I am a senior geologist emeritus (retired in 2020) whose research focused on volcanic features on Mars, Venus, and the Moon, particularly very long lava flows. I enjoy studying features on Earth in order to improve our understanding of similar features on other planets (also including the study of sand dunes). I worked for more than 32 years at the National Air and Space Museum of the Smithsonian Institution in Washington, D.C., which allowed me to do scientific research while also presenting the wonder of planetary geology to public audiences throughout the U.S. and in several countries across the world.
I recommend this book to anyone who asks me about volcanoes. It is a concise, easy-to-read account of the major volcanic revelations that have resulted from the robotic spacecraft exploration throughout the solar system.
The book is filled with exquisite photographs and logically organized chapters. Eleven chapters describe volcanic features both on Earth as well as many other worlds in our solar system. Each chapter is written well by an expert on each particular subject (and interestingly, all of the authors are women).
Written by active research scientists who study the volcanism of Earth and of other planets, the contributions provide the first general review of volcanic activity throughout the Solar System. Successive chapters describe past and present volcanic activity as it is observed throughout the Solar System. These chapters relate to readers not only our present knowledge of volcanism throughout the Solar System but also how frontline scientists working in this field conduct their research.
As a child growing up in the Pacific Northwest, my pockets were often full of rocks. Rocks are beautiful and soothing to hold. They are ubiquitous treasures, available to all. But even more than this, rocks are portals to the past—to a time before humans, before animals, before plants, before microbes. I am endlessly fascinated by the stories rocks tell and by the secrets they share with us through their form and structure. I still collect rocks, and now I also write picture books about science and nature for children. The books on this list are all wonder-filled. I hope you enjoy them!
If you haven’t already shared this classic with a child, you must!
Everybody Needs a Rock sets out to explain the ten rules of finding a special, just-right rock. Deeply in tune with kids’ relationships to the stones they collect, this delightful picture book insists that you must “look a rock right in the eye” and that a rock “has to feel easy in your hand.”
This book’s gentle humor makes me grin every time, and its overarching message, that a rock is a treasure more compelling than any toy, empowers children to connect with nature and revel in their own imaginations.
Everybody needs a rock -- at least that's the way this particular rock hound feels about it in presenting her own highly individualistic rules for finding just the right rock for you.
I am a scientist who has worked at the coal face of the debate around the origin of animals and ‘Snowball Earth’ his entire career, using a combination of experimental and descriptive science. Over three decades, I have witnessed first-hand how careful attention to detail in study after study has removed doubt from once provocative, even crazy, ideas that are now widely accepted. I love reading popular science from the perspective of the hands-on scientist who has witnessed the debate first-hand and contributed to received knowledge by conceiving new experiments, amassing data, and, more than often, in entirely unexpected ways through sheer curiosity.
I think that more than any other book I have read on geology, this one expresses best the excitement one feels when a group of scientists work together on one puzzle only to discover something entirely unexpected and even more astounding.
It is a racy account, littered with personal anecdotes of the major players, but it also describes the heady days when plate tectonics was developing from outrageous hypothesis to acknowledged fact.
The famous geological research ship Glomar Challenger was a radically new instrument that revolutionized earth science in the same sense that the cyclotron revolutionized nuclear physics, and its deep-sea drilling voyages, conducted from 1968 through 1983, were some of the great scientific adventures of our time. Beginning with the vessel's first cruises, which lent support to the idea of continental drift, the Challenger played a key part in the widely publicized plate-tectonics revolution and its challenge to more conventional theories. Here the leading oceanographer and earth scientist Kenneth Hs offers an intensely personal account of the experiences of the ship's…
For most of my career as an oil explorationist I have worked with geologists, an exceptional group of men and women who, from observing earth’s surface as it is configured today, can decipher earth’s history. By understanding how rocks were originally formed and how in subsequent millennia rocks have been buried, transported warped, eroded, re-deposited, and altered by high pressures, high temperatures, hot water, and all the tectonic forces of nature that have formed the surface as we see it today, they believe, really believe, that they can visualize the subsurface. It’s a fascinating four-dimensional detective story.
Winchester’s book is a biography of William Smith, the orphaned son of a village blacksmith. It is the story of one man’s passion, triumph, and tragedy. In his youth Smith was engaged in digging canals in England. Through careful observation of the fossils, he was the first to document the sequential layers of earth’s history. His geologic map, completed in 1815, heralded the beginning of a new science, the science of geology.
THE EXTRAORDINARY TALE OF THE FATHER OF MODERN GEOLOGY
Hidden behind velvet curtains above a stairway in a house in London's Piccadilly is an enormous and beautiful hand-coloured map - the first geological map of anywhere in the world. Its maker was a farmer's son named William Smith. Born in 1769 his life was troubled: he was imprisoned for debt, turned out of his home, his work was plagiarised, his wife went insane and the scientific establishment shunned him.
It was not until 1829, when a Yorkshire aristocrat recognised his genius, that he was returned to London in triumph: The…
Nature enthusiasts, David Attenborough superfans, and the best campsite hot toddy makers you’ll ever encounter… We’re best friends who have been traveling through national parks together for millenia. During our travels, we’ve developed our own style of tourism based on science and following our curiosity. We’ve hiked with paleontologists, asked renowned scientists ridiculous questions about which prehistoric creature they’d want for a pet, and introduced a parks astronomer/pilot/ER doctor to bourbon. In 2023, we released National Parks Trivia: A Card Game so that when you’re done hiking around with our first book, you have something to keep you entertained at the campsite all evening long.
If you’re taking a road trip through any of the fifty states, you’ll want to grab the relevant copies of the Roadside Geology series. It’s especially fun to read aloud in the car as the geology flies by your window.
We’re highlighting Oregon here because it’s by badass author, geologist, and photographer Marli Miller, but the whole series is gold. One favorite memory from our 2018 book-writing research trip: this guide helped us spot the very impressive band of ash from the Crater Lake (Mount Mazama) Eruption in a road cut on the highway south of the park.
When the first edition of Roadside Geology of Oregon was published in 1978, it was revolutionary�the first book in a series designed to educate, inspire, and wow nongeologists. Back then, the implications of plate tectonic theory were only beginning to shape geologic research and discussion. Geologists hadn�t yet learned that Oregon�s Klamath and Blue Mountains were pieces of far-traveled island arcs and ocean basins that had been piled against the growing North American continent. Steaming volcanoes, ghost forests, recent landslides, and towns heated with geothermal energy attest to Oregon�s still-prominent position at the edge of an active tectonic plate. Author,…
I’m a science researcher and writer living in London. My research field is astrobiology and the possibility of life on other planets – it brings together lots of different areas of science with engineering and space exploration and so is deeply ‘interdisciplinary’. And as a science writer, I try to bring this same broad perspective and unifying approach to other profound questions. My fascination with understanding our own origins was sparked by my childhood growing up in East Africa, the cradle of humanity. In Origins I explored different ways that planet Earth has influenced our human story across the millennia - it’s an example of ‘Big History’.
This is a much lesser-known book than the others I’ve picked, and I feel it deserves a load more attention. Walter Alvarez was instrumental to the development of the theory that the dinosaurs were wiped-out by an asteroid impact. Here, he casts his professor-of-geology eye across the whole of Earth’s history to show us the astonishing ways that our world – and the cosmos around us – have nurtured life on the planet and influenced the human story.
Big History, the field that integrates traditional historical scholarship with scientific insights to study the full sweep of our universe, has so far been the domain of historians. Famed geologist Walter Alvarez-best known for the "Impact Theory" explaining dinosaur extinction-has instead championed a science-first approach to Big History. Here he wields his unique expertise to give us a new appreciation for the incredible occurrences-from the Big Bang to the formation of supercontinents, the dawn of the Bronze Age, and beyond-that have led to our improbable place in the universe.
I am an astronomer and astrobiologist, and my field of work leads me to wonder about the origin of life in the universe and how scientific discoveries (and especially those related to space) affect culture, people's lives, or even civilization itself. All of the books listed here focus precisely on answering some of these concerns, which is why I find them extremely interesting.
This book tries to answer one of those vital questions that we have asked ourselves since we were children and that, at least in my case, continues to be part of my interest as an adult: Why don't we have any real proof of the existence of other civilizations beyond Earth?
This question has its own name: the Fermi Paradox, the apparent contradiction between the high probability of extraterrestrial life and the lack of evidence for alien civilizations. I enjoyed how the author, Stephen Webb, goes over all the possible solutions to this paradox that science has been able to imagine. In the end, Webb gives his own solution (which does not match mine).
Given the fact that there are perhaps 400 billion stars in our Galaxy alone, and perhaps 400 billion galaxies in the Universe, it stands to reason that somewhere out there, in the 14-billion-year-old cosmos, there is or once was a civilization at least as advanced as our own. The sheer enormity of the numbers almost demands that we accept the truth of this hypothesis. Why, then, have we encountered no evidence, no messages, no artifacts of these extraterrestrials?
In this second, significantly revised and expanded edition of his widely popular book, Webb discusses in detail the (for now!) 75 most…
I‘m a Sydney-based exploration geologist and science writer, travelling the world in search of gold, exotic metals, gemstones, and the stories they have to tell — writing is my tool to bring alive ideas and concepts important to me, and my popular books include Rocks, Fossils and Dinosaurs;Natural Disasters; and Geologica. Working in the world's poorest regions has also sparked a strong humanitarian interest. I'm the founding president of FreeSchools World Literacy – Australia, a charity dedicated to education of underprivileged children, and towards which earnings from my writing go. It is my belief that education for all, not just a privileged few, is key to solving the world's problems.
I just love the type of book that gets kids started in the sciences—bold, showy, and full of inspiring colour pictures, maps, and diagrams, and that’s just how the Rocks and Minerals Pathfinder has been designed—even the photos shot specifically by Weldon Owen for this book feature kids—kids collecting rocks, kids holding massive gold nuggets and kids sitting next to gemstone crystals as big as themselves. I’ve inspired my own kids by taking them around the world with me on geology field trips but these big, bright pathfinders books are the next best thing.
For the past two decades, I have written about the intersection of people and place, particularly as viewed through the lens of geology and how it influences our lives. My nine books include Too High and Too Steep: Reshaping Seattle’s Topography, Cairns: Messengers in Stone, and Homewaters: A Human and Natural History of Puget Sound. All of them have a goal of helping people develop a better connection with the natural world around them.
A simple, yet profound idea forms the basis for geologist Keith Meldah’s first book: how did geology influence the gold rush pioneers. Weaving pioneer accounts, modern science, and field exploration, he paints a unique and compelling picture of western migration and how the vagaries of the dramatic landscape played out in both small and large ways. Although gold was what drove many of the argonauts, they soon learned that the rocky world would affect them far before they reached their hoped-for destination.
In 1849, news of the discovery of gold in California triggered an enormous wave of emigration toward the Pacific. Lured by the promise of riches, thousands of settlers left behind the forests, rain, and fertile soil of the eastern United States in favor of the rough-hewn lands of the American West. The dramatic terrain they struggled to cross is so familiar to us now that it is hard to imagine how frightening - even godforsaken - its sheer rock faces and barren deserts seemed to our forebears."Hard Road West" brings their perspective vividly to life, weaving together the epic overland…
I knew nothing about wine and drank it only rarely until I went to Paris as a graduate student in the 1970s. Even then, I couldn’t afford more than basic plonk. It was not until I started doing research in Dijon every summer in the 1980s, making great friends in the process, eating and drinking at their dining tables, and visiting their favorite vignerons with them for dégustations, that I began to appreciate wine, not just as a fantastic beverage, but as a social and cultural creator. And as a historian, Iappreciatethat drinking wine thatcomesfrom vineyards planted in the Middle Ages connects us withour ancestors inthe past.
The most misunderstood word in any discussion about French wine, terroir is not only the French word for soil, but it refers to place, the specific place where grapes are grown to make wine. Thus, terroir does mean the soil in the vineyard, but also the ground beneath the soil, climate, weather, indeed, everything at any particular place that affects the grapes grown in that specific place. This book written by a geologist is no boring technical and scientific study of taste, but a clear and convincing explanation of why wines grown in different places, and wines even grown in the same place but in different harvest years, taste so differently. Frankel demystifies the notion of terroir, and at the same time, he helps us understand why we should want to preserve and protect these different tastes from the homogenization of the global wine market.
A tour of the French winemaking regions to illustrate how the soil, underlying bedrock, relief, and microclimate shape the personality of a wine.
For centuries, France has long been the world's greatest wine-producing country. Its wines are the global gold standard, prized by collectors, and its winemaking regions each offer unique tasting experiences, from the spice of Bordeaux to the berry notes of the Loire Valley. Although grape variety, climate, and the skill of the winemaker are essential in making good wine, the foundation of a wine's character is the soil in which its grapes are grown. Who could better…