According to the cliche, California is the place where anything goes and everyone does their own thing. Maybe that's because everyone knows that in California there's no terra firma: earthquakes, mudslides, fires, and the occasional civil uprising cause constant upheaval and change. It is also legendary as fertile ground for creativity, freedom, and social consciousness, where the status quo undergoes constant renovation. This book is the first to capture the enormous body of distinctive and visually ecstatic graphic design that emanated from this great state throughout most of the twentieth century. Edited and designed by graphic designer Louise Sandhaus, this raucous gathering of smart, offbeat, groundbreaking graphic design from the Left Coast will amaze readers with its breadth and richness.

Example in this ebook Earthquakes in History The scientific study of earthquakes is comparatively new. Until the 18th century, few factual descriptions of earthquakes were recorded, and the natural cause of earthquakes was little understood. Those who did look for natural causes often reached conclusions that seem fanciful today; one popular theory was that earthquakes were caused by air rushing out of caverns deep in the Earth’s interior. The earliest earthquake for which we have descriptive information occurred in China in 1177 B.C. The Chinese earthquake catalog describes several dozen large earthquakes in China during the next few thousand years. Earthquakes in Europe are mentioned as early as 580 B.C., but the earliest for which we have some descriptive information occurred in the mid-16th century. The earliest known earthquakes in the Americas were in Mexico in the late 14th century and in Peru in 1471, but descriptions of the effects were not well documented. By the 17th century, descriptions of the effects of earthquakes were being published around the world—although these accounts were often exaggerated or distorted. The most widely felt earthquakes in the recorded history of North America were a series that occurred in 1811-12 near New Madrid, Mo. A great earthquake, whose magnitude is estimated to be about 8, occurred on the morning of December 16, 1811. Another great earthquake occurred on January 23, 1812, and a third, the strongest yet, on February 7, 1812. Aftershocks were nearly continuous between these great earthquakes and continued for months afterwards. These earthquakes were felt by people as far away as Boston and Denver. Because the 3 most intense effects were in a sparsely populated region, the destruction of human life and property was slight. If just one of these enormous earthquakes occurred in the same area today, millions of people and buildings and other structures worth billions of dollars would be affected. The San Francisco earthquake of 1906 was one of the most destructive in the recorded history of North America—the earthquake and the fire that followed killed nearly 700 people and left the city in ruins. The Alaska earthquake of March 27, 1964, was of greater magnitude than the San Francisco earthquake; it released perhaps twice as much energy and was felt over an area of almost 500,000 square miles. The ground motion near the epicenter was so violent that the tops of some trees were snapped off. One hundred and fourteen people (some as far away as California) died as a result of this earthquake, but loss of life and property would have been far greater had Alaska been more densely populated. To be continue in this ebook

"A Weldon Owen production"--P. facing t.p.

In graphic novel format, text and illustrations explain how earthquakes happen, how their strength is measured, and how to stay safe during one.

Did you know that the earth is always moving? Even as you read this, the ground under your feet is shifting very, very slowly. Because it happens so slowly, you don't feel it. But sometimes the earth moves very quickly. When this happens, you feel it! The ground shakes, things fall from shelves, and cracks appear in sidewalks -- that's an earthquake. This simple introduction to earthquakes explores what causes them, how they are measured, and what to do when you are in one. Read and find out all about one of nature's most mysterious and powerful natural forces in this brightly illustrated book.

A curriculum on earthquake for teachers to use with elementary school children. The material offers science content processes that are designed with children's abilities and needs in mind. Earthquakes are a danger to the entire nation, not just a few states -- a fundamental concern throughout the development of this curriculum. The writing team included teachers, scientists, curriculum specialists and consultants from 6 states, with a wide range of educational experience. Teacher in 11 states tested the material and provided feedback. Includes dozens of line masters with maps and drawings for use in the classroom.

This book tells the story of the Earth itself, explaining the interplay of its gradual geologi- levolution, presented as a generally slow and safe process, with the sudden manifestations of natural hazards, which involve disasters that affect the environment and lead to huge material damage and human losses. The natural forces at play, whether they are violent explosions ofvolcanic eruptions or almost imperceptible deformations of subsurface rock strata, nally- sulting in devastating earthquakes, all control the existence and destiny of a certain part of the global population. The development of man’s existence down through history has depended upon his understanding of the world in which he lives, and upon his ability to turn to his own best use the materials that were there for the taking. However, he has had not only to furnish himself with food, water, building materials, and energy to protect himself against occasional natural adversities. Protecting himself from them meant comprehending their causes, and the essential core of his understanding was in recording and depicting them. This book is written for anyone interested in the Earth in general, and in natural disasters in particular, presenting a unique collection of historical illustrations of volcanic eruptions and earthquake events and their repercussions. The book represents a golden mean between sci- ti c and popular works.

Why does the ground shake during an earthquake? What machine draws wiggly lines to measure ground movement? How can you stay safe in an earthquake? Read this book to discover the answers!