Earthquakes, volcanoes, tsunamis. Headline-making natural disasters with devastating consequences for millions of people. But what do we actually know about these literally earth-shaking events? New York Times bestselling author, explorer, journalist, and geologist Simon Winchester—who’s been shaken by earthquakes in New Zealand, skied through Greenland to help prove the theory of plate tectonics, and even charred the soles of his boots climbing a volcano—looks at the science, technology, and societal impact of these inter-connected natural phenomena. A master nonfiction storyteller, Winchester digs deep into the powerful natural forces that shape the earth, exploring the how and why of world-changing events from the 19th-century’s infamous volcanic eruption at Krakatoa and the earthquake that flattened San Francisco, to the 21st-century tsunamis that devastated Indonesia and Japan. It’s a gripping story about what happens when our seemingly unmovable planet shakes, explodes, and floods—all richly illustrated with fascinating historical and stunning contemporary photographs.

On the 2021 Green Earth Book Award Long List! For the 50th anniversary of Earth Day, a mythic framing of climate change and one little girl’s response. Alya and Atik are stars. Their job is to twinkle in the night sky over Earth, and for billions of years they do it well. Plants stretch toward them. Animals look up at them. And, eventually, humans gaze up at them and marvel. But then humans invent powerplants, factories, and cars, and smog pours into Earth’s atmosphere. It becomes harder and harder for Alya and Atik to do their jobs—until, finally, the stars yell at Earth, and Earth feels sick and begins to shake, and things look pretty dire. The clueless king’s response is to command Earth to stop shaking. But a little girl named Axiom tells the king to hush, then tells humans what they must do to make the Earth feel better. When the Earth Shook provides a mythical framing for kids to understand that it will be their job to help save the Earth. Bravo, Axiom! Keep using that huge megaphone until the earth no longer shakes! Axiom’s list of instructions to humans—some well-known and others new but critically important—appears in the back of the book.

When an earthquake of historic magnitude leveled the industrial city of Tangshan in the summer of 1976, killing more than a half-million people, China was already gripped by widespread social unrest. As Mao lay on his deathbed, the public mourned the death of popular premier Zhou Enlai. Anger toward the powerful Communist Party officials in the Gang of Four, which had tried to suppress grieving for Zhou, was already potent; when the government failed to respond swiftly to the Tangshan disaster, popular resistance to the Cultural Revolution reached a boiling point. In Heaven Cracks, Earth Shakes, acclaimed historian James Palmer tells the startling story of the most tumultuous year in modern Chinese history, when Mao perished, a city crumbled, and a new China was born.

Earthquakes, volcanoes, tsunamis. Headline-making natural disasters with devastating consequences for millions of people. But what do we actually know about these literally earth-shaking events? New York Times bestselling author, explorer, journalist, and geologist Simon Winchester—who’s been shaken by earthquakes in New Zealand, skied through Greenland to help prove the theory of plate tectonics, and even charred the soles of his boots climbing a volcano—looks at the science, technology, and societal impact of these inter-connected natural phenomena. A master nonfiction storyteller, Winchester digs deep into the powerful natural forces that shape the earth, exploring the how and why of world-changing events from the 19th-century’s infamous volcanic eruption at Krakatoa and the earthquake that flattened San Francisco, to the 21st-century tsunamis that devastated Indonesia and Japan. It’s a gripping story about what happens when our seemingly unmovable planet shakes, explodes, and floods—all richly illustrated with fascinating historical and stunning contemporary photographs.

Have you ever been in an earthquake? Earthquakes shake our most basic assumptions: that the ground will remain steady beneath our feet, that the world's current existence is the way it will always be. But when tectonic plates shift under the earth's surface and the ground shakes beneath our feet, it rattles the bedrock assumptions on which we build our lives. The Gospel of Matthew reports that on the first Easter morning, an earthquake rocked the earth, ripped open the tomb, and scared the Roman guards at the tomb, who "shook with fear and became like dead men" (Matthew 28:4). This is the second earthquake reported by Matthew. The first one took place on Good Friday, when the noonday sky turned black and Jesus died. In Easter Earthquake, James Harnish invites us to place the resurrection at the center of our Lenten journey. This 6-week study explores how Christ's resurrection shakes some of our most basic assumptions about ourselves and God. "The earth-shaking promise of Easter is that God has not forsaken any of us," Harnish writes. "The risen Christ will meet us along the confused, chaotic, fearful paths of our lives and speak the same words the women hear at the tomb: 'Do not be afraid .'" This book reverses the usual focus of Lenten studies by starting at the empty tomb and seeing the entire journey in light of the resurrection. Join James Harnish in this energizing exploration that will inspire you to live as a more faithful disciple of Jesus Christ. FEATURES A guide for daily mediation and prayer An outline for small-group meetings Begins with Ash Wednesday and continues through Easter Each week contains 5 readings, a prayer focus, and suggestions for small-group interaction Includes a hymn each week

When the earth shakes beneath your feet, the result can be dangerous and deadly. This book traces tremors and seismic waves and explains how we have prepared for the unexpected quakes that rock our citiesand countryside. Special sections feature* Earth's layers, plate tectonics, and major fault lines* technology used for forecasting, predicting, and measuring earthquakes* accompanying tsunamis, landslides, and fires* activity/observation page

Fifty years ago, no one could explain mountains. Arguments about their origin were spirited, to say the least. Progressive scientists were ridiculed for their ideas. Most geologists thought the Earth was shrinking. Contracting like a hot ball of iron, shrinking and exposing ridges that became mountains. Others were quite sure the planet was expanding. Growth widened sea basins and raised mountains. There was yet another idea, the theory that the world's crust was broken into big plates that jostled around, drifting until they collided and jarred mountains into existence. That idea was invariably dismissed as pseudo-science. Or "utter damned rot" as one prominent scientist said. But the doubtful theory of plate tectonics prevailed. Mountains, earthquakes, ancient ice ages, even veins of gold and fields of oil are now seen as the offspring of moving tectonic plates. Just half a century ago, most geologists sternly rejected the idea of drifting continents. But a few intrepid champions of plate tectonics dared to differ. The Mountain Mystery tells their story.