Completely revised, this 2024 edition includes information on recent earthquakes and tsunamis, the ShakeAlert earthquake warning system, and more background content on why California’s North Coast is the shakiest place in the lower 48 states. This handbook explains how you can prepare for, survive, and recover from earthquakes and tsunamis. It also describes what you can do today to save lives, reduce injuries, and minimize damage.

The extraordinary story of New Zealand's earthquakes, the science and forces that shape them, and the danger of earthquakes yet to hit. This is the story of New Zealand's turbulent tectonics, how earthquakes are measured and described, and how scientists are predicting future shakes across New Zealand. It features some of New Zealand's lesser-known quakes, such as the most powerful quake ever recorded in New Zealand, quakes that have had deadly consequences, and the most recent tremors effecting Wellington and Marlborough. On Shaking Ground has an accessible text with in-depth science. It explains why New Zealand is effected by earthquakes and how damage is caused, with accompanying diagrams and data from GNS Science. It also includes the long history of New Zealand's earthquakes with gripping photographs and personal accounts. The must-have guide for anyone affected by earthquakes in New Zealand, those curious to know what's next in-store, or anyone studying the evolving science behind them.

A “gripping” look at the massive disasters that could strike at any moment, from a New York Times–bestselling author (San Francisco Examiner-Chronicle). Far beneath the earth’s surface, great tectonic plates grind against one another with incredible pressure that must—inevitably—be released. Earthquakes manifest with little warning, upending buildings, shattering infrastructure, and unleashing devastating tsunamis. In this remarkable survey of the history of seismology and the extraordinary seismic events that have occurred in the United States, Mexico, China, and other locales, author John J. Nance traces the discoveries of the scientists who have dedicated their lives to understanding and predicting one of the deadliest threats known to mankind. From the Pacific Northwest to the Midwest and the East Coast, most of the United States—not just California—is in danger of a massive quake, and few citizens are adequately prepared. Through riveting firsthand interviews with earthquake survivors, and with the same command of technical detail and gripping style that he brings to his New York Times–bestselling thrillers, Nance demonstrates the need for readiness—because the next big quake could happen tomorrow.

What makes our isles so shaky? Why was Christchurch not the first of our big quakes? And why won't it be our last? This book investigates our turbulent tectonics. It tells us how earthquakes are measured and described, and how scientists predict future shakes. It details New Zealand's lesser-known quakes, quakes that have had deadly consequences, and the tremors that recently hit the lower North Island. With gripping photographs, personal accounts, and diagrams from GNS Science, Living on Shaky Ground is a must-read for all New Zealanders. Now fully updated and revised, including the 2016 magnitude 7.8 Kaikoura quake and a new coda from the author.

Living Deep Ecology: A Bioregional Journey is an exploration of our evolving relationship with a specific bioregion. It is set in Humboldt County in northwestern California, in the Klamath-Siskiyou bioregion. By focusing on a specific bioregion and reflecting on anthropogenic changes in this bioregion over three decades, Bill Devall engages the reader in asking deeper questions about the meaning we find in Nature. He addresses questions such as how do we relate the facts and theories presented by science with our feelings, our intimacy, and our sense of Place as we dwell in a specific bioregion. This book engages the reader to consider our place in Nature. Devall approaches the bioregion not from the perspective of agencies and government, but from the perspective of the landscape itself.