Subaqueous Volcanism: Analysis, Modeling and Response - by Eric Hooge (Hardcover)

About the Book

Subaqueous volcanism refers to volcanic activity that occurs beneath water bodies, such as oceans, seas, and lakes. This type of volcanism is significant because it can generate hazardous tsunamis and alter marine ecosystems. The analysis of subaqueous volcanism involves studying the geological and geophysical characteristics of underwater volcanic eruptions. Researchers use various methods, including seismic surveys, remote sensing, and direct sampling, to understand the dynamics of these eruptions. Modeling subaqueous volcanism is crucial for predicting the potential impacts of underwater eruptions. Numerical models, such as non-hydrostatic multilayer methods, are used to simulate wave generation and propagation caused by explosive subaqueous eruptions. These models help in understanding the dispersive effects and wave characteristics, which are essential for assessing tsunami hazards. The response to subaqueous volcanism includes monitoring and early warning systems to mitigate the risks associated with underwater eruptions. By integrating real-time data from seismic and oceanographic sensors, authorities can provide timely alerts to coastal communities. This book elucidates the concepts and innovative models around prospective developments with respect to subaqueous volcanism. Such selected concepts that redefine this area have been presented in this book. For all those who are interested in subaqueous volcanism, this book can prove to be an essential guide.

Book Synopsis

Subaqueous volcanism refers to volcanic activity that occurs beneath water bodies, such as oceans, seas, and lakes. This type of volcanism is significant because it can generate hazardous tsunamis and alter marine ecosystems. The analysis of subaqueous volcanism involves studying the geological and geophysical characteristics of underwater volcanic eruptions. Researchers use various methods, including seismic surveys, remote sensing, and direct sampling, to understand the dynamics of these eruptions. Modeling subaqueous volcanism is crucial for predicting the potential impacts of underwater eruptions. Numerical models, such as non-hydrostatic multilayer methods, are used to simulate wave generation and propagation caused by explosive subaqueous eruptions. These models help in understanding the dispersive effects and wave characteristics, which are essential for assessing tsunami hazards. The response to subaqueous volcanism includes monitoring and early warning systems to mitigate the risks associated with underwater eruptions. By integrating real-time data from seismic and oceanographic sensors, authorities can provide timely alerts to coastal communities. This book elucidates the concepts and innovative models around prospective developments with respect to subaqueous volcanism. Such selected concepts that redefine this area have been presented in this book. For all those who are interested in subaqueous volcanism, this book can prove to be an essential guide.