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Tsunamis --- Subduction zones --- Paleoseismology --- Earthquake sea waves --- Seismic sea waves --- Seismic surges --- Tidal waves --- Tunamis --- Natural disasters --- Ocean waves --- Zones, Subduction --- Plate tectonics --- Holocene Epoch --- Late Quaternary Period --- Postglacial Epoch --- Recent Epoch --- Historical seismicity --- Historical seismology --- Palaeoseismology --- Paleoseismicity --- Seismicity, Historical --- Paleogeophysics --- Seismology --- History
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From the traces of a devastating tsunami in Japan during the winter of 1700, scientists discover how it was recorded in Japanese history and then backtrack it to its origins via geological evidence in North America. Their work shows how tsunami research has evolved over three centuries and how this event impacts current warning systems.
Paleoseismology --- Subduction zones --- Zones, Subduction --- Plate tectonics --- Holocene Epoch --- Late Quaternary Period --- Postglacial Epoch --- Recent Epoch --- Historical seismicity --- Historical seismology --- Palaeoseismology --- Paleoseismicity --- Seismicity, Historical --- Paleogeophysics --- Seismology
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This book reviews advances in understanding of the past ca. two million years of Earth history - the Quaternary Period - in the United States. It begins with sections on ice and water - as glaciers, permafrost, oceans, rivers, lakes, and aquifers. Six chapters are devoted to the high-latitude Pleistocene ice sheets, to mountain glaciations of the western United States, and to permafrost studies. Other chapters discuss ice-age lakes, caves, sea-level fluctuations, and riverine landscapes. With a chapter on landscape evolution models, the book turns to essays on geologic processes
Geology, Stratigraphic --- Geology --- Stratigraphie --- Géologie --- Quaternary Period
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