Publishers Weekly
10/23/2017
As he has done so well in the past, Prothero (The Story of Life in 25 Fossils), professor of geology at Cal Poly Pomona, uses the geological record to answer many important questions about planet Earth. In 25 short and enjoyable chapters, he explores issues that have been at the center of geology since long before geology was a science. For example, he discusses the age of the Earth, the nature of continental drift, the characteristics of early life, and the cause of the demise of the dinosaurs, among many other topics. Prothero provides thought-provoking historical context for each subject and presents information about the individuals responsible for advancing geological knowledge—including James Hutton, Charles Lyell, and Alfred Wegener—while explaining the underlying science in an accessible manner. Beyond the specifics of each chapter, Prothero makes three important points: basic geological information can play an essential role in environmentalism, pure research is critical to advancing human civilization, and scientific disagreement often plays a central role in shaping theories and interpreting data. In the tradition of the best popular science writing, Prothero elucidates the latest findings of scientists while demonstrating their broader implications and sharing the excitement of scientific endeavor. Illus. (Jan.)
Marcia Bjornerud
The Story of the Earth in 25 Rocks provides twenty-five well-lit doorways into the sometimes dark and imposing edifice of the geologic past. Colorful characters welcome the reader in, revealing the very human nature of scientific inquiry and our long and complicated relationship with rocks.
Physics Today
I learned something and gained a deeper appreciation for the history of Earth science from reading The Story of the Earth in 25 Rocks. I recommend it to anyone interested in tales of scientific discovery and natural marvels.
Choice
Skillfully presents a vast array of facts that should appeal to readers newly acquainted with Earth science who are interested in learning a bit more.
Nature - Barbara Kiser
Geologist Donald Prothero has crafted a rock-solid premise for this delightful book.
Kirkus Reviews
2017-09-28
A natural follow-up to the author's The Story of Life in 25 Fossils (2015).In many of the chapters, paleontologist and geologist Prothero doesn't necessarily discuss specific rocks but rather larger geological phenomena. The result is a rewarding, surprisingly detailed education on the history and present state of earth science. The author begins with the eruption of Mount Vesuvius, which "can be considered the beginning of our modern understanding of Earth and the event that led to the birth of geology as a science." Meteorites reveal so much that they deserve two separate chapters. Most are rocky material that turn out to be exactly 4.5 billion years old, which is the age of the planets, and scientists agree that these consist mostly of material like asteroids and comets that never coalesced into larger bodies. About 5 percent of meteorites are mostly solid iron. The core of the Earth is also mostly iron, so these are the remaining bits that didn't sink deep into the planets when they were still molten. Ancient plants died, piled up, and became coal because insects and microorganisms that digest dead vegetation hadn't evolved. No more coal is being formed. Iron in ancient oceans precipitated into massive iron mountains that industry depends upon. Oxygen converts iron into useless iron oxide (rust), but ancient oceans had no oxygen. It does today, so no iron mountains are being formed. In some chapters, the author examines the life and career of a geological genius—Louis Agassiz (1807-1873) proposed that the Earth had undergone ice ages and eventually convinced his colleagues. In "Jigsaw Puzzle Bedrock," Prothero introduces Alfred Wegener (1880-1930), who spent his life proposing that the continents were once joined and are now drifting apart. Almost no one believed him until long after his death.An occasionally scattershot but agreeable, useful introduction to geology.
