A giant wave of water is so powerful and savage that it can tear houses off foundations, uproot trees, and easily sweep people away. Tsunamis are truly frightening and destructive natural disasters. Readers will read about how these waves of water form and see photographs of damage from the worst tsunamis in history. They’ll also learn about advances in science that may help protect people from tsunamis in the future.
The world's foremost experts write about the dynamics of geophysical processes involved in tsunami generation, propagation, and inundation, along with the statistical and geophysical properties of tsunami recurrence, and their application to tsunami forecasts and warnings.
The disaster felt around the world . . . Visiting his dad's hometown in Japan four months after his father's death would be hard enough for Ben. But one morning the pain turns to fear: first, a massive earthquake rocks the quiet coastal village, nearly toppling his uncle's house. Then the ocean waters rise and Ben and his family are swept away-and pulled apart-by a terrible tsunami.Now Ben is alone, stranded in a strange country a million miles from home. Can he fight hard enough to survive one of the most epic disasters of all time?
The innovation in space technologies has generated a new method for observing and monitoring tsunamis from space. Most tsunami remote sensing studies focus on using classical image processing tools or conventional edge detection procedures. However, these methods do not use modern physics, applied mathematics, signal communication, remote sensing data and innovative space technologies. This book equips readers to understand how to monitor tsunamis from space with remote sensing technology art to create a better alarm warning system.
"Ennobling Japan’s Savage Northeast is the first comprehensive account in English of the discursive life of the Tōhoku region in postwar Japan from 1945 through 2011. The Northeast became the subject of world attention with the March 2011 triple disaster of earthquake, tsunami, and nuclear meltdown. But Tōhoku’s history and significance to emic understandings of Japanese self and nationhood remain poorly understood. When Japan embarked on its quest to modernize in the mid-nineteenth century, historical prejudice, contemporary politics, and economic calculation together led the state to marginalize Tōhoku, creating a “backward” region in both fact and image. After 1945, a group of mostly local intellectuals attempted to overcome this image and rehabilitate the Northeast as a source of new national values. This early postwar Tōhoku recuperation movement has proved to be a critical source for the new Kyoto school’s neoconservative valorization of native Japanese identity, fueling that group’s antimodern, anti-Western discourse since the 1980s.Nathan Hopson unravels the contested postwar meanings of Tōhoku to reveal the complex and contradictory ways in which that region has been incorporated into Japan’s shifting self-images since World War II."
With supply chain disruptions increasingly discussed in the media and impacting our daily lives, Flow offers an important framework and solutions for remedying the rampant delays and bottlenecks that exist in global supply chains. This book describes the concept of flow, which evokes physical properties that exist in nature, such as the flow of electricity, the flow of materials, and the flow of time. In terms of process optimization, flow encompasses the integration of end-to-end supply chains and the movement toward relocation of global supply bases to nearshore/onshore geographies. Achieving flow is essential for organizations seeking to improve their supply chain performance in a time of increasing disruption. This book highlights the high-level effectiveness of business strategies that use predictions based on the sequence of world events, global supply chains, and data by exchanged smart technologies. By broadly applying physical laws to the global supply chain, Rob Handfield and Tom Linton explore the impact of supply chain physics on global market policies, such as tariffs, factory location, pandemic response, supply base geographies, and outsourcing. The authors provide specific recommendations on what to do to improve supply chain flows, and include important insights for managers with examples from companies such as Biogen, General Motors, Siemens, and Flex with regard to their response to COVID-19. Flow is an important resource not only for procurement and supply chain management professionals, but for any manager concerned with enterprise-level success.
