline can all shape a scientist’s trajectory. Becoming an Ecologist illustrates why ecologists ask the questions they do, how they go about answering them, and what they do when the answers are not what they expected.

Bringing together personal narrative with practical guidance for aspiring ecologists, this book provides a window onto a dynamic scientific field—and inspiration for all readers interested in building a career by following their passion for the natural world.

Reproducibility is fundamental to the scientific method. After reading a paper describing research findings, a scientist should be able to repeat the experiment and obtain the same results. Yet an alarming number—perhaps as high as 90 percent—of published biomedical research papers face challenges in independent replication. Such issues range from honest mistakes to outright fraud. The scope of this crisis, however, underscores deeper systemic issues within the scientific community: its culture, incentives, and institutions.

In Unreliable, the distinguished scientist Csaba Szabo examines the causes and consequences of the reproducibility crisis in biomedical research, showing why the factors that encourage misconduct stem from flaws in real-world science. There are many culprits, including commonplace research methods and dubious statistical techniques. Academic career incentives, hypercompetition for grant funding, and a bias toward publishing positive results have exacerbated the problem. Deliberate data manipulation and fabricated findings churned out by “paper mills” are disturbingly common. Academic institutions and publishers, for their part, have perpetuated a culture of impunity.

Szabo explores how these failures have hindered scientific progress and impeded the development of new treatments, and he introduces readers to the “science sleuths” who tirelessly uncover misconduct. He proposes comprehensive reforms, from scientific training to the grant system through the publication process, to address the root causes of the crisis. Written in clear language and leavened with a keen sense of irony, Unreliable is an essential account of the reproducibility crisis that gives readers an inside look at how science is actually done.

Reproducibility is fundamental to the scientific method. After reading a paper describing research findings, a scientist should be able to repeat the experiment and obtain the same results. Yet an alarming number—perhaps as high as 90 percent—of published biomedical research papers face challenges in independent replication. Such issues range from honest mistakes to outright fraud. The scope of this crisis, however, underscores deeper systemic issues within the scientific community: its culture, incentives, and institutions.

In Unreliable, the distinguished scientist Csaba Szabo examines the causes and consequences of the reproducibility crisis in biomedical research, showing why the factors that encourage misconduct stem from flaws in real-world science. There are many culprits, including commonplace research methods and dubious statistical techniques. Academic career incentives, hypercompetition for grant funding, and a bias toward publishing positive results have exacerbated the problem. Deliberate data manipulation and fabricated findings churned out by “paper mills” are disturbingly common. Academic institutions and publishers, for their part, have perpetuated a culture of impunity.

Szabo explores how these failures have hindered scientific progress and impeded the development of new treatments, and he introduces readers to the “science sleuths” who tirelessly uncover misconduct. He proposes comprehensive reforms, from scientific training to the grant system through the publication process, to address the root causes of the crisis. Written in clear language and leavened with a keen sense of irony, Unreliable is an essential account of the reproducibility crisis that gives readers an inside look at how science is actually done.

What forces influence a person’s decision to pursue a career in science? And what factors determine which among the many possible pathways a budding scientist chooses to follow?

John A. Wiens traces his journeys through several subfields of ecology—and, in so doing, gives readers an inside look at how science actually works. He shares stories from his development as an ornithologist, community ecologist, landscape ecologist, and conservation scientist that convey the excitement of doing ecology. Recounting the serendipities, discoveries, and joys of this branching career, Wiens explores how an individual’s background and interests, life’s contingencies, the influences of key people, and the culture of a discipline can all shape a scientist’s trajectory. Becoming an Ecologist illustrates why ecologists ask the questions they do, how they go about answering them, and what they do when the answers are not what they expected.

Bringing together personal narrative with practical guidance for aspiring ecologists, this book provides a window onto a dynamic scientific field—and inspiration for all readers interested in building a career by following their passion for the natural world.

If you have ever wondered about space travel, now you have the opportunity to understand it more fully than ever before. Traveling into space and even emigrating to nearby worlds may soon become part of the human experience. Scientists, engineers, and investors are working hard to make space tourism and colonization a reality. As astronauts can attest, extraterrestrial travel is incomparably thrilling. To make the most of the experience requires serious physical and mental adaptations in virtually every aspect of life, from eating to intimacy. Everyone who goes into space sees Earth and life on it from a profoundly different perspective than they had before liftoff.

Astronomer and former NASA/ASEE scientist Neil F. Comins has written the go-to book for anyone interested in space exploration. He describes the wonders that travelers will encounter—weightlessness, unparalleled views of Earth and the cosmos, and the opportunity to walk on another world—as well as the dangers: radiation, projectiles, unbreathable atmospheres, and potential equipment failures. He also provides insights into specific trips to destinations including suborbital flights, space stations, the Moon, asteroids, comets, and Mars—the top candidate for colonization. Although many challenges are technical, Comins outlines them in clear language for all readers. He synthesizes key issues and cutting-edge research in astronomy, physics, biology, psychology, and sociology to create a complete manual for the ultimate voyage.

Sex shapes who we are as individuals and as a species. Where in the mists of time did something so important—and eye-catching—originate, and what does this history tell us about ourselves? Why do we have sex, and sexes, at all?

In The Other Big Bang, the evolutionary and developmental biologist Eric S. Haag explores the two-billion-year history of sex, from the first organisms on Earth to contemporary humans. He delves into the deep history of sexual reproduction, from its origins as a fix for a mutational crisis to an essential feature of all complex life. Haag traces sexual differentiation from its earliest forms in microbes to its elaboration in animals, showing why sex differences in cells and organisms help species adapt, persist, and evolve. Humanity’s clear sexual kinship with yeast and clams exists even as we evolved differences that distinguish us from other mammals, and even other apes.

Bringing the story up to the present, Haag argues that the evolutionary history of human sexuality helps us better understand contemporary society. Our ancient male-female sexual system remains an important fact of life, even as we see increasingly diverse sexual orientations, gender expressions, and parenthood choices. Witty and inviting, The Other Big Bang offers a clear view of the evolutionary roots of human sexuality and their significance today.

Winner, 2023 Choice Outstanding Academic Title
Bronze Winner, 2024 Nonfiction Book Awards

Where would we be without the knee? This down-to-earth joint connecting the thigh and the lower leg doesn’t receive the attention it deserves. Yet, as The Curious Human Knee reveals, it is crucial to countless facets of science, medicine, culture, and history—and even what makes us human.

The science writer Han Yu provides an informative, surprising, and entertaining exploration of the human knee across time and place. She begins with our earliest ancestors, emphasizing that walking upright separates us from the apes and bipedal knees appeared long before big brains and sophisticated tools. Yu considers the intricate anatomy of the knee, its evolutionary history, and the complexity of treating knee pain, including her own. She examines why women’s knees might be more prone to damage than men’s and addresses the roles of race and class in ailments such as osteoarthritis. This book gets knee-deep into an astonishing range of topics—fashion from flappers to miniskirts and ripped jeans, cultural practices spanning Japanese knee walking and Thai boxing, and more. Yu reflects on the symbolic power of kneeling from the imperial court in China to the football field in the United States and shows why the knee figures into so many social and political phenomena.

Distilling a vast amount of research in a style that is engaging, conversational, and even personal and witty, this book opens readers’ eyes to the complexity and significance of the humble knee.

Sex, after hunger, may be the most powerful motivating force in our lives. It drives us to seek intimate contact with others and to form relationships that may be fleeting or lifelong, blissful or troubled. Yet many mysteries surround sex and sexuality: Why don’t we reproduce by virgin birth? Why does so much of our sexual behavior have nothing to do with reproduction? Why isn’t everyone heterosexual? How does the brain create sexual arousal? How do sexual kinks develop? Is porn harmful? What is the relationship between sex and love?

In Attraction, Love, Sex, the renowned scholar Simon LeVay introduces readers to a memorable cast of researchers trying to answer these questions and many more. A biologist dredges a New Zealand lake for asexual mud snails. Psychologists measure whether eating a good meal changes a man’s idea of female beauty. Physiologists probe orifices with miniature toilet plungers and place lovers in brain scanners. Geneticists reconstruct the sex crimes of Genghis Khan. Neuroscientists create mice whose sexual behavior can be switched on and off. A zoologist traps and releases 260,000 voles and launches a new science of love.

LeVay distills vast expertise on the biology and psychology of sex into an engaging and easy-to-understand survey with scientific acumen, a critical eye, and a sense of humor. This book reveals how scientists are unraveling the secrets of sex and, in the process, shattering many traditional ideas and prejudices.

Runner-up, 2024 Columbia University Press Distinguished Book Award

Atoms are unfathomably tiny. It takes fifteen million trillion of them to make up a single poppy seed—give or take a few billion. And there’s hardly anything to them: atoms are more than 99.9999999999 percent empty space. Yet scientists have learned to count these slivers of near nothingness with precision and to peer into their internal states. In looking so closely, we have learned that atoms, because of their inimitable signatures and imperturbable internal clocks, are little archives holding the secrets of the past.

David J. Helfand reconstructs the history of the universe—back to its first microsecond 13.8 billion years ago—with the help of atoms. He shows how, by using detectors and reactors, microscopes and telescopes, we can decode the tales these infinitesimal particles tell, answering questions such as: Is a medieval illustrated prayer book real or forged? How did maize cultivation spread from the highlands of central Mexico to New England? What was Earth’s climate like before humans emerged? Where can we find clues to identify the culprit in the demise of the dinosaurs? When did our planet and solar system form? Can we trace the births of atoms in the cores of massive stars or even glimpse the origins of the universe itself?

A lively and inviting introduction to the building blocks of everything we know, The Universal Timekeepers demonstrates the power of science to unveil the mysteries of unreachably remote times and places.

Winner, 2023 Choice Outstanding Academic Title

One morning in Miami Beach, an unexpected guest showed up in a luxury condominium complex’s parking garage: an octopus. The image quickly went viral. But the octopus—and the combination of infrastructure quirks and climate impacts that left it stranded—is more than a funny meme. It’s a potent symbol of the disruptions that a changing climate has already brought to our doorsteps and the ways we will have to adjust.

Rob Verchick examines how we can manage the risks that we can no longer avoid, laying out our options as we face climate breakdown. Although reducing carbon dioxide emissions is essential, we need to adapt to address the damage we have already caused. Verchick explores what resilience looks like on the ground, from early humans on the savannas to today’s shop owners and city planners. He takes the reader on a journey into the field: paddling through Louisiana’s bayous, hiking in one of the last refuges of Joshua trees in the Mojave Desert, and diving off Key Largo with citizen scientists working to restore coral reefs. The book emphasizes disadvantaged communities, which bear the brunt of environmental risk, arguing that building climate resilience is a necessary step toward justice.

Engaging and accessible for nonexpert concerned citizens, The Octopus in the Parking Garage empowers readers to face the climate crisis and shows what we can do to adapt and thrive.

Gold Award Winner, 2024 Nonfiction Book Awards

Runner-up, 2024 History category, San Francisco Book Festival

Runner-up, 2024 General Non-Fiction, New York Book Festival

For much of recorded history, people considered the heart to be the most important organ in the body. In cultures around the world, the heart—not the brain—was believed to be the location of intelligence, memory, emotion, and the soul. Over time, views on the purpose of the heart have transformed as people sought to understand the life forces it contains. Modern medicine and science dismissed what was once the king of the organs as a mere blood pump subservient to the brain, yet the heart remains a potent symbol of love and health and an important part of our cultural iconography.

This book traces the evolution of our understanding of the heart from the dawn of civilization to the present. Vincent M. Figueredo—an accomplished cardiologist and expert on the history of the human heart—explores the role and significance of the heart in art, culture, religion, philosophy, and science across time and place. He examines how the heart really works, its many meanings in our emotional and daily lives, and what cutting-edge science is teaching us about this remarkable organ. Figueredo considers the science of heart disease, recent advancements in heart therapies, and what the future may hold. He highlights the emerging field of neurocardiology, which has found evidence of a “heart-brain connection” in mental and physical health, suggesting that ancient views hold more truth than moderns suspect.

Ranging widely and deeply throughout human history, this book sheds new light on why the heart remains so central to our sense of self.

Whenever a person engages with music—when a piano student practices a scale, a jazz saxophonist riffs on a melody, a teenager sobs to a sad song, or a wedding guest gets down on the dance floor—countless neurons are firing. Playing an instrument requires all of the resources of the nervous system, including cognitive, sensory, and motor functions. Composition and improvisation are remarkable demonstrations of the brain’s capacity for creativity. Something as seemingly simple as listening to a tune involves mental faculties most of us don’t even realize we have.

Larry S. Sherman, a neuroscientist and lifelong musician, and Dennis Plies, a professional musician and teacher, collaborate to show how our brains and music work in harmony. They consider music in all the ways we encounter it—teaching, learning, practicing, listening, composing, improvising, and performing—in terms of neuroscience as well as music pedagogy, showing how the brain functions and even changes in the process. Every Brain Needs Music draws on leading behavioral, cellular, and molecular neuroscience research as well as surveys of more than a hundred musical people. It provides new perspectives on learning to play, teaching, how to practice and perform, the ways we react to music, and why the brain benefits from musical experiences.

Written for both musical and nonmusical people, including newcomers to brain science, this book is a lively and easy-to-read exploration of the neuroscience of music and its significance in our lives.

Did a red fox pass this way? Could that be a bobcat print there in the dirt? Do those tracks belong to a domestic dog or a coyote? Combining lyrical memoir with an introduction to wildlife tracking, What Walks This Way explores the joys of learning to recognize the traces of the creatures with whom we share our world.

The nature writer Sharman Apt Russell tells stories of her experiences tracking wildlife—mostly mammals, from mountain lions to pocket mice—near her home in New Mexico, with lessons that hold true across North America. With wit and compassion, she guides readers through the basics of identifying tracks and signs, revealing a landscape filled with the marks left by browsing deer, predatory weasels, and inquisitive bears, skunks, and raccoons. Closely observing these traces, Russell also finds community, a sense of place, and a renewed connection with the nonhuman world. She explores the health of mammal populations in North America and questions common wildlife-management practices, calling for new approaches that better reflect current understandings of ecology. Above all, What Walks This Way is a celebration of all the wild animals secretly, stubbornly, and triumphantly roving through our cities, suburbs, and countryside.

Did a red fox pass this way? Could that be a bobcat print there in the dirt? Do those tracks belong to a domestic dog or a coyote? Combining lyrical memoir with an introduction to wildlife tracking, What Walks This Way explores the joys of learning to recognize the traces of the creatures with whom we share our world.

The nature writer Sharman Apt Russell tells stories of her experiences tracking wildlife—mostly mammals, from mountain lions to pocket mice—near her home in New Mexico, with lessons that hold true across North America. With wit and compassion, she guides readers through the basics of identifying tracks and signs, revealing a landscape filled with the marks left by browsing deer, predatory weasels, and inquisitive bears, skunks, and raccoons. Closely observing these traces, Russell also finds community, a sense of place, and a renewed connection with the nonhuman world. She explores the health of mammal populations in North America and questions common wildlife-management practices, calling for new approaches that better reflect current understandings of ecology. Above all, What Walks This Way is a celebration of all the wild animals secretly, stubbornly, and triumphantly roving through our cities, suburbs, and countryside.

One of the twentieth century’s great paleontologists and science writers, Stephen Jay Gould was, for Bruce S. Lieberman and Niles Eldredge, also a close colleague and friend. In Macroevolutionaries, they take up the tradition of Gould’s acclaimed essays on natural history, offering a series of wry and insightful reflections on the fields to which they have devoted their careers.

Lieberman and Eldredge explore the major features of evolution, or “macroevolution,” examining key issues in paleontology and their links to popular culture, philosophy, music, and the history of science. They focus on topics such as punctuated equilibria, mass extinctions, and the history of life—with detours including trilobites, Hollywood stuntmen, coywolves, birdwatching, and New Haven-style pizza. Lieberman and Eldredge’s essays showcase their deep knowledge of the fossil record and keen appreciation of the arts and culture while touching on different aspects of Gould’s life and work. Ultimately, they show why Gould’s writings and perspective are still relevant today, following his lead in using the natural history essay to articulate their view of evolutionary theory and its place in contemporary life. At once thought-provoking and entertaining, Macroevolutionaries is for all readers interested in paleontology, evolutionary biology, and Gould’s literary and scientific legacy.

On the surface of the Sun, spots appear and fade in a predictable cycle, like a great clock in the sky. In medieval Russia, China, and Korea, monks and court astronomers recorded the appearance of these dark shapes, interpreting them as omens of things to come. In Western Europe, by contrast, where a cosmology originating with Aristotle prevailed, the Sun was regarded as part of the unchanging celestial realm, and it took observations through telescopes by Galileo and others to establish the reality of solar imperfections. In the nineteenth century, amateur astronomers discovered that sunspots ebb and flow about every eleven years—spurring speculation about their influence on the weather and even the stock market.

Exploring these and many other crucial developments, Pierre Sokolsky provides a history of knowledge of the Sun through the lens of sunspots and the solar cycle. He ranges widely across cultures and throughout history, from the earliest recorded observations of sunspots in Chinese annals to satellites orbiting the Sun today, and from worship of the Sun as a deity in ancient times to present-day scientific understandings of stars and their magnetic fields. Considering how various thinkers sought to solve the puzzle of sunspots, Sokolsky sheds new light on key discoveries and the people who made them, as well as their historical and cultural contexts. Fast-paced, comprehensive, and learned, The Clock in the Sun shows readers our closest star from many new angles.

How do waves break, and what makes good surf? What are dangerous rip currents, and how do you spot one? What should you do if you get caught in one?

Australia’s best-known surf scientist, Rob “Dr. Rip” Brander, takes readers on a fascinating and entertaining journey to uncover how beaches form and behave, the science of waves and currents, and how beaches respond to storms and climate change. He explains where the sand we lay our towels on came from, how the tides that wash up new treasures each day work, why no two beaches are exactly the same, and why some of them are disappearing. He also explores some of the hazards to watch out for, from rip currents to tsunamis to the (unlikely) event you find yourself swimming with a shark.

Whether you’re a surfer looking for the perfect wave or you just enjoy hitting the beach with friends and family, this book is a must-read for all ocean lovers.

How do waves break, and what makes good surf? What are dangerous rip currents, and how do you spot one? What should you do if you get caught in one?

Australia’s best-known surf scientist, Rob “Dr. Rip” Brander, takes readers on a fascinating and entertaining journey to uncover how beaches form and behave, the science of waves and currents, and how beaches respond to storms and climate change. He explains where the sand we lay our towels on came from, how the tides that wash up new treasures each day work, why no two beaches are exactly the same, and why some of them are disappearing. He also explores some of the hazards to watch out for, from rip currents to tsunamis to the (unlikely) event you find yourself swimming with a shark.

Whether you’re a surfer looking for the perfect wave or you just enjoy hitting the beach with friends and family, this book is a must-read for all ocean lovers.

Modern science and ideas of race have long been entangled, sharing notions of order, classification, and hierarchy. Ordering the Human presents cutting-edge interdisciplinary scholarship that examines the racialization of science in various global contexts, illuminating how racial logics have been deployed to classify, marginalize, and oppress.

These wide-ranging essays—written by experts in genetics, forensics, public health, history, sociology, and anthropology—investigate the influence of racial concepts in scientific knowledge production across regions and eras. Chapters excavate the mechanisms by which racialized science serves projects of power and domination, and they explore different forms of resistance. Topics range from skull collecting by eighteenth-century German and Dutch scientists to the use of biology to reinforce notions of purity in present-day South Korea and Brazil. The authors investigate the colonial legacies of the pathologization of weight for the Maori people, the scientific presumption of coronary artery disease risk among South Asians, and the role of racial categories in COVID-19 statistics and responses, among many other cases. Tracing the pernicious consequences of the racialization of science, Ordering the Human shines a light on how the naturalization of racial categories continues to shape health and inequality today.

Misinformation is one of the twenty-first century’s greatest challenges, a peril to democracy, peace, science, and public health. Yet we lack a clear understanding of what makes misinformation so potent and why it can spread so rapidly. In Falsehoods Fly, a leading cognitive scientist and philosopher offers a new framework for recognizing and countering misleading claims by exploring the ways that information works—and breaks down.

Paul Thagard examines the dangers of misinformation on COVID-19, climate change, conspiracy theories, inequality, and the Russian invasion of Ukraine. He argues that effective responses to these problems require understanding how information is generated and spread. Bringing together empirical findings about the psychological and social mechanisms that drive cognitive errors with philosophical accounts of critical thinking, Thagard develops an innovative theory of how we gain information. Grasping how the generation and transmission of knowledge can fail helps us find ways to repair it and provides tools for converting misinformation into facts. Offering a deep and rich account of the nature and workings of information, Falsehoods Fly provides practical, concrete strategies to stop the creation and spread of misinformation.

Modern science and ideas of race have long been entangled, sharing notions of order, classification, and hierarchy. Ordering the Human presents cutting-edge interdisciplinary scholarship that examines the racialization of science in various global contexts, illuminating how racial logics have been deployed to classify, marginalize, and oppress.

These wide-ranging essays—written by experts in genetics, forensics, public health, history, sociology, and anthropology—investigate the influence of racial concepts in scientific knowledge production across regions and eras. Chapters excavate the mechanisms by which racialized science serves projects of power and domination, and they explore different forms of resistance. Topics range from skull collecting by eighteenth-century German and Dutch scientists to the use of biology to reinforce notions of purity in present-day South Korea and Brazil. The authors investigate the colonial legacies of the pathologization of weight for the Maori people, the scientific presumption of coronary artery disease risk among South Asians, and the role of racial categories in COVID-19 statistics and responses, among many other cases. Tracing the pernicious consequences of the racialization of science, Ordering the Human shines a light on how the naturalization of racial categories continues to shape health and inequality today.

When we view a work of art, we often experience an emotional response, but the causes of our reactions are complex. Our knowledge of why we respond to art as we do is rooted in science—in psychology and biology. Eric R. Kandel traces the origins of this understanding to early twentieth-century Vienna, which gave rise to the concept of the “beholder’s share,” the realization that art is incomplete without the perceptual and emotional involvement of the viewer—that is, without our responses to it.

But what causes our response? Our brain is a creativity machine that brings to bear on any image—including a painting—certain innate, universal processes related to sensory perception as well as higher-order processes related to our personal experiences, memories, and emotions. Understanding how these unconscious processes in the brain interact to create the beholder’s share is one of the great challenges currently confronting brain science.

The essays on art and science in this book vary widely in subject matter, including the angst-ridden portraits of Soutine, conflicting views of women’s sexuality, Cubism’s challenge to our innate visual processes, and why we react differently to abstract versus figurative art. But each essay focuses on the interaction of art and science. Woven throughout are the many notable scientists, art historians, artists, and others, both Jewish and non-Jewish, who contributed to our understanding of how we experience art.

Centuries of mismanagement and destructive development have gravely harmed American waterways, with significant consequences for the ecosystems and communities built around them. But a range of passionate and committed people have stepped up to restore streams and rivers around the United States. A husband-and-wife scientist team in Pennsylvania lead projects to unclog the sediment left by early colonists’ dams. Members of the Tulalip Tribes in western Washington State bring beavers back to headwater streams. A public servant in Milwaukee drives the sewer department to remove concrete channels and reduce flood risk. Community activists in Atlanta push for environmental justice in river restoration.

Telling these stories and many more, Pete Hill—a twenty-year veteran of the field of watershed restoration—provides a deep dive into the world of river and stream conservation. He profiles the practitioners, scientists, and activists from all walks of life who take part in restoration efforts, exploring their differing, sometimes controversial approaches. Through their stories, Hill illustrates the challenges and rewards of river restoration and the evolving scientific understanding in the field. Underscoring the need for a variety of strategies adapted to different local contexts, he shows that new ideas have come from a wide range of people—from those operating the machinery to those researching stream ecology—and that Indigenous knowledge offers vital resources. At once personal and learned, insightful and inspiring, this book shines a light on the people working to heal our streams and rivers.

Misinformation is one of the twenty-first century’s greatest challenges, a peril to democracy, peace, science, and public health. Yet we lack a clear understanding of what makes misinformation so potent and why it can spread so rapidly. In Falsehoods Fly, a leading cognitive scientist and philosopher offers a new framework for recognizing and countering misleading claims by exploring the ways that information works—and breaks down.

Paul Thagard examines the dangers of misinformation on COVID-19, climate change, conspiracy theories, inequality, and the Russian invasion of Ukraine. He argues that effective responses to these problems require understanding how information is generated and spread. Bringing together empirical findings about the psychological and social mechanisms that drive cognitive errors with philosophical accounts of critical thinking, Thagard develops an innovative theory of how we gain information. Grasping how the generation and transmission of knowledge can fail helps us find ways to repair it and provides tools for converting misinformation into facts. Offering a deep and rich account of the nature and workings of information, Falsehoods Fly provides practical, concrete strategies to stop the creation and spread of misinformation.

Centuries of mismanagement and destructive development have gravely harmed American waterways, with significant consequences for the ecosystems and communities built around them. But a range of passionate and committed people have stepped up to restore streams and rivers around the United States. A husband-and-wife scientist team in Pennsylvania lead projects to unclog the sediment left by early colonists’ dams. Members of the Tulalip Tribes in western Washington State bring beavers back to headwater streams. A public servant in Milwaukee drives the sewer department to remove concrete channels and reduce flood risk. Community activists in Atlanta push for environmental justice in river restoration.

Telling these stories and many more, Pete Hill—a twenty-year veteran of the field of watershed restoration—provides a deep dive into the world of river and stream conservation. He profiles the practitioners, scientists, and activists from all walks of life who take part in restoration efforts, exploring their differing, sometimes controversial approaches. Through their stories, Hill illustrates the challenges and rewards of river restoration and the evolving scientific understanding in the field. Underscoring the need for a variety of strategies adapted to different local contexts, he shows that new ideas have come from a wide range of people—from those operating the machinery to those researching stream ecology—and that Indigenous knowledge offers vital resources. At once personal and learned, insightful and inspiring, this book shines a light on the people working to heal our streams and rivers.

Over 4.5 billion years, Earth’s climate has transformed tremendously. Before our more temperate recent past, the planet swung from one extreme to another—from a greenhouse world of sweltering temperatures and high sea levels to a “snowball earth” in which glaciers reached the equator. During this history, we now know, living things and the climate have always influenced and even shaped each other. But the climate has never changed as rapidly or as drastically as it has since the Industrial Revolution.

In this lively and entertaining book, Donald R. Prothero explores the astonishing connections between climate and life through the ages, telling the remarkable stories of the scientists who made crucial discoveries. Journeying through the intertwined evolution of climate and life, he tackles questions such as: Why do we have phytoplankton to thank for the air we breathe? What kind of climate was necessary for the rise of the dinosaurs—or the mammals, their successors? When and how have climatic changes caused mass extinctions? Prothero concludes with the Ice Ages and the Holocene, the role of climate in human history, and the perils of anthropogenic climate change. Understanding why the climate has changed in the past, this timely book shows, is essential to grasping the gravity of how radically human activity is altering the climate today.

What sets humans apart from other animals? Perhaps more than anything else, it is the capacity for innovation. The accumulation of discoveries throughout history, big and small, has enabled us to build global civilizations and gain power to shape our environment. But what makes humans as a species so innovative?

Min W. Jung offers a new understanding of the neural basis of innovation in terms of humans’ exceptional capacity for imagination and high-level abstraction. He provides an engaging account of recent advances in neuroscience that have shed light on the neural underpinnings of these profoundly important abilities. Jung examines key discoveries concerning the hippocampus and neural circuits that have demystified the processes underlying imagination and abstract thinking. He also considers how these capacities might have evolved as well as possible futures for intelligence.

Bringing together disparate findings in neuroscience, psychology, anthropology, and artificial intelligence, A Brain for Innovation develops a unified perspective on the mechanisms of imagination, abstract thought, and creativity. Presenting cutting-edge neuroscientific research in a way that is accessible to readers without a background in the subject, this book is essential reading for anyone interested in the biological basis of one of the most fundamental aspects of human nature.

Silver Medal in the Social Change and Social Justice Category, 2024 Nautilus Book Awards

Winner, 2024 Choice Outstanding Academic Title

Women working in the sciences face obstacles at virtually every step along their career paths. From subtle slights to blatant biases, deep systemic problems block women from advancing or push them out of science and technology entirely.

Women in Science Now examines solutions to this persistent gender gap, offering new perspectives on how to make science more equitable and inclusive for all. This book shares stories and insights of women from a range of backgrounds working in various disciplines, illustrating the journeys that brought them to the sciences, the challenges they faced along the way, and the important contributions they have made to their fields. Lisa M. P. Munoz combines these narratives with a wealth of data to illuminate the size and scope of the challenges women scientists face, while highlighting research-based solutions to help overcome these obstacles. She presents groundbreaking studies in social psychology and organizational behavior that are informing novel approaches for combating historic and ongoing inequities.

Through a combined focus on personal experiences and social-science research, this timely book provides both a path toward greater gender equity and an inspiring vision of science and scientists.

Climate change affects every person and society, every community and industry. Education at all levels, in all disciplines, and both inside and outside official institutions must now address climate change and its many effects on social and environmental systems. This book provides a framework for putting climate change at the forefront of educational agendas and pedagogical tools for teaching climate science across local and global settings.

Cassie Xu and Radhika Iyengar present evidence-based teaching practices and strategies that are grounded in a broad conception of education and emphasize a systems approach. They share examples of effective approaches in diverse learning environments—not just in classrooms and other formal settings but also informal contexts with communities and families. This book makes the case that students and other learners need to understand climate science and the physical and social impacts of climate change not only to be good citizens but also to be well prepared for different career paths. Xu and Iyengar highlight systemic barriers and inequalities, reflecting on how to bring marginalized voices and perspectives into educational spaces. Providing a foundation for interdisciplinary environmental education, this book underscores that how we teach future generations about climate change will shape our future.

Hilltops surrounded by farmland in southern Wisconsin turn out to be the eroded remnants of an ancient archipelago. An island in the Yellow Sea where Korean tourists flock is the peak of a flooded mountain rising from a drowned continental shelf. From a mountaintop shrine to Genghis Khan in Inner Mongolia, the silhouette of a Silurian seascape can be spotted. On the shores of Hudson Bay, where polar bears patrol the Arctic tundra, a close look unveils what was a tropical coastline encrusted with corals nearly 450 million years ago.

The geologist Markes E. Johnson invites readers on a journey through deep time to find the traces of ancient islands. He visits a dozen sites around the globe, looking above and below today’s waterlines to uncover how landscapes of the past are preserved in the present. Going back 500 million years to the Cambrian through the Pleistocene 125,000 years ago, this book reconstructs how “paleoislands” appeared under different climatic conditions and environmental constraints. Finding vestiges of prehistoric ecologies, Johnson emphasizes the complexity of island ecosystems and the importance of preserving these significant sites.

Inviting and accessible, this book is a travelogue that takes readers through time as well as space. Islands in Deep Time shares the adventure of exploring striking locations across geologic eras and issues a passionate call for their conservation.

Climate change affects every person and society, every community and industry. Education at all levels, in all disciplines, and both inside and outside official institutions must now address climate change and its many effects on social and environmental systems. This book provides a framework for putting climate change at the forefront of educational agendas and pedagogical tools for teaching climate science across local and global settings.

Cassie Xu and Radhika Iyengar present evidence-based teaching practices and strategies that are grounded in a broad conception of education and emphasize a systems approach. They share examples of effective approaches in diverse learning environments—not just in classrooms and other formal settings but also informal contexts with communities and families. This book makes the case that students and other learners need to understand climate science and the physical and social impacts of climate change not only to be good citizens but also to be well prepared for different career paths. Xu and Iyengar highlight systemic barriers and inequalities, reflecting on how to bring marginalized voices and perspectives into educational spaces. Providing a foundation for interdisciplinary environmental education, this book underscores that how we teach future generations about climate change will shape our future.

Winner, 2024 Choice Outstanding Academic Title

People with disabilities are underrepresented in STEM fields, and all too often, they face isolation and ableism in academia. Uncharted is a collection of powerful first-person stories by current and former scientists with disabilities or chronic conditions who have faced changes in their careers, including both successes and challenges, because of their health. It gives voice to common experiences that are frequently overlooked or left unspoken. These deeply personal accounts describe not only health challenges but also the joys, sorrows, humor, and wonder of science and scientists.

With a breadth of perspectives on being disabled or chronically ill, these stories highlight the intersectionality of minoritized identities with the disability community. Uncharted features essays by contributors who are d/Deaf, blind, neurodivergent, wheelchair users, have experienced traumatic brain injuries, have blood sugar disorders, have rare medical diagnoses, or have received psychiatric diagnoses, among many others. In many cases, the scientific field is not fully accessible to them, and they frankly describe struggling as well as thriving alongside their conditions.

This book serves as representation for scientists who have never felt comfortable disclosing their disability or who have never felt fully understood. The stories shared in this book seek to normalize medical conditions and disabilities in scientific culture, offering recommendations for how and why to improve access. Uncharted is vital and compelling reading for current and aspiring scientists who want to make their fields more inclusive and supportive for everyone.

Hilltops surrounded by farmland in southern Wisconsin turn out to be the eroded remnants of an ancient archipelago. An island in the Yellow Sea where Korean tourists flock is the peak of a flooded mountain rising from a drowned continental shelf. From a mountaintop shrine to Genghis Khan in Inner Mongolia, the silhouette of a Silurian seascape can be spotted. On the shores of Hudson Bay, where polar bears patrol the Arctic tundra, a close look unveils what was a tropical coastline encrusted with corals nearly 450 million years ago.

The geologist Markes E. Johnson invites readers on a journey through deep time to find the traces of ancient islands. He visits a dozen sites around the globe, looking above and below today’s waterlines to uncover how landscapes of the past are preserved in the present. Going back 500 million years to the Cambrian through the Pleistocene 125,000 years ago, this book reconstructs how “paleoislands” appeared under different climatic conditions and environmental constraints. Finding vestiges of prehistoric ecologies, Johnson emphasizes the complexity of island ecosystems and the importance of preserving these significant sites.

Inviting and accessible, this book is a travelogue that takes readers through time as well as space. Islands in Deep Time shares the adventure of exploring striking locations across geologic eras and issues a passionate call for their conservation.

Runner-up, 2024 Columbia University Press Distinguished Book Award

Atoms are unfathomably tiny. It takes fifteen million trillion of them to make up a single poppy seed—give or take a few billion. And there’s hardly anything to them: atoms are more than 99.9999999999 percent empty space. Yet scientists have learned to count these slivers of near nothingness with precision and to peer into their internal states. In looking so closely, we have learned that atoms, because of their inimitable signatures and imperturbable internal clocks, are little archives holding the secrets of the past.

David J. Helfand reconstructs the history of the universe—back to its first microsecond 13.8 billion years ago—with the help of atoms. He shows how, by using detectors and reactors, microscopes and telescopes, we can decode the tales these infinitesimal particles tell, answering questions such as: Is a medieval illustrated prayer book real or forged? How did maize cultivation spread from the highlands of central Mexico to New England? What was Earth’s climate like before humans emerged? Where can we find clues to identify the culprit in the demise of the dinosaurs? When did our planet and solar system form? Can we trace the births of atoms in the cores of massive stars or even glimpse the origins of the universe itself?

A lively and inviting introduction to the building blocks of everything we know, The Universal Timekeepers demonstrates the power of science to unveil the mysteries of unreachably remote times and places.

Winner, 2024 Choice Outstanding Academic Title

People with disabilities are underrepresented in STEM fields, and all too often, they face isolation and ableism in academia. Uncharted is a collection of powerful first-person stories by current and former scientists with disabilities or chronic conditions who have faced changes in their careers, including both successes and challenges, because of their health. It gives voice to common experiences that are frequently overlooked or left unspoken. These deeply personal accounts describe not only health challenges but also the joys, sorrows, humor, and wonder of science and scientists.

With a breadth of perspectives on being disabled or chronically ill, these stories highlight the intersectionality of minoritized identities with the disability community. Uncharted features essays by contributors who are d/Deaf, blind, neurodivergent, wheelchair users, have experienced traumatic brain injuries, have blood sugar disorders, have rare medical diagnoses, or have received psychiatric diagnoses, among many others. In many cases, the scientific field is not fully accessible to them, and they frankly describe struggling as well as thriving alongside their conditions.

This book serves as representation for scientists who have never felt comfortable disclosing their disability or who have never felt fully understood. The stories shared in this book seek to normalize medical conditions and disabilities in scientific culture, offering recommendations for how and why to improve access. Uncharted is vital and compelling reading for current and aspiring scientists who want to make their fields more inclusive and supportive for everyone.

During the Last Ice Age, Europe was a cold, dry place teeming with mammoths, woolly rhinoceroses, reindeer, bison, cave bears, cave hyenas, and cave lions. It was also the home of people physically indistinguishable from humans today, commonly known as the Cro-Magnons. Our knowledge of them comes from either their skeletons or the tools, art, and debris they left behind.

This book tells the story of these dynamic and resilient people in light of recent scientific advances. Trenton Holliday—a paleoanthropologist who has studied the Cro-Magnons for decades—explores questions such as: Where and when did anatomically modern humans first emerge? When did they reach Europe, and via what routes? How extensive or frequent were their interactions with Neandertals? What did Cro-Magnons look like? What did they eat, and how did they acquire their food? What can we learn about their lives from studying their skeletons? How did they deal with the glacial cold? What does their art tell us about them?

Holliday offers new insights into these ancient people from anthropological, archaeological, genetic, and geological perspectives. He also considers how the Cro-Magnons responded to Earth’s postglacial warming almost 12,000 years ago, showing that how they dealt with climate change holds valuable lessons for us as we negotiate life on a rapidly warming planet.

Honorable Mention, 2024 Richard Frisbie Award for Adult Nonfiction, Society of Midland Authors

A new science is reengineering the fabric of life. Synthetic biology offers bold new ways of manufacturing medicines, clothing, foods, fragrances, and fuels, often using microbe fermentation, much like brewing beer. The technology can help confront climate change, break down industrial pollutants, and fight novel viruses. Today, researchers are manipulating life forms and automating evolution to create vegetarian “meat,” renewable construction materials, and cancer treatments. In the process, they are changing our concept of what life science can achieve. Is this a new industrial and information revolution—or dangerous tinkering that could unleash unintended consequences?

Programmable Planet is a grand tour through the world of synthetic biology, telling the stories of the colorful visionaries whose ideas are shaping discoveries. Ted Anton explores the field from its beginning in fighting malaria in Africa to the COVID vaccines and beyond. Covering medical and agricultural triumphs and blunders, he examines successes in energy production, plant gene editing, and chemical manufacturing, as well as the most controversial attempts at human gene enhancement. This book reports from the front lines of research, showing policy makers’ struggle to stay abreast of the technologies they aim to regulate. Even-handed, lively, and informative, Programmable Planet gives a glimpse of the promise and problems of a new biology-based industry.

Aluminum is the most abundant metal in the earth’s crust. It is also ubiquitous in the modern world, from aircraft to soda cans. A dizzying number of consumer and industrial products employ aluminum, typically alloyed, because of its availability, versatility, and malleability. Today, how efficiently we use—and reuse—aluminum is vital to addressing key environmental challenges and understanding humanity’s fraught relationship with the earth.

Soil to Foil tells the extraordinary story of aluminum. Saleem H. Ali reveals its pivotal role in the histories of scientific inquiry and technological innovation as well as its importance to sustainability. He offers compelling portraits of the scientists and innovators who discovered new uses for this remarkable element, ranging from chemistry and geoscience to engineering and industrial design. Ali argues that aluminum exemplifies broader lessons about stewardship of nonrenewable resources: its seeming abundance has given rise to wasteful and destructive practices. Soil to Foil follows aluminum’s path along the supply chain, from extraction to production, consumption to recycling. Ali explores the ecological damage at mine sites and visits affected communities seeking to restore the land. He foregrounds the possibilities for more sustainable industrial practices, emphasizing how product design can incorporate eventual reuse and recycling. Ultimately, Soil to Foil shows that the story of aluminum’s use and misuse helps us rethink how to sustainably manage the resources of our planet.

The human brain is perhaps the most intricate and fascinating object in the known universe. Through a mysterious process, the activity of billions of neurons within a few pounds of matter generates the unfathomable complexity of the mind.

This book is a conversational and accessible introduction to the brain. Beginning from basic elements of neuroscience, the acclaimed scientist Rafael Yuste guides readers through increasingly sophisticated topics, developing a unified framework for how the brain functions. He describes how the brain is organized and how it develops, how neurons operate and form neural circuits, and how these circuits function as neural networks to generate behavior and mental states.

Yuste challenges the traditional view that the brain is an input-output machine that reacts reflexively to sensory stimuli. Instead, he argues, the purpose of the brain is to make a predictive model of the world in order to anticipate the future and choose successful courses of action. He gives readers insight into the workings of sensory and motor systems and the neurobiological basis of our perceptions, thoughts, emotions, memories, and consciousness.

Peppered with anecdotes and illustrated with elegant drawings and diagrams, this succinct and cohesive book is accessible to readers without previous background in the subject. It is written for anyone seeking to grasp the core principles of neuroscience or looking for a fresh and clear perspective on how the brain works.

How did humanity evolve? And what does our evolutionary history tell us about what it means to be human? These questions are fundamental to our identity as individuals and as a species and to our relationship with the world. But there are almost as many answers to them as there are scientists who study these topics.

This book brings together more than one hundred top experts, who share their insights on the study of human evolution and what it means for understanding our past, present, and future. Sergio Almécija asks leading figures across paleontology, primatology, archaeology, genetics, and many other disciplines about their lives, their work, and the philosophical significance of human evolution. They reflect on questions that are both fun and profound: What set you down your career path? Are humans special? Where and when would you travel in a time machine? Does human evolution offer lessons for society? Is evolution compatible with spirituality and religion?

Humans features a remarkably accomplished cast of contributors, including Kay Behrensmeyer, Frans de Waal, Nina Jablonski, Richard Leakey, Robert Sapolsky, and Richard Wrangham. Together, they provide a refreshing, personable, engaging, cross-disciplinary, and thought-provoking exploration of different—even diametrically opposed—ideas about our nature and evolution, what makes humans unique, and what our future might hold. This book also offers practical suggestions for readers seeking to embark on a scientific career.

Sex, after hunger, may be the most powerful motivating force in our lives. It drives us to seek intimate contact with others and to form relationships that may be fleeting or lifelong, blissful or troubled. Yet many mysteries surround sex and sexuality: Why don’t we reproduce by virgin birth? Why does so much of our sexual behavior have nothing to do with reproduction? Why isn’t everyone heterosexual? How does the brain create sexual arousal? How do sexual kinks develop? Is porn harmful? What is the relationship between sex and love?

In Attraction, Love, Sex, the renowned scholar Simon LeVay introduces readers to a memorable cast of researchers trying to answer these questions and many more. A biologist dredges a New Zealand lake for asexual mud snails. Psychologists measure whether eating a good meal changes a man’s idea of female beauty. Physiologists probe orifices with miniature toilet plungers and place lovers in brain scanners. Geneticists reconstruct the sex crimes of Genghis Khan. Neuroscientists create mice whose sexual behavior can be switched on and off. A zoologist traps and releases 260,000 voles and launches a new science of love.

LeVay distills vast expertise on the biology and psychology of sex into an engaging and easy-to-understand survey with scientific acumen, a critical eye, and a sense of humor. This book reveals how scientists are unraveling the secrets of sex and, in the process, shattering many traditional ideas and prejudices.

Climate change policy has typically emphasized mitigation, calling for reducing emissions and shifting away from fossil fuels. Yet while these efforts have floundered, floods, wildfires, droughts, and other disasters are becoming more frequent and potent. As the risks escalate, we must ask how to adapt to a changing climate. How might farmers modify their practices to maximize food security? Can coastal cities protect their infrastructure from rising seas? Are there strategic ways for developing countries to combine climate resilience with economic growth and poverty reduction? For people and societies around the world, these questions are not theoretical: adaptation is already underway.

This book offers a concise overview of climate adaptation governance. In clear, accessible language, Lisa Dale describes key strategies that governments, communities, and the private sector are now deploying. She presents the theory and practice that underlie climate adaptation efforts at local and global scales, providing illuminating case studies that foreground the problems facing developing countries. Dale analyzes the effectiveness of a range of policy interventions, drawing out principles of good governance and discussing how practitioners can navigate complex tradeoffs. She emphasizes equity and inclusion, considering how climate adaptation policy can account for the needs of historically disadvantaged groups. Written for a wide audience, this book is an invaluable introduction for all readers interested in how societies can meet the challenges of an altered climate.

During the Last Ice Age, Europe was a cold, dry place teeming with mammoths, woolly rhinoceroses, reindeer, bison, cave bears, cave hyenas, and cave lions. It was also the home of people physically indistinguishable from humans today, commonly known as the Cro-Magnons. Our knowledge of them comes from either their skeletons or the tools, art, and debris they left behind.

This book tells the story of these dynamic and resilient people in light of recent scientific advances. Trenton Holliday—a paleoanthropologist who has studied the Cro-Magnons for decades—explores questions such as: Where and when did anatomically modern humans first emerge? When did they reach Europe, and via what routes? How extensive or frequent were their interactions with Neandertals? What did Cro-Magnons look like? What did they eat, and how did they acquire their food? What can we learn about their lives from studying their skeletons? How did they deal with the glacial cold? What does their art tell us about them?

Holliday offers new insights into these ancient people from anthropological, archaeological, genetic, and geological perspectives. He also considers how the Cro-Magnons responded to Earth’s postglacial warming almost 12,000 years ago, showing that how they dealt with climate change holds valuable lessons for us as we negotiate life on a rapidly warming planet.

Whenever a person engages with music—when a piano student practices a scale, a jazz saxophonist riffs on a melody, a teenager sobs to a sad song, or a wedding guest gets down on the dance floor—countless neurons are firing. Playing an instrument requires all of the resources of the nervous system, including cognitive, sensory, and motor functions. Composition and improvisation are remarkable demonstrations of the brain’s capacity for creativity. Something as seemingly simple as listening to a tune involves mental faculties most of us don’t even realize we have.

Larry S. Sherman, a neuroscientist and lifelong musician, and Dennis Plies, a professional musician and teacher, collaborate to show how our brains and music work in harmony. They consider music in all the ways we encounter it—teaching, learning, practicing, listening, composing, improvising, and performing—in terms of neuroscience as well as music pedagogy, showing how the brain functions and even changes in the process. Every Brain Needs Music draws on leading behavioral, cellular, and molecular neuroscience research as well as surveys of more than a hundred musical people. It provides new perspectives on learning to play, teaching, how to practice and perform, the ways we react to music, and why the brain benefits from musical experiences.

Written for both musical and nonmusical people, including newcomers to brain science, this book is a lively and easy-to-read exploration of the neuroscience of music and its significance in our lives.

In 1959, what appeared to be the bones of a mastodon were found in a western New York pasture. When researchers began to investigate further in the early 1980s, the site proved to hold far more. Known as the Hiscock Site, it contained an astonishingly rich trove of fossils and artifacts dating from the late Ice Age through the onset of European settlement. For nearly three decades, work at the site—the “Byron Dig”—unearthed new evidence of changing fauna, flora, cultures, and environments over the past 13,000 years.

In Two Acres of Time, Richard S. Laub—the principal investigator of the project—tells the story of the Byron Dig. Recounting twenty-nine years of intensive excavation involving more than a thousand participants, he provides a comprehensive account of a working paleontological and archaeological field project and its contributions to our knowledge of the past. Laub explores how understanding of the site evolved through the years, the surprises that came to light along the way, and how contributions from numerous researchers helped achieve a fuller picture of the significance of the findings. The book also shows how people from all walks of life—not only scientists but also volunteers and local small-town residents—worked together to unearth and interpret the site’s contents and to preserve them for future generations. This extensively illustrated book connects life at a scientific excavation project to the grand sweep of long-ago epochs, and is a compelling read and resource for researchers and general readers alike.

Winner, 2023 Choice Outstanding Academic Title

One morning in Miami Beach, an unexpected guest showed up in a luxury condominium complex’s parking garage: an octopus. The image quickly went viral. But the octopus—and the combination of infrastructure quirks and climate impacts that left it stranded—is more than a funny meme. It’s a potent symbol of the disruptions that a changing climate has already brought to our doorsteps and the ways we will have to adjust.

Rob Verchick examines how we can manage the risks that we can no longer avoid, laying out our options as we face climate breakdown. Although reducing carbon dioxide emissions is essential, we need to adapt to address the damage we have already caused. Verchick explores what resilience looks like on the ground, from early humans on the savannas to today’s shop owners and city planners. He takes the reader on a journey into the field: paddling through Louisiana’s bayous, hiking in one of the last refuges of Joshua trees in the Mojave Desert, and diving off Key Largo with citizen scientists working to restore coral reefs. The book emphasizes disadvantaged communities, which bear the brunt of environmental risk, arguing that building climate resilience is a necessary step toward justice.

Engaging and accessible for nonexpert concerned citizens, The Octopus in the Parking Garage empowers readers to face the climate crisis and shows what we can do to adapt and thrive.

The human brain is perhaps the most intricate and fascinating object in the known universe. Through a mysterious process, the activity of billions of neurons within a few pounds of matter generates the unfathomable complexity of the mind.

This book is a conversational and accessible introduction to the brain. Beginning from basic elements of neuroscience, the acclaimed scientist Rafael Yuste guides readers through increasingly sophisticated topics, developing a unified framework for how the brain functions. He describes how the brain is organized and how it develops, how neurons operate and form neural circuits, and how these circuits function as neural networks to generate behavior and mental states.

Yuste challenges the traditional view that the brain is an input-output machine that reacts reflexively to sensory stimuli. Instead, he argues, the purpose of the brain is to make a predictive model of the world in order to anticipate the future and choose successful courses of action. He gives readers insight into the workings of sensory and motor systems and the neurobiological basis of our perceptions, thoughts, emotions, memories, and consciousness.

Peppered with anecdotes and illustrated with elegant drawings and diagrams, this succinct and cohesive book is accessible to readers without previous background in the subject. It is written for anyone seeking to grasp the core principles of neuroscience or looking for a fresh and clear perspective on how the brain works.

Spatial optimization is a methodology used to maximize or minimize a management objective, given the limited area, finite resources, and spatial relationships in an ecosystem. Optimization approaches can be used to evaluate a great variety of options and allow tradeoff analyses that might be impossible with other methods.

This book presents ideas and methods for directly optimizing the spatial layout of the landscape features in which an ecosystem functions. The problems Hof and Bevers address are complex, and the book relies heavily on mathematical presentations; the ideas are explained in a tutorial fashion that allows readers to grasp the general principals even if they skip the math. The first of four parts treats static spatial relationships that reflect the importance of shape, size, and proximity within an ecosystem. Part 2 considers spatial autocorrelation in a chance-constrained modeling framework. Part 3 discusses dynamic spatial changes within modeled ecosystems, and the final section focuses on diversity and sustainability. Although most discussion concerns wildlife habitat issues, the authors also include chapters on recreation, timber management, water runoff, and pest management.

Gold Award Winner, 2024 Nonfiction Book Awards

Runner-up, 2024 History category, San Francisco Book Festival

Runner-up, 2024 General Non-Fiction, New York Book Festival

For much of recorded history, people considered the heart to be the most important organ in the body. In cultures around the world, the heart—not the brain—was believed to be the location of intelligence, memory, emotion, and the soul. Over time, views on the purpose of the heart have transformed as people sought to understand the life forces it contains. Modern medicine and science dismissed what was once the king of the organs as a mere blood pump subservient to the brain, yet the heart remains a potent symbol of love and health and an important part of our cultural iconography.

This book traces the evolution of our understanding of the heart from the dawn of civilization to the present. Vincent M. Figueredo—an accomplished cardiologist and expert on the history of the human heart—explores the role and significance of the heart in art, culture, religion, philosophy, and science across time and place. He examines how the heart really works, its many meanings in our emotional and daily lives, and what cutting-edge science is teaching us about this remarkable organ. Figueredo considers the science of heart disease, recent advancements in heart therapies, and what the future may hold. He highlights the emerging field of neurocardiology, which has found evidence of a “heart-brain connection” in mental and physical health, suggesting that ancient views hold more truth than moderns suspect.

Ranging widely and deeply throughout human history, this book sheds new light on why the heart remains so central to our sense of self.

Winner, 2023 Choice Outstanding Academic Title
Bronze Winner, 2024 Nonfiction Book Awards

Where would we be without the knee? This down-to-earth joint connecting the thigh and the lower leg doesn’t receive the attention it deserves. Yet, as The Curious Human Knee reveals, it is crucial to countless facets of science, medicine, culture, and history—and even what makes us human.

The science writer Han Yu provides an informative, surprising, and entertaining exploration of the human knee across time and place. She begins with our earliest ancestors, emphasizing that walking upright separates us from the apes and bipedal knees appeared long before big brains and sophisticated tools. Yu considers the intricate anatomy of the knee, its evolutionary history, and the complexity of treating knee pain, including her own. She examines why women’s knees might be more prone to damage than men’s and addresses the roles of race and class in ailments such as osteoarthritis. This book gets knee-deep into an astonishing range of topics—fashion from flappers to miniskirts and ripped jeans, cultural practices spanning Japanese knee walking and Thai boxing, and more. Yu reflects on the symbolic power of kneeling from the imperial court in China to the football field in the United States and shows why the knee figures into so many social and political phenomena.

Distilling a vast amount of research in a style that is engaging, conversational, and even personal and witty, this book opens readers’ eyes to the complexity and significance of the humble knee.

Winner, 2023 Choice Outstanding Academic Title

Winner, 2023 Foreword INDIES Book of the Year Award in the category of Ecology and Environment, Foreword Reviews

Many accounts of climate change depict disasters striking faraway places: melting ice caps, fearsome hurricanes, all-consuming fires. How can seeing the consequences of human impacts up close help us grasp how global warming affects us and our neighbors? This book is a travelogue that spotlights what a changing climate looks like on the local level—for wherever local happens to be.

Michael M. Gunter, Jr. takes readers around the United States to bear witness to the many faces of the climate crisis. He argues that conscientious travel broadens understanding of climate change and makes its dangers concrete and immediate. Vivid vignettes explore the consequences for people and communities: sea level rise in Virginia, floods sweeping inland in Tennessee, Maine lobsters migrating away from American territorial waters, and imperiled ecosystems in national parks, from Alaskan permafrost to the Florida Keys. But Gunter finds inspiring initiatives to mitigate and adapt to these threats, including wind turbines in a tiny Texas town, green building construction in Kansas, and walkable urbanism in Portland, Oregon. These projects are already making a difference—and they underscore the importance of local action.

Drawing on interviews with government officials, industry leaders, and alternative energy activists, Climate Travels emphasizes direct personal experience and the centrality of environmental justice. Showing how travel can help bring the reality of climate change home, it offers readers a hopeful message about how to take action on the local level themselves.

Are art and science separated by an unbridgeable divide? Can they find common ground? In this new book, neuroscientist Eric R. Kandel, whose remarkable scientific career and deep interest in art give him a unique perspective, demonstrates how science can inform the way we experience a work of art and seek to understand its meaning. Kandel illustrates how reductionism—the distillation of larger scientific or aesthetic concepts into smaller, more tractable components—has been used by scientists and artists alike to pursue their respective truths. He draws on his Nobel Prize-winning work revealing the neurobiological underpinnings of learning and memory in sea slugs to shed light on the complex workings of the mental processes of higher animals.

In Reductionism in Art and Brain Science, Kandel shows how this radically reductionist approach, applied to the most complex puzzle of our time—the brain—has been employed by modern artists who distill their subjective world into color, form, and light. Kandel demonstrates through bottom-up sensory and top-down cognitive functions how science can explore the complexities of human perception and help us to perceive, appreciate, and understand great works of art. At the heart of the book is an elegant elucidation of the contribution of reductionism to the evolution of modern art and its role in a monumental shift in artistic perspective. Reductionism steered the transition from figurative art to the first explorations of abstract art reflected in the works of Turner, Monet, Kandinsky, Schoenberg, and Mondrian. Kandel explains how, in the postwar era, Pollock, de Kooning, Rothko, Louis, Turrell, and Flavin used a reductionist approach to arrive at their abstract expressionism and how Katz, Warhol, Close, and Sandback built upon the advances of the New York School to reimagine figurative and minimal art. Featuring captivating drawings of the brain alongside full-color reproductions of modern art masterpieces, this book draws out the common concerns of science and art and how they illuminate each other.

How did humanity evolve? And what does our evolutionary history tell us about what it means to be human? These questions are fundamental to our identity as individuals and as a species and to our relationship with the world. But there are almost as many answers to them as there are scientists who study these topics.

This book brings together more than one hundred top experts, who share their insights on the study of human evolution and what it means for understanding our past, present, and future. Sergio Almécija asks leading figures across paleontology, primatology, archaeology, genetics, and many other disciplines about their lives, their work, and the philosophical significance of human evolution. They reflect on questions that are both fun and profound: What set you down your career path? Are humans special? Where and when would you travel in a time machine? Does human evolution offer lessons for society? Is evolution compatible with spirituality and religion?

Humans features a remarkably accomplished cast of contributors, including Kay Behrensmeyer, Frans de Waal, Nina Jablonski, Richard Leakey, Robert Sapolsky, and Richard Wrangham. Together, they provide a refreshing, personable, engaging, cross-disciplinary, and thought-provoking exploration of different—even diametrically opposed—ideas about our nature and evolution, what makes humans unique, and what our future might hold. This book also offers practical suggestions for readers seeking to embark on a scientific career.

Winner, 2023 Choice Outstanding Academic Title

Winner, 2023 Foreword INDIES Book of the Year Award in the category of Ecology and Environment, Foreword Reviews

Many accounts of climate change depict disasters striking faraway places: melting ice caps, fearsome hurricanes, all-consuming fires. How can seeing the consequences of human impacts up close help us grasp how global warming affects us and our neighbors? This book is a travelogue that spotlights what a changing climate looks like on the local level—for wherever local happens to be.

Michael M. Gunter, Jr. takes readers around the United States to bear witness to the many faces of the climate crisis. He argues that conscientious travel broadens understanding of climate change and makes its dangers concrete and immediate. Vivid vignettes explore the consequences for people and communities: sea level rise in Virginia, floods sweeping inland in Tennessee, Maine lobsters migrating away from American territorial waters, and imperiled ecosystems in national parks, from Alaskan permafrost to the Florida Keys. But Gunter finds inspiring initiatives to mitigate and adapt to these threats, including wind turbines in a tiny Texas town, green building construction in Kansas, and walkable urbanism in Portland, Oregon. These projects are already making a difference—and they underscore the importance of local action.

Drawing on interviews with government officials, industry leaders, and alternative energy activists, Climate Travels emphasizes direct personal experience and the centrality of environmental justice. Showing how travel can help bring the reality of climate change home, it offers readers a hopeful message about how to take action on the local level themselves.

Winner, 2024 W.W. Howells Prize, American Anthropological Association, Biological Anthropology Section

The science on race is clear. Common categories like “Black,” “white,” and “Asian” do not represent genetic differences among groups. But if race is a pernicious fiction according to natural science, it is all too significant in the day-to-day lives of racialized people across the globe. Inequities in health, wealth, and an array of other life outcomes cannot be explained without referring to “race”—but their true source is racism. What do we need to know about the pseudoscience of race in order to fight racism and fulfill human potential?

In this book, two distinguished scientists tackle common misconceptions about race, human biology, and racism. Using an accessible question-and-answer format, Joseph L. Graves Jr. and Alan H. Goodman explain the differences between social and biological notions of race. Although there are many meaningful human genetic variations, they do not map onto socially constructed racial categories. Drawing on evidence from both natural and social science, Graves and Goodman dismantle the malignant myth of gene-based racial difference. They demonstrate that the ideology of racism created races and show why the inequalities ascribed to race are in fact caused by racism.

Graves and Goodman provide persuasive and timely answers to key questions about race and racism for a moment when people of all backgrounds are striving for social justice. Racism, Not Race shows readers why antiracist principles are both just and backed by sound science.

Power plants are essential to achieving the standard of living that modern societies demand and the social and economic infrastructure on which they depend. Yet their indispensability has allowed them to evade responsibility for their vast carbon emissions. Fossil-fueled power plants are the single largest sites of anthropogenic greenhouse gases, making them one of the greatest threats to our planet’s climate. Significant as they are, we lack a comprehensive understanding of the social causes that enable power plant emissions and continue to delay their reduction.

Super Polluters offers a groundbreaking global analysis of carbon pollution caused by the generation of electricity, pinpointing who bears the most responsibility for the energy sector’s vast emissions and what can be done about them. The sociologists Don Grant, Andrew Jorgenson, and Wesley Longhofer analyze a novel dataset on the carbon dioxide emissions and structural attributes of thousands of fossil-fueled power plants around the world, identifying which plants discharge the most carbon. They investigate the global, organizational, and political conditions that explain these hyper-emitting facilities’ behavior and call into question the claim that improvements in technical efficiency will always reduce emissions. Grant, Jorgenson, and Longhofer demonstrate which energy and climate policies are most effective at abating power-plant pollution, emphasizing how mobilized citizen activism shapes those outcomes. A comprehensive account of who bears the blame for our warming planet, Super Polluters points to more feasible and effective emission reduction strategies that target the world’s most profligate polluters.

A significant addition to the field of fungus-insect relationships, this book presents an interesting array of approaches to the subject of evolutionary and ecological associations of insects and fungi, written by both mycologists and entomologists. The editors have preserved a reasonable balance between theoretical articles, reviews, and those containing analysis of original data. Free-living relationships are stressed, complementing previously published studies on fungus-insect associations.

The volume is indispensable as an introduction to modern approaches in the field, a reference on host associations, and a theoretical basis for future research. The editors and contributors have sought to achieve two goals: 1) to provide examples of current research in studies of the ecology and evolution of fungus-insect relationships, including many important techniques, references, and lists of relationships, and 2) to suggest some modern theoretical approaches to studies of a pattern which is largely historical in nature. Modern ecological and evolutionary methods are exemplified by contributions to the book, and other papers present indispensable summaries of relationships and crucial methods fro the accurate interpretation of fungus-insect associations. Because the origin of these relationships is fundamentally a historical questions, the application of recent theoretical advances in cladistic methods in biology, described and used in several papers in the book, provides fresh opportunities and challenges at the interface of mycology and entomology.

Conflicts frequently arise over environmental issues such as land use, natural resource management, and laws and regulation, emerging from diverging interests and values among stakeholders. This book is a primer on causes of and solutions to such conflicts. It provides a foundational overview of the theory and practice of collaborative approaches to managing environmental disputes.

Joshua D. Fisher explains the core concepts in collaborative conflict management and presents a clear, practical, and implementable framework for understanding and responding to environmental disputes. He details strategies to bring stakeholders together in pursuit of collective solutions, emphasizing ongoing processes of dialogue, analysis, action, and learning. This collaborative approach can create new opportunities for stakeholders to better understand each other and the natural world, which enables more effective and context-appropriate environmental governance. The primer examines why and how system dynamics can constrain or expand the possibility of constructive management of conflicts. It features a case study from the Amazon Basin, where local communities, extractive industry operators, conservationists, and land managers have often clashed over access to natural resources, drawing out lessons to illustrate how to adapt the conflict management framework to distinct contexts.

Managing Environmental Conflict synthesizes knowledge, methods, and practices spanning consensus building, collaborative governance, complex adaptive systems science, environmental conflict resolution, and environmental peacebuilding. Its presentation of this important and timely topic will be invaluable for academics and practitioners alike, including decision makers, scientists, and conflict management professionals.

Fossils allow us to picture the forms of life that inhabited the earth eons ago. But we long to know more: how did these animals actually behave? We are fascinated by the daily lives of our fellow creatures—how they reproduce and raise their young, how they hunt their prey or elude their predators, and more. What would it be like to see prehistoric animals as they lived and breathed?

From dinosaurs fighting to their deaths to elephant-sized burrowing ground sloths, this book takes readers on a global journey deep into the earth’s past. Locked in Time showcases fifty of the most astonishing fossils ever found, brought together in five fascinating chapters that offer an unprecedented glimpse at the real-life behaviors of prehistoric animals. Dean R. Lomax examines the extraordinary direct evidence of fossils captured in the midst of everyday action, such as dinosaurs sitting on their eggs like birds, Jurassic flies preserved while mating, a T. rex infected by parasites. Each fossil, he reveals, tells a unique story about prehistoric life. Many recall behaviors typical of animals familiar to us today, evoking the chain of evolution that links all living things to their distant ancestors. Locked in Time allows us to see that fossils are not just inanimate objects: they can record the life stories of creatures as fully alive as any today. Striking and scientifically rigorous illustrations by renowned paleoartist Bob Nicholls bring these breathtaking moments to life.

We are conscious of only a small fraction of our lives. Because the brain constantly receives an enormous quantity of information, we need to be able to do things without thinking about them—to act in “autopilot” mode. Automatic behaviors—the vast majority of our activities—occur without our conscious awareness, or subconsciously. Yet the physiological basis of subconsciousness remains poorly understood, despite its vast importance for physical and mental health.

The neurodegenerative disease expert Yves Agid offers a groundbreaking and accessible account of subconsciousness and its significance. He pinpoints the basal ganglia—the ancient “basement of the brain”—as the main physiological hub of the subconscious. Agid examines its roles in the control and production of automatic behavior, including motor, intellectual, and emotional processes. He highlights the consequences for various brain pathologies, showing how malfunctions of the subconscious have clinical repercussions including not only abnormal involuntary movements, as seen in Parkinson’s disease, but also psychiatric disorders such as obsessive-compulsive disorders and depression. Based on this understanding, Agid considers how seeing the basal ganglia as a therapeutic target can aid development of potential new treatments for neurological and psychiatric disorders.

Shedding new light on the physiological bases of our behavior and mental states, this book provides an innovative exploration of the complexities of the mind, with implications ranging from clinical applications to philosophy’s thorniest problems.

Alzheimer’s disease, a haunting and harrowing ailment, is one of the world’s most common causes of death. Alzheimer’s lingers for years, with patients’ outward appearance unaffected while their cognitive functions fade away. Patients lose the ability to work and live independently, to remember and recognize. There is still no proven way to treat Alzheimer’s because its causes remain unknown.

Mind Thief is a comprehensive and engaging history of Alzheimer’s that demystifies efforts to understand the disease. Beginning with the discovery of “presenile dementia” in the early twentieth century, Han Yu examines over a century of research and controversy. She presents the leading hypotheses for what causes Alzheimer’s; discusses each hypothesis’s tangled origins, merits, and gaps; and details their successes and failures. Yu synthesizes a vast amount of medical literature, historical studies, and media interviews, telling the gripping stories of researchers’ struggles while situating science in its historical, social, and cultural contexts. Her chronicling of the trajectory of Alzheimer’s research deftly balances rich scientific detail with attention to the wider implications. In narrating the attempts to find a treatment, Yu also offers a critical account of research and drug development and a consideration of the philosophy of aging. Wide-ranging and accessible, Mind Thief is an important book for all readers interested in the challenge of Alzheimer’s.

Does technology change who we are, and if so, in what ways? Can humanity transcend physical bodies and spaces? Will AI and genetic engineering help us reach new heights or will they unleash dystopias? How do we face mortality, our own and that of our warming planet? Questions like these—which are only growing more urgent—can be answered only by drawing on different kinds of knowledge and ways of knowing. They challenge us to bridge the divide between the sciences and the humanities and bring together perspectives that are too often kept apart.

Great Minds Don’t Think Alike presents conversations among leading scientists, philosophers, historians, and public intellectuals that exemplify openness to diverse viewpoints and the productive exchange of ideas. Pulitzer and Templeton Prize winners, MacArthur “genius” grant awardees, and other acclaimed writers and thinkers debate the big questions: who we are, the nature of reality, science and religion, consciousness and materialism, and the mysteries of time. In so doing, they also inquire into how uniting experts from different areas of study to consider these topics might help us address the existential risks we face today. Convened and moderated by the physicist and author Marcelo Gleiser, these public dialogues model constructive engagement between the sciences and the humanities—and show why intellectual cooperation is necessary to shape our collective future.

Contributors include David Chalmers and Antonio Damasio; Sean Carroll and B. Alan Wallace; Patricia Churchland and Jill Tarter; Rebecca Goldstein and Alan Lightman; Jimena Canales and Paul Davies; Ed Boyden and Mark O’Connell; Elizabeth Kolbert and Siddhartha Mukherjee; Jeremy DeSilva, David Grinspoon, and Tasneem Zehra Husain.

There are few fields of science that carbon-14 has not touched. A radioactive isotope of carbon, it stands out for its unusually long half-life. Best known for its application to estimating the age of artifacts—carbon dating—carbon-14 helped reveal new chronologies of human civilization and geological time. Everything containing carbon, the basis of all life, could be placed in time according to the clock of radioactive decay, with research applications ranging from archeology to oceanography to climatology.

In Hot Carbon, John F. Marra tells the untold story of this scientific revolution. He weaves together the workings of the many disciplines that employ carbon-14 with gripping tales of the individuals who pioneered its possibilities. He describes the concrete applications of carbon-14 to the study of all the stuff of life on earth, from climate science’s understanding of change over time to his own work on oceanic photosynthesis with microscopic phytoplankton. Marra’s engaging narrative encompasses nuclear testing, the peopling of the Americas, elephant poaching, and the flax plants used for the linen in the Shroud of Turin. Combining colorful narrative prose with accessible explanations of fundamental science, Hot Carbon is a thought-provoking exploration of how the power of carbon-14 informs our relationship to the past.

How will future climates be different from today’s world—and what consequences will changes in climate have for societies and their development strategies? This book is a primer on the essential science for grasping the workings of climate change and climate prediction. It is accessible for readers with little to no background in science, with an emphasis on the needs of those studying sustainable development.

John C. Mutter gives a just-the-facts overview of how the climate system functions and what we know about why changes occur. He recounts the evolution of climatology from the earliest discoveries about Earth’s climate to present-day predictive capabilities, and clearly presents the scientific basis of fundamental topics such as climate zones, ocean-atmosphere dynamics, and the long-term cycles from glacial to interglacial periods. Mutter also details the mechanisms of climate change and the ways in which human activity affects global climate. He explains the science behind some known consequences of rising temperatures, such as sea level rise, hurricane behavior, and climate variability. The primer discusses how climate predictions are made and examines the sources of uncertainty in forecasting. Climate Change Science is a straightforward and easy-to-read treatment of the fundamental science needed to comprehend one of today’s most important issues.

Pain is an inevitable part of existence, but severe debilitating or chronic pain is a pathological condition that diminishes the quality of life. The Brain and Pain explores the present and future of pain management, providing a comprehensive understanding based on the latest discoveries from many branches of neuroscience.

Richard Ambron—the former director of a neuroscience lab that conducted leading research in this field—explains the science of how and why we feel pain. He describes how the nervous system and brain process information that leads to the experience of pain, detailing the cellular and molecular functions that are responsible for the initial perceptions of an injury. He discusses how pharmacological agents such as opiates affect the duration and intensity of pain. Ambron examines new evidence showing that discrete circuits in the brain modulate the experience of pain in response to a placebo, fear, anxiety, belief, or other circumstances, as well as how pain can be relieved by activating these circuits using mindfulness training and other nonpharmacological treatments. The book also evaluates the prospects of procedures such as deep brain stimulation and optogenetics.

Current and thorough, The Brain and Pain will be invaluable for a range of people seeking to understand their options for treatment as well as students in neuroscience and medicine.

Paleontology is one of the most visible yet most misunderstood fields of science. Children dream of becoming paleontologists when they grow up. Museum visitors flock to exhibits on dinosaurs and other prehistoric animals. The media reports on fossil discoveries and new clues to mass extinctions. Nonetheless, misconceptions abound: paleontologists are assumed only to be interested in dinosaurs, and they are all too often imagined as bearded white men in battered cowboy hats.

Roy Plotnick provides a behind-the-scenes look at paleontology as it exists today in all its complexity. He explores the field’s aims, methods, and possibilities, with an emphasis on the compelling personal stories of the scientists who have made it a career. Paleontologists study the entire history of life on Earth; they do not only use hammers and chisels to unearth fossils but are just as likely to work with cutting-edge computing technology. Plotnick presents the big questions about life’s history that drive paleontological research and shows why knowledge of Earth’s past is essential to understanding present-day environmental crises. He introduces readers to the diverse group of people of all genders, races, and international backgrounds who make up the twenty-first-century paleontology community, foregrounding their perspectives and firsthand narratives. He also frankly discusses the many challenges that face the profession, with key takeaways for aspiring scientists. Candid and comprehensive, Explorers of Deep Time is essential reading for anyone curious about the everyday work of real-life paleontologists.

The influence of Vannevar Bush on the history and institutions of twentieth-century American science and technology is staggeringly vast. As a leading figure in the creation of the National Science Foundation, the organizer of the Manhattan Project, and an adviser to Presidents Roosevelt and Truman during and after World War II, he played an indispensable role in the mobilization of scientific innovation for a changing world. A polymath, Bush was a cofounder of Raytheon, a pioneer of computing technology, and a visionary who foresaw the personal computer and might have coined the term “web.”

Edited by Bush’s biographer, G. Pascal Zachary, this collection presents more than fifty of Bush’s most important works across four decades. His subjects are as varied as his professional pursuits. Here are his thoughts on the management of innovation, the politics of science, research and national security, technology in public life, and the relationship of scientific advancement to human flourishing. It includes his landmark introduction to Science, the Endless Frontier, the blueprint for how government should support research and development, and much more. The works are as illuminating as they are prescient, from considerations of civil-military relations and the perils of the nuclear arms race to future encyclopedias and information overload, the Apollo program, and computing and consciousness. Together, these pieces reveal Bush as a major figure in the history of science, computerization, and technological development and a prophet of the information age.

Today, any kid can rattle off the names of dozens of dinosaurs. But it took centuries of scientific effort—and a lot of luck—to discover and establish the diversity of dinosaur species we now know. How did we learn that Triceratops had three horns? Why don’t many paleontologists consider Brontosaurus a valid species? What convinced scientists that modern birds are relatives of ancient Velociraptor?

In The Story of the Dinosaurs in 25 Discoveries, Donald R. Prothero tells the fascinating stories behind the most important fossil finds and the intrepid researchers who unearthed them. In twenty-five vivid vignettes, he weaves together dramatic tales of dinosaur discoveries with what modern science now knows about the species to which they belong. Prothero takes us from eighteenth-century sightings of colossal bones taken for biblical giants through recent discoveries of enormous predators even larger than Tyrannosaurus. He recounts the escapades of the larger-than-life personalities who made modern paleontology, including scientific rivalries like the nineteenth-century “Bone Wars.” Prothero also details how to draw the boundaries between species and explores debates such as whether dinosaurs had feathers, explaining the findings that settled them or keep them going. Throughout, he offers a clear and rigorous look at what paleontologists consider sound interpretation of evidence. An essential read for any dinosaur lover, this book teaches us to see an ancient world ruled by giant majestic creatures anew.

Whether we realize it or not, we think of our brains as computers. In neuroscience, the metaphor of the brain as a computer has defined the field for much of the modern era. But as neuroscientists increasingly reevaluate their assumptions about how brains work, we need a new metaphor to help us ask better questions.

The computational neuroscientist Daniel Graham offers an innovative paradigm for understanding the brain. He argues that the brain is not like a single computer—it is a communication system, like the internet. Both are networks whose power comes from their flexibility and reliability. The brain and the internet both must route signals throughout their systems, requiring protocols to direct messages from just about any point to any other. But we do not yet understand how the brain manages the dynamic flow of information across its entire network. The internet metaphor can help neuroscience unravel the brain’s routing mechanisms by focusing attention on shared design principles and communication strategies that emerge from parallel challenges. Highlighting similarities between brain connectivity and the architecture of the internet can open new avenues of research and help unlock the brain’s deepest secrets.

An Internet in Your Head presents a clear-eyed and engaging tour of brain science as it stands today and where the new paradigm might take it next. It offers anyone with an interest in brains a transformative new way to conceptualize what goes on inside our heads.

The influence of Vannevar Bush on the history and institutions of twentieth-century American science and technology is staggeringly vast. As a leading figure in the creation of the National Science Foundation, the organizer of the Manhattan Project, and an adviser to Presidents Roosevelt and Truman during and after World War II, he played an indispensable role in the mobilization of scientific innovation for a changing world. A polymath, Bush was a cofounder of Raytheon, a pioneer of computing technology, and a visionary who foresaw the personal computer and might have coined the term “web.”

Edited by Bush’s biographer, G. Pascal Zachary, this collection presents more than fifty of Bush’s most important works across four decades. His subjects are as varied as his professional pursuits. Here are his thoughts on the management of innovation, the politics of science, research and national security, technology in public life, and the relationship of scientific advancement to human flourishing. It includes his landmark introduction to Science, the Endless Frontier, the blueprint for how government should support research and development, and much more. The works are as illuminating as they are prescient, from considerations of civil-military relations and the perils of the nuclear arms race to future encyclopedias and information overload, the Apollo program, and computing and consciousness. Together, these pieces reveal Bush as a major figure in the history of science, computerization, and technological development and a prophet of the information age.

At a time when climate-change deniers hold the reins of power in the United States and international greenhouse gas negotiations continue at a slow crawl, what options are available to cities, companies, and consumers around the world who seek a cleaner future? Scott Victor Valentine, Marilyn A. Brown, and Benjamin K. Sovacool explore developments and strategies that will help fast-track the transition to renewable energy. They provide an expert analysis of the achievable steps that citizens, organizational leaders, and policy makers can take to put their commitments to sustainability into practice.

Empowering the Great Energy Transition examines trends that suggest a transition away from carbon-intensive energy sources is inevitable—there are too many forces for change at work to stop a shift to clean energy. Yet under the status quo, change will be too slow to avert the worst consequences of climate change. Humanity is on a path to incur avoidable social, environmental, and economic costs. Valentine, Brown, and Sovacool argue that new policies and business models are needed to surmount the hurdles separating the current consumption model from a sustainable energy future. Empowering the Great Energy Transition shows that with well-placed efforts, we can set humanity on a course that supports entrepreneurs and communities in mitigating the environmental harm caused by technologies whose time has come and gone.

Climate change policy has typically emphasized mitigation, calling for reducing emissions and shifting away from fossil fuels. Yet while these efforts have floundered, floods, wildfires, droughts, and other disasters are becoming more frequent and potent. As the risks escalate, we must ask how to adapt to a changing climate. How might farmers modify their practices to maximize food security? Can coastal cities protect their infrastructure from rising seas? Are there strategic ways for developing countries to combine climate resilience with economic growth and poverty reduction? For people and societies around the world, these questions are not theoretical: adaptation is already underway.

This book offers a concise overview of climate adaptation governance. In clear, accessible language, Lisa Dale describes key strategies that governments, communities, and the private sector are now deploying. She presents the theory and practice that underlie climate adaptation efforts at local and global scales, providing illuminating case studies that foreground the problems facing developing countries. Dale analyzes the effectiveness of a range of policy interventions, drawing out principles of good governance and discussing how practitioners can navigate complex tradeoffs. She emphasizes equity and inclusion, considering how climate adaptation policy can account for the needs of historically disadvantaged groups. Written for a wide audience, this book is an invaluable introduction for all readers interested in how societies can meet the challenges of an altered climate.

Does technology change who we are, and if so, in what ways? Can humanity transcend physical bodies and spaces? Will AI and genetic engineering help us reach new heights or will they unleash dystopias? How do we face mortality, our own and that of our warming planet? Questions like these—which are only growing more urgent—can be answered only by drawing on different kinds of knowledge and ways of knowing. They challenge us to bridge the divide between the sciences and the humanities and bring together perspectives that are too often kept apart.

Great Minds Don’t Think Alike presents conversations among leading scientists, philosophers, historians, and public intellectuals that exemplify openness to diverse viewpoints and the productive exchange of ideas. Pulitzer and Templeton Prize winners, MacArthur “genius” grant awardees, and other acclaimed writers and thinkers debate the big questions: who we are, the nature of reality, science and religion, consciousness and materialism, and the mysteries of time. In so doing, they also inquire into how uniting experts from different areas of study to consider these topics might help us address the existential risks we face today. Convened and moderated by the physicist and author Marcelo Gleiser, these public dialogues model constructive engagement between the sciences and the humanities—and show why intellectual cooperation is necessary to shape our collective future.

Contributors include David Chalmers and Antonio Damasio; Sean Carroll and B. Alan Wallace; Patricia Churchland and Jill Tarter; Rebecca Goldstein and Alan Lightman; Jimena Canales and Paul Davies; Ed Boyden and Mark O’Connell; Elizabeth Kolbert and Siddhartha Mukherjee; Jeremy DeSilva, David Grinspoon, and Tasneem Zehra Husain.

One day in 1996, the neuroscientist Eric R. Kandel took a call from his program officer at the National Institute of Mental Health, who informed him that he had been awarded a key grant. Also, the officer said, he and his colleagues thought Kandel would win the Nobel Prize. “I hope not soon,” Kandel’s wife, Denise, said when she heard this. Sociologists had found that Nobel Prize winners often did not contribute much more to science, she explained.

In this book, Kandel recounts his remarkable career since receiving the Nobel in 2000—or his experience of proving to his wife that he was not yet “completely dead intellectually.” He takes readers through his lab’s scientific advances, including research into how long-term memory is stored in the brain, the nature of age-related memory loss, and the neuroscience of drug addiction and schizophrenia. Kandel relates how the Nobel Prize gave him the opportunity to reach a far larger audience, which in turn allowed him to discover and pursue new directions. He describes his efforts to promote public understanding of science and to put brain science and art into conversation with each other. Kandel also discusses his return to Austria, which he had fled as a child, and observes Austria’s coming to terms with the Nazi period. Showcasing Kandel’s accomplishments, erudition, and wit, There Is Life After the Nobel Prize is a candid account of the working life of an acclaimed scientist.

Chimpanzees fascinate people for many reasons. We are struck by the apes’ resemblance to humanity, as seen in their use of tools and their complex social lives, and we are moved by the threats that human activity poses to them. Our awareness of our closest living relatives testifies to the efforts of the remarkable people who study these creatures and work to protect them. What motivates someone to dedicate their lives to chimpanzees? How does that reflect on our own species?

This book brings together a range of chimpanzee experts who tell powerful personal stories about their lives and careers. It features some of the world’s preeminent primatologists—including Jane Goodall and Frans de Waal—as well as representatives of a new generation from varied backgrounds. In addition to field scientists, the book features anthropologists, biologists, psychologists, veterinarians, conservationists, and the director of a chimpanzee sanctuary. Some grew up in the English countryside, others in villages in Congo; some first encountered chimpanzees in a zoo, others in the forests surrounding their homes. All are united by a common purpose: to study and understand chimpanzees in order to protect them in the wild and care for them in zoos and sanctuaries. Contributors share what inspired them, what shaped their career choices, and what motivates them to strive for solutions to the many challenges that chimpanzees face today.

Living is a balancing act. Ordinary activities like walking, running, or riding a bike require the brain to keep the body in balance. A dancer’s poised elegance and a tightrope walker’s breathtaking performance are feats of balance. Language abounds with expressions and figures of speech that invoke balance. People fret over work-life balance or try to eat a balanced diet. The concept crops up from politics—checks and balances, the balance of power, balanced budgets—to science, in which ideas of equilibrium are crucial. Why is balance so fundamental, and how do physical and metaphorical balance shed light on each other?

Paul Thagard explores the physiological workings and metaphorical resonance of balance in the brain, the body, and society. He describes the neural mechanisms that keep bodies balanced and explains why their failures can result in nausea, falls, or vertigo. Thagard connects bodily balance with leading ideas in neuroscience, including the nature of consciousness. He analyzes balance metaphors across science, medicine, economics, the arts, and philosophy, showing why some aid understanding but others are misleading or harmful. Thagard contends that balance is ultimately a matter of making sense of the world. In both literal and metaphorical senses, balance is what enables people to solve the puzzles of life by turning sensory signals or an incongruous comparison into a coherent whole.

Bridging philosophy, psychology, and neuroscience, Balance shows how an unheralded concept’s many meanings illuminate the human condition.

The theory of plate tectonics transformed earth science. The hypothesis that the earth’s outermost layers consist of mostly rigid plates that move over an inner surface helped describe the growth of new seafloor, confirm continental drift, and explain why earthquakes and volcanoes occur in some places and not others. Lynn R. Sykes played a key role in the birth of plate tectonics, conducting revelatory research on earthquakes. In this book, he gives an invaluable insider’s perspective on the theory’s development and its implications.

Sykes combines lucid explanation of how plate tectonics revolutionized geology with unparalleled personal reflections. He entered the field when it was on the cusp of radical discoveries. Studying the distribution and mechanisms of earthquakes, Sykes pioneered the identification of seismic gaps—regions that have not ruptured in great earthquakes for a long time—and methods to estimate the possibility of quake recurrence. He recounts the various phases of his career, including his antinuclear activism, and the stories of colleagues around the world who took part in changing the paradigm. Sykes delves into the controversies over earthquake prediction and their importance, especially in the wake of the giant 2011 Japanese earthquake and the accompanying Fukushima disaster. He highlights geology’s lessons for nuclear safety, explaining why historic earthquake patterns are crucial to understanding the risks to power plants. Plate Tectonics and Great Earthquakes is the story of a scientist witnessing a revolution and playing an essential role in making it.

Pain is an inevitable part of existence, but severe debilitating or chronic pain is a pathological condition that diminishes the quality of life. The Brain and Pain explores the present and future of pain management, providing a comprehensive understanding based on the latest discoveries from many branches of neuroscience.

Richard Ambron—the former director of a neuroscience lab that conducted leading research in this field—explains the science of how and why we feel pain. He describes how the nervous system and brain process information that leads to the experience of pain, detailing the cellular and molecular functions that are responsible for the initial perceptions of an injury. He discusses how pharmacological agents such as opiates affect the duration and intensity of pain. Ambron examines new evidence showing that discrete circuits in the brain modulate the experience of pain in response to a placebo, fear, anxiety, belief, or other circumstances, as well as how pain can be relieved by activating these circuits using mindfulness training and other nonpharmacological treatments. The book also evaluates the prospects of procedures such as deep brain stimulation and optogenetics.

Current and thorough, The Brain and Pain will be invaluable for a range of people seeking to understand their options for treatment as well as students in neuroscience and medicine.

Trilobites were some of the most successful and versatile organisms ever to exist. Among the earliest forms of complex animal life, these hard-shelled marine invertebrates inhabited the primal seas of the Paleozoic Era. Their march through evolutionary time began in the Lower Cambrian, some 521 million years ago, and lasted until their demise at the end of the Permian, more than 250 million years later. During this vast stretch of planetary history, these adaptable animals filled virtually every available undersea niche, evolving into more than 25,000 scientifically recognized species.

In Travels with Trilobites, Andy Secher invites readers to come along in search of the fossilized remains of these ancient arthropods. He explores breathtaking paleontological hot spots around the world—including Alnif, Morocco, on the edge of the Sahara Desert; the Sakha Republic, deep in the Siberian wilderness; and Kangaroo Island, off the coast of South Australia—and offers a behind-the-scenes look at museums, fossil shows, and life on the collectors’ circuit. The book features hundreds of photographs of unique specimens drawn from Secher’s private collection, showcasing stunning fossil finds that highlight the diversity, complexity, and beauty of trilobites. Entertaining and informative, Travels with Trilobites combines key scientific information about these captivating creatures with wry, colorful observations and inside stories from one of the world’s most prolific collectors.

R is the most widely used open-source statistical and programming environment for the analysis and visualization of biological data. Drawing on Gregg Hartvigsen’s extensive experience teaching biostatistics and modeling biological systems, this text is an engaging, practical, and lab-oriented introduction to R for students in the life sciences.

Underscoring the importance of R and RStudio in organizing, computing, and visualizing biological statistics and data, Hartvigsen guides readers through the processes of correctly entering and analyzing data and using R to visualize data using histograms, boxplots, barplots, scatterplots, and other common graph types. He covers testing data for normality, defining and identifying outliers, and working with non-normally distributed data. Students are introduced to common one- and two-sample tests as well as one- and two-way analysis of variance (ANOVA), correlation, and linear and nonlinear regression analyses. This volume also includes a section on advanced procedures and a chapter outlining algorithms and the art of programming using R.

This second edition has been revised to be current with the versions of R software released since the book’s original publication. It features updated terminology, sources, and examples throughout.

Americans love to colonize their beaches. But when storms threaten, high-ticket beachfront construction invariably takes precedence over coastal environmental concerns—we rescue the buildings, not the beaches. As Cornelia Dean explains in Against the Tide, this pattern is leading to the rapid destruction of our coast. But her eloquent account also offers sound advice for salvaging the stretches of pristine American shore that remain.

The story begins with the tale of the devastating hurricane that struck Galveston, Texas, in 1900—the deadliest natural disaster in American history, which killed some six thousand people. Misguided residents constructed a wall to prevent another tragedy, but the barrier ruined the beach and ultimately destroyed the town's booming resort business.

From harrowing accounts of natural disasters to lucid ecological explanations of natural coastal processes, from reports of human interference and construction on the shore to clear-eyed elucidation of public policy and conservation interests, this book illustrates in rich detail the conflicting interests, short-term responses, and long-range imperatives that have been the hallmarks of America's love affair with her coast.

Intriguing observations about America's beaches, past and present, include discussions of Hurricane Andrew's assault on the Gulf Coast, the 1962 northeaster that ravaged one thousand miles of the Atlantic shore, the beleaguered beaches of New Jersey and North Carolina's rapidly vanishing Outer Banks, and the sand-starved coast of southern California. Dean provides dozens of examples of human attempts to tame the ocean—as well as a wealth of lucid descriptions of the ocean's counterattack. Readers will appreciate Against the Tide's painless course in coastal processes and new perspective on the beach.

R is the most widely used open-source statistical and programming environment for the analysis and visualization of biological data. Drawing on Gregg Hartvigsen’s extensive experience teaching biostatistics and modeling biological systems, this text is an engaging, practical, and lab-oriented introduction to R for students in the life sciences.

Underscoring the importance of R and RStudio in organizing, computing, and visualizing biological statistics and data, Hartvigsen guides readers through the processes of correctly entering and analyzing data and using R to visualize data using histograms, boxplots, barplots, scatterplots, and other common graph types. He covers testing data for normality, defining and identifying outliers, and working with non-normally distributed data. Students are introduced to common one- and two-sample tests as well as one- and two-way analysis of variance (ANOVA), correlation, and linear and nonlinear regression analyses. This volume also includes a section on advanced procedures and a chapter outlining algorithms and the art of programming using R.

This second edition has been revised to be current with the versions of R software released since the book’s original publication. It features updated terminology, sources, and examples throughout.

Winner, 2023 William James Book Award, American Psychological Association Division 1 in General Psychology

Most of us, no matter how rational we think we are, have a lucky charm, a good-luck ritual, or some other custom we follow in the hope that it will lead to a good result. Is the idea of luckiness just a way in which we try to impose order on chaos? Do we live in a world of flukes and coincidences, good and bad breaks, with outcomes as random as a roll of the dice—or can our beliefs help change our luck?

What Are the Chances? reveals how psychology and neuroscience explain the significance of the idea of luck. Barbara Blatchley explores how people react to random events in a range of circumstances, examining the evidence that the belief in luck helps us cope with a lack of control. She tells the stories of lucky and unlucky people—who won the lottery multiple times, survived seven brushes with death, or found an apparently cursed Neanderthal mummy—as well as the accidental discoveries that fundamentally changed what we know about the brain. Blatchley considers our frequent misunderstanding of randomness, the history of luckiness in different cultures and religions, the surprising benefits of magical thinking, and many other topics. Offering a new view of how the brain handles the unexpected, What Are the Chances? shows why an arguably irrational belief can—fingers crossed—help us as we struggle with an unpredictable world.

In this volume, the product of decades of study and research, the world's foremost geneticist surveys the major developments in what is emerging as the most important single area of scientific inquiry in the twentieth century: biological theory of evolution in particular.

Noting that the theory of evolution in biology is more than a century old, Dr. Dobzhansky points out that it is nevertheless only in recent times that our knowledge of its physical basis as well as our understanding of its dynamics has progressed greatly. Yet, he notes, new problems have replaced the older ones at the forefront of scientific inquiry, problems which require entirely new approaches. It is to these manifold and exciting new questions that the author brings a lifetime of experience.

Throughout, his goal is to create not a summary of all the available literature, nor a professional book written only for the scientific community, but rather a presentation of basic ideas, accompanied by the indispensable references which would enable interested readers to pursue the matter further. The book has been purposely kept short to enable it to be read as a whole, and above all, it has been written in a manner which will hold the attention as well as inform both the general reader and the professionally concerned scientist.

Geared toward a broad variety of students, Dinosaurs: The Textbook offers a concise and lucid presentation of the core biological and geological concepts of dinosaur science. Revised throughout to reflect recent fossil discoveries and the current scientific consensus, this seventh edition details the evolution, phylogeny, and classification of various dinosaur species while modeling the best approach for navigating new and existing research.

Spencer G. Lucas takes readers through the major taxonomic groups, including theropods, sauropodomorphs, ornithopods, ceratopsians, pachycephalosaurs, stegosaurs, and ankylosaurs. He also examines the behavior and extinction of the dinosaurs, their biological relationship to birds, and their representation (or misrepresentation) in art, literature, film, and other forms of popular culture.

This seventh edition of the leading text for introductory courses on dinosaurs incorporates comprehensive updates based on the latest research. Lucas highlights how dinosaur science is rapidly evolving, exploring how new discoveries, methods, and ideas are expanding the frontiers of knowledge. The book features cutting-edge and scientifically rigorous illustrations by leading paleoartists. It also includes extensive and reader-friendly end-of-chapter summary tools, review questions, a detailed glossary, a dinosaur dictionary, and a comprehensive index.

We are conscious of only a small fraction of our lives. Because the brain constantly receives an enormous quantity of information, we need to be able to do things without thinking about them—to act in “autopilot” mode. Automatic behaviors—the vast majority of our activities—occur without our conscious awareness, or subconsciously. Yet the physiological basis of subconsciousness remains poorly understood, despite its vast importance for physical and mental health.

The neurodegenerative disease expert Yves Agid offers a groundbreaking and accessible account of subconsciousness and its significance. He pinpoints the basal ganglia—the ancient “basement of the brain”—as the main physiological hub of the subconscious. Agid examines its roles in the control and production of automatic behavior, including motor, intellectual, and emotional processes. He highlights the consequences for various brain pathologies, showing how malfunctions of the subconscious have clinical repercussions including not only abnormal involuntary movements, as seen in Parkinson’s disease, but also psychiatric disorders such as obsessive-compulsive disorders and depression. Based on this understanding, Agid considers how seeing the basal ganglia as a therapeutic target can aid development of potential new treatments for neurological and psychiatric disorders.

Shedding new light on the physiological bases of our behavior and mental states, this book provides an innovative exploration of the complexities of the mind, with implications ranging from clinical applications to philosophy’s thorniest problems.

Winner, 2024 W.W. Howells Prize, American Anthropological Association, Biological Anthropology Section

The science on race is clear. Common categories like “Black,” “white,” and “Asian” do not represent genetic differences among groups. But if race is a pernicious fiction according to natural science, it is all too significant in the day-to-day lives of racialized people across the globe. Inequities in health, wealth, and an array of other life outcomes cannot be explained without referring to “race”—but their true source is racism. What do we need to know about the pseudoscience of race in order to fight racism and fulfill human potential?

In this book, two distinguished scientists tackle common misconceptions about race, human biology, and racism. Using an accessible question-and-answer format, Joseph L. Graves Jr. and Alan H. Goodman explain the differences between social and biological notions of race. Although there are many meaningful human genetic variations, they do not map onto socially constructed racial categories. Drawing on evidence from both natural and social science, Graves and Goodman dismantle the malignant myth of gene-based racial difference. They demonstrate that the ideology of racism created races and show why the inequalities ascribed to race are in fact caused by racism.

Graves and Goodman provide persuasive and timely answers to key questions about race and racism for a moment when people of all backgrounds are striving for social justice. Racism, Not Race shows readers why antiracist principles are both just and backed by sound science.

Geared toward a broad variety of students, Dinosaurs: The Textbook offers a concise and lucid presentation of the core biological and geological concepts of dinosaur science. Revised throughout to reflect recent fossil discoveries and the current scientific consensus, this seventh edition details the evolution, phylogeny, and classification of various dinosaur species while modeling the best approach for navigating new and existing research.

Spencer G. Lucas takes readers through the major taxonomic groups, including theropods, sauropodomorphs, ornithopods, ceratopsians, pachycephalosaurs, stegosaurs, and ankylosaurs. He also examines the behavior and extinction of the dinosaurs, their biological relationship to birds, and their representation (or misrepresentation) in art, literature, film, and other forms of popular culture.

This seventh edition of the leading text for introductory courses on dinosaurs incorporates comprehensive updates based on the latest research. Lucas highlights how dinosaur science is rapidly evolving, exploring how new discoveries, methods, and ideas are expanding the frontiers of knowledge. The book features cutting-edge and scientifically rigorous illustrations by leading paleoartists. It also includes extensive and reader-friendly end-of-chapter summary tools, review questions, a detailed glossary, a dinosaur dictionary, and a comprehensive index.