Today, Michigan is home to many different animals and plants. Yet nearly 12,000 years ago it was home to very different kinds of animals and flora. Huge mastodons and mammoths roamed through southern Michigan. Whales, walruses, and giant rodents swam in the lakes, and shaggy musk oxen grazed in the woodlands. Now, 2000 years later, all but their fossils are gone. Ancient Life of the Great Lakes Basin provides a one-of-a-kind look at ancient life in the Great Lakes. Written for the layperson and for the professional with biological or geological interest in the Great Lakes region, the book describes most of the common fossils found in this region. Detailed illustrations help identify many of the fossilized organisms that can be found today. Among the most interesting illustrations presented in the book are Gijsbert van Frankenhuyzen's conceptions of what the fossilized creatures may have looked like when they were alive. In addition, color illustrations by van Frankenhuyzen depict spectacular scenes of ancient life in the Great Lakes area.The book begins with a brief review of biological and geological principles and then offers a framework for the study of the fossil record. Methods of collection, preservation and maintenance of fossils are also presented. Throughout the book, common fossils found today embedded in rocks and other solid matter are emphasized.

Containing papers published between July 31, 1936, and July 1, 1939, edited by Eugene S. McCartney and published by the University of Michigan Press in 1939, is a comprehensive compilation of influential paleontological research. Among the notable articles included are E. C. Case's study on a nothosaur from the Triassic of Wyoming, Chester A. Arnold's multi-part observations on fossil plants from the Devonian of Eastern North America, and K. G. Brill's description of Productella waynensis, a new brachiopod from the New Providence Shale of Kentucky. The volume also features detailed examinations such as Chester A. Arnold's work on some fossil species of Mavonia from Oregon, E. C. Case's analysis of a specimen of Stylemys nebrascensis showing the bones of the feet and limbs, and Andrew H. McNair's study on cryptostomatous bryozoa from the Middle Devonian Traverse Group of Michigan. Helen Duncan contributes with her research on trepostomatous bryozoa from the Traverse Group of Michigan, and John A. Wilson describes a new species of dog from the Miocene of Colorado. This collection is an invaluable resource for paleontologists and researchers dedicated to the study of fossil plants and animals, providing detailed descriptions and insights into ancient life forms and their geological contexts.

Containing papers published between November 10, 1928, and April 9, 1932, features significant paleontological research. Edited by Eugene S. McCartney and published by the University of Michigan Press in 1932, this volume includes groundbreaking contributions such as E. C. Case's study on indications of a cotylosaur and a new form of fish from the Triassic beds of Texas, Aldred S. Warthin Jr.'s research on fossil fishes from the Triassic of Texas, and the collaborative work of Laurence M. Gould, Aug. F. Foerste, and Russell C. Hussey on the geology of Foxe Land, Baffin Island. Other notable entries include Russell C. Hussey's examination of cystoids from the Trenton Rocks of Michigan, E. C. Case's detailed description of the skeleton of Ostodolepis brevispinatus, and Aug. F. Foerste's studies on the color patterns of fossil cephalopods and brachiopods, as well as additional notes on nephritic erina. E. C. Case also provides insights into the lower jaw of Brachysuchus megalodon, arthrodiran remains from the Devonian of Michigan, limb movement patterns in phytosaurs, and the description of a new species of Buettneria. Chester A. Arnold discusses Calamites newberryi, while Charles F. Deiss offers a description and stratigraphic correlation of the Fenestellidae from the Devonian of Michigan. This volume is an invaluable resource for paleontologists and researchers interested in furthering their understanding of fossil organisms and geological history.

In a remote desert corner of Sonora, Mexico, the site of El Fin del Mundo offers the first recorded evidence of Paleoindian interactions with gomphotheres, an extinct species related to elephants. The Clovis occupation of North America is the oldest generally accepted and well-documented archaeological assemblage on the continent. This site in Sonora, Mexico, is the northernmost dated late Pleistocene gomphothere and the youngest in North America. It is the first documented intact buried Clovis site outside of the United States, the first in situ Paleoindian site in northwestern Mexico, and the first documented evidence of Clovis gomphothere hunting in North America. The site also includes an associated upland Clovis campsite. This volume also describes a paleontological bone bed below the Clovis level, which includes a rare association of mastodon, mammoth, and gomphothere.

El Fin del Mundo presents and synthesizes the archaeological, geological, paleontological, and paleoenvironmental records of an important Clovis site.

Contributors
Joaquín Arroyo-Cabrales
Jordan Bright
James K. Feathers
Edmund P. Gaines
Thanairi Gamez
Gregory W. L. Hodgins
Vance T. Holliday
Susan M. Mentzer
Carmen Isela Ortega-Rosas
Manuel R. Palacios-Fest
Guadalupe Sánchez
Ismael Sánchez-Morales
Kayla B. Worthey
Kristen Wroth

A compelling answer to an important question: Can past mass extinctions teach us how to avoid future planetary disaster?

On its face, the story of mass extinction on Earth is one of unavoidable disaster. Asteroid smashes into planet; goodbye dinosaurs. Planetwide crises seem to be beyond our ability to affect or evade. Extinctions argues that geological history tells an instructive story, one that offers important signs for us to consider. When the asteroid struck, Charles Frankel explains, it set off a wave of cataclysms that wore away at the global ecosystem until it all fell apart. What if there had been a way to slow or even turn back these tides? Frankel believes that the answer to this question holds the key to human survival.

Human history, from the massacre of Ice Age megafauna to today’s industrial climate change, has brought the planet through another series of cataclysmic events. But the history of mass extinction together with the latest climate research, Frankel maintains, shows us a way out. If we curb our destructive habits, particularly our drive to kill and consume other species, and work instead to conserve what biodiversity remains, the Earth might yet recover. Rather than await decisive disaster, Frankel argues that we must instead take action to reimagine what it means to be human. As he eloquently explains, geological history reminds us that life is not eternal; we can disappear, or we can become something new and continue our evolutionary adventure.

Where ancient creatures walked—science uncovers their lasting impressions.

The Steven C. Minkin (Union Chapel) Paleozoic Footprint Site ranks among the most important fossil sites in the world today, and Footprints in Stone recounts the accidental revelation of its existence and detailed findings about its fossil record.

Currently 2,500 miles from the equator and more than 250 miles north of the Gulf of Mexico, the Minkin site was a swampy tropical forest adjacent to a tidal flat during the Coal Age or Carboniferous Period more than 300 million years ago. That fecund strand of sand and mud at the ocean’s edge teemed with the earth’s earliest reptiles as well as amphibians, fish, horseshoe crabs, spiders, jumping insects, and other fascinating organisms. Unlike dinosaurs and other large animals whose sturdy bodies left hard fossil records, most of these small, soft-bodied creatures left no concrete remains. But they did leave something else. Preserved in the site’s coal beds along with insect wings and beautifully textured patterns of primeval plants are their footprints, fossilized animal tracks from which modern paleontologists can glean many valuable insights about their physical anatomies and behaviors.

The paleontological examination of fossil tracks is now the cutting-edge of contemporary scholarship, and the Minkin site is the first and largest site of its kind in eastern North America. Discovered by a local high school science teacher, the site provides both professional and amateur paleontologists around the world with a wealth of fossil track samples along with an inspirational story for amateur explorers and collectors.

Authoritative and extensively illustrated, Footprints in Stone brings together the contributions of many geologists and paleontologists who photographed, documented, and analyzed the Minkin site’s fossil trackways. An engrossing tale of its serendipitous discovery and a detailed study of its fossil records, Footprints in Stone is a landmark publication in the history of paleontology.
 

With stunning images and an expert guide, explore the world of fossils to uncover the story of life on Earth, from the origins of new life to mass extinctions.

Ancient Earth seems like an alien world. But the fossil record can help reveal the mysteries of the organisms that have lived on our planet since its formation some 4,600 million years ago. In this engaging and beautifully illustrated book, world-renowned paleontologist Paul D. Taylor provides a comprehensive guide to all aspects of fossils to tell the story of life on Earth.

Taylor begins with the basics: how fossils form, how they mark geological time, and what they tell us about the origins of life and major evolutionary events like the Cambrian Explosion. He then shows the oldest fossils—single-celled bacteria in amazing, three-billion-year-old microbial rock structures—before introducing the first animals in the fossil record. From fishes to amphibians, reptiles, and mammals, we meet these animal fossils in an appropriate evolutionary parade. Next, we imagine plants long past, charting the evolution of this kingdom and learning how ephemeral botanical remains can become permanent records. While comprehensive in his coverage of fossil groups and ages, Taylor pays particular attention to specimens fossil hunters are most likely to encounter, like crinoids and the iconic ammonites. Throughout, he introduces us to fascinating fossil folklore—like the idea that ammonites are the petrified remains of coiled snakes—and helps us distinguish true fossils from fakes.

With stunning color images of many original specimens from the collections of London’s Natural History Museum, Fossils is an essential introduction, connecting life on Earth today to the ancient past.

"There is much to love between this book’s covers. . . . There are many eureka moments in Life Sculpted—and some truly beautiful ones."—Eugenia Bone, Wall Street Journal

Meet the menagerie of lifeforms that dig, crunch, bore, and otherwise reshape our planet.
 
Did you know elephants dig ballroom-sized caves alongside volcanoes? Or that parrotfish chew coral reefs and poop sandy beaches? Or that our planet once hosted a five-ton dinosaur-crunching alligator cousin? In fact, almost since its fascinating start, life was boring. Billions of years ago bacteria, algae, and fungi began breaking down rocks in oceans, a role they still perform today. About a half-billion years ago, animal ancestors began drilling, scraping, gnawing, or breaking rocky seascapes. In turn, their descendants crunched through the materials of life itself—shells, wood, and bones. Today, such “bioeroders” continue to shape our planet—from the bacteria that devour our teeth to the mighty moon snail, always hunting for food, as evidenced by tiny snail-made boreholes in clams and other moon snails.
 
There is no better guide to these lifeforms than Anthony J. Martin, a popular science author, paleontologist, and co-discoverer of the first known burrowing dinosaur. Following the crumbs of lichens, sponges, worms, clams, snails, octopi, barnacles, sea urchins, termites, beetles, fishes, dinosaurs, crocodilians, birds, elephants, and (of course) humans, Life Sculpted reveals how bioerosion expanded with the tree of life, becoming an essential part of how ecosystems function while reshaping the face of our planet. With vast knowledge and no small amount of whimsy, Martin uses paleontology, biology, and geology to reveal the awesome power of life’s chewing force. He provokes us to think deeply about the past and present of bioerosion, while also considering how knowledge of this history might aid us in mitigating and adapting to climate change in the future. Yes, Martin concedes, sometimes life can be hard—but life also makes everything less hard every day.

Winner of the Tennessee History Book Award (Tennessee Historical Society and Tennessee Historical Commission), 2021

Was Nashville once home to a giant race of humans?

No, but in 1845, you could have paid a quarter to see the remains of one who allegedly lived here before The Flood. That summer, Middle Tennessee well diggers had unearthed the skeleton of an American mastodon. Before it went on display, it was modified and augmented with wooden “bones” to make it look more like a human being and passed off as an antediluvian giant. Then, like so many Nashvillians, after a little success here, it went on tour and disappeared from history.

But this fake history of a race of Pre-Nashville Giants isn’t the only bad history of what, and who, was here before Nashville. Sources written for schoolchildren and the public lead us to believe that the first Euro-Americans arrived in Nashville to find a pristine landscape inhabited only by the buffalo and boundless nature, entirely untouched by human hands. Instead, the roots of our city extend some 14,000 years before Illinois lieutenant-governor-turned-fur-trader Timothy Demonbreun set foot at Sulphur Dell.

During the period between about AD 1000 and 1425, a thriving Native American culture known to archaeologists as the Middle Cumberland Mississippian lived along the Cumberland River and its tributaries in today’s Davidson County. Earthen mounds built to hold the houses or burials of the upper class overlooked both banks of the Cumberland near what is now downtown Nashville. Surrounding densely packed village areas including family homes, cemeteries, and public spaces stretched for several miles through Shelby Bottoms, and the McFerrin Park, Bicentennial Mall, and Germantown neighborhoods. Other villages were scattered across the Nashville landscape, including in the modern neighborhoods of Richland, Sylvan Park, Lipscomb, Duncan Wood, Centennial Park, Belle Meade, White Bridge, and Cherokee Park.

This book is the first public-facing effort by legitimate archaeologists to articulate the history of what happened here before Nashville happened.

This revised and expanded edition of Oregon Fossils includes a record of all known fossils in Oregon going back 400 million years, along with collecting localities by county, age, rock formation, and published source. The book also provides a geologic overview of the state, from ocean beaches to the high desert, from the Blue Mountains to the Siskiyous.

Unique among fossil field guides, Oregon Fossils includes both specimen identification and interesting notes about their discovery, naming, and conservation. The narrative is sprinkled with biographical sketches of paleontologists who have contributed to the state’s fossil record, and the text is richly illustrated with photographs, line drawings, charts, and maps. A complete bibliography lists full citations to fossil material. The only single volume that provides Oregon’s fossil record and history, Oregon Fossils is a well-written, well-organized guide. It is an excellent reference for classroom and library use, for researchers, and for private collectors and hobbyists.

An excavation of everything from Victorian fossil hunters to Jurassic Park, Chris Manias explores how paleontology’s greatest discoveries have always been entangled with popular culture.

From towering dinosaurs to early human ancestors, paleontology has long captured the public imagination, yet its scientific standing has often been precarious. Palaeontology in Public studies how paleontology’s public presence has shaped both the field itself and broader cultural understandings of science and nature. Through case studies spanning two centuries, this book explores the deep entanglement between vertebrate paleontology and popular culture, from early fossil discoveries to modern cinematic depictions.

Dinosaurs naturally take center stage, taking Spinosaurus, Jurassic Park, and Winsor McCay’s Gertie the Dinosaur, for instance. However, equally important are the stories of Glyptodons, Mesozoic mammals, and early human fossils like Neanderthals and Australopithecus. The book draws from history, art, literature, archaeology, and science communication to depict how public fascination has fueled scientific discovery while also shaping our collective vision of life’s ancient past.

A compelling read for historians of science, paleontologists, and those with a special interest in prehistoric creatures, Palaeontology in Public highlights the enduring power of fossils also as cultural icons that continue to inspire and spark debate.

The so-called “Bone Wars” of the 1880s, which pitted Edward Drinker Cope against Othniel Charles Marsh in a frenzy of fossil collection and discovery, may have marked the introduction of dinosaurs to the American public, but the second Jurassic dinosaur rush, which took place around the turn of the twentieth century, brought the prehistoric beasts back to life. These later expeditions—which involved new competitors hailing from leading natural history museums in New York, Chicago, and Pittsburgh—yielded specimens that would be reconstructed into the colossal skeletons that thrill visitors today in museum halls across the country.

Reconsidering the fossil speculation, the museum displays, and the media frenzy that ushered dinosaurs into the American public consciousness, Paul Brinkman takes us back to the birth of dinomania, the modern obsession with all things Jurassic. Featuring engaging and colorful personalities and motivations both altruistic and ignoble, The Second Jurassic Dinosaur Rush shows that these later expeditions were just as foundational—if not more so—to the establishment of paleontology and the budding collections of museums than the more famous Cope and Marsh treks. With adventure, intrigue, and rivalry, this is science at its most swashbuckling.

Throughout the four hundred thousand years that humanity has been collecting fossils, sea urchin fossils, or echinoids, have continually been among the most prized, from the Paleolithic era, when they decorated flint axes, to today, when paleobiologists study them for clues to the earth’s history. 

In The Star-Crossed Stone, Kenneth J. McNamara, an expert on fossil echinoids, takes readers on an incredible fossil hunt, with stops in history, paleontology, folklore, mythology, art, religion, and much more. Beginning with prehistoric times, when urchin fossils were used as jewelry, McNamara reveals how the fossil crept into the religious and cultural lives of societies around the world—the roots of the familiar five-pointed star, for example, can be traced to the pattern found on urchins. But McNamara’s vision is even broader than that: using our knowledge of early habits of fossil collecting, he explores the evolution of the human mind itself, drawing striking conclusions about humanity’s earliest appreciation of beauty and the first stirrings of artistic expression. Along the way, the fossil becomes a nexus through which we meet brilliant eccentrics and visionary archaeologists and develop new insights into topics as seemingly disparate as hieroglyphics, Beowulf, and even church organs.

An idiosyncratic celebration of science, nature, and human ingenuity, The Star-Crossed Stone is as charming and unforgettable as the fossil at its heart.

Christophe Galfard, acclaimed author of the international bestseller The Universe in Your Hand, takes readers on an extraordinary journey across time and space—from the origins of Earth’s life to the search for extraterrestrials. 

What is life? In this majestic book, celebrated author and Stephen Hawking’s former graduate student Christophe Galfard takes us on a wonder-filled voyage to answer this question. He guides us from the planet’s birth and the mysterious bacteria that lived billions of years ago, through the extreme evolutionary turns that saw dog-sized sea scorpions and trees covered in scales, to the visionary discoveries of the past two centuries that have allowed us to understand human bodies and imagine alien ones. 

With Galfard as a brilliant guide, readers go back in time to the origin of our planet, swim inside our bloodstream, and sail in space beyond the safety of our terrestrial haven. We experience the birth of the Earth, the demise of the dinosaurs, and the possible creation of life in outer space. This Is Life offers a glimpse of other worlds detected only in recent years, beyond the Solar System—where life could be thriving. The end of the book’s journey signals new beginnings, and we are left with the overwhelming sense that, as members of a long line of living creatures, we belong to a reality far greater and more complex than we ever imagined.

Through brilliant storytelling and delightful humor, Galfard connects the latest scientific discoveries and makes the secrets of the living world accessible to all. This Is Life will transform the way you see the world, and your place in it.

An illustrated visit to the tropical arctic of 205 million years ago when Greenland was green.

While today’s Greenland is largely covered in ice, in the time of the dinosaurs the area was a lushly forested, tropical zone. Tropical Arctic tracks a ten-million-year window of Earth’s history when global temperatures soared and the vegetation of the world responded.

A project over eighteen years in the making, Tropical Arctic is the result of a unique collaboration between two paleobotanists, Jennifer C. McElwain and Ian J. Glasspool, and award-winning scientific illustrator Marlene Hill Donnelly. They began with a simple question: “What was the color of a fossilized leaf?” Tropical Arctic answers that question and more, allowing readers to experience Triassic Greenland through three reconstructed landscapes and an expertly researched catalog of extinct plants. A stunning compilation of paint and pencil art, photos, maps, and engineered fossil models, Tropical Arctic blends art and science to bring a lost world to life. Readers will also enjoy a front-row seat to the scientific adventures of life in the field, with engaging anecdotes about analyzing fossils and learning to ward off polar bear attacks.

Tropical Arctic explains our planet’s story of environmental upheaval, mass extinction, and resilience. By looking at Earth’s past, we see a glimpse of the future of our warming planet—and learn an important lesson for our time of climate change.

A thoughtful consideration of the storytelling and science behind ancient DNA discoveries.
 
In recent years, discoveries brought to light through analysis of ancient DNA—or aDNA—have made headlines around the world. While ancient DNA studies may appear to focus on laboratory science and objective results, the findings have also relied heavily on storytelling and can be influenced by political interests.
 
In The Trouble with Ancient DNA, Anna Källén explores how the parameters of genetic science influence the stories we tell about our ancient ancestors, questioning what narratives we can and should take at face value. Through accounts of migrations, warriors, and figures like Cheddar Man, we see enticing and potent narratives that reach far beyond what can be gathered from the scientific study of molecules alone. Rather, by privileging certain narratives and questions—like those about sex or eye and skin color—our stories of ancient DNA are spun around the structure of today’s methodologies, technologies, and popular and political interests. Källén considers how DNA is used to sensationalize stories, how its use poses questions of ethics and care, and who is responsible if stories of ancient DNA are adopted for dangerous political projects.
 

Featuring numerous illustrations, this book explores the many lessons to be learned from Pleistocene megafauna, including the role of humans in their extinction, their disappearance at the start of the Sixth Extinction, and what they might teach us about contemporary conservation crises.

Long after the extinction of dinosaurs, when humans were still in the Stone Age, woolly rhinos, mammoths, mastodons, sabertooth cats, giant ground sloths, and many other spectacular large animals that are no longer with us roamed the Earth. These animals are regarded as “Pleistocene megafauna,” named for the geological era in which they lived—also known as the Ice Age.

In Vanished Giants: The Lost World of the Ice Age, paleontologist Anthony J. Stuart explores the lives and environments of these animals, moving between six continents and several key islands. Stuart examines the animals themselves via what we’ve learned from fossil remains, and he describes the landscapes, climates, vegetation, ecological interactions, and other aspects of the animals’ existence. Illustrated throughout, Vanished Giants also offers a picture of the world as it was tens of thousands of years ago when these giants still existed. Unlike the case of the dinosaurs, there was no asteroid strike to blame for the end of their world. Instead, it appears that the giants of the Ice Age were driven to extinction by climate change, human activities—especially hunting—or both. Drawing on the latest evidence provided by radiocarbon dating, Stuart discusses these possibilities. The extinction of Ice Age megafauna can be seen as the beginning of the so-called Sixth Extinction, which is happening right now. This has important implications for understanding the likely fate of present-day animals in the face of contemporary climate change and vastly increasing human populations.