Springer Building Knowledge for Geohazard Assessment and Management in the Caucasus and other Orogenic Regions (NATO Science for Peace and Security Series C: Environmental Security)

Product Description This volume is aimed at providing a comprehensive overview of the state of art of research related to geo-related hazards in the Caucasus and other orogenic regions; it is also devoted to shedding light on a broad array of geological phenomena as well as discussing innovative tools and strategies for geohazard assessment. Additional emphasis is placed on preventive and mitigation measures, which might be helpful in tackling seismic, volcanic and landslide risks affecting major lifelines and infrastructures. The innovative, multidisciplinary methodologies illustrated in this volume may be successfully applied to other orogenic regions across the globe. The book features major scientific contributions from experts working on different Earth Science topics, such as seismology, structural geology, applied geology and volcanology. Its chapters describe a wide gamut of cutting-edge research methodologies and are thus intended to be read and shared by the worldwide Earth Science community. In particular, the readers will have a chance to gain a thorough knowledge of a number of key geological features that can be observed across both the Greater and Lesser Caucasus. Moreover, the volume provides a thorough description of the techniques employed to assess seismic hazard in major cities - such as microzonation - and an overview of the efforts taken to monitor and prevent seismic and landslide hazard posed to vital energy infrastructures in the Caucasus region. From the Back Cover This volume is aimed at providing a comprehensive overview of the state of art of research related to geo-related hazards in the Caucasus and other orogenic regions; it is also devoted to shedding light on a broad array of geological phenomena as well as discussing innovative tools and strategies for geohazard assessment. Additional emphasis is placed on preventive and mitigation measures, which might be helpful in tackling seismic, volcanic and landslide risks affecting major lifelines and infrastructures. The innovative, multidisciplinary methodologies illustrated in this volume may be successfully applied to other orogenic regions across the globe. The book features major scientific contributions from experts working on different Earth Science topics, such as seismology, structural geology, applied geology and volcanology. Its chapters describe a wide gamut of cutting-edge research methodologies and are thus intended to be read and shared by the worldwide Earth Science community. In particular, the readers will have a chance to gain a thorough knowledge of a number of key geological features that can be observed across both the Greater and Lesser Caucasus. Moreover, the volume provides a thorough description of the techniques employed to assess seismic hazard in major cities - such as microzonation - and an overview of the efforts taken to monitor and prevent seismic and landslide hazard posed to vital energy infrastructures in the Caucasus region. About the Author Fabio L. Bonali is Researcher at the University of Milan-Bicocca (Milan, Italy), where he conducts his research on “Seismic and Volcanic Hazard”, “Active tectonics” and “Volcano-tectonics”. He achieved his PhD in Earth Sciences in 2014 and, during his career so far, he has specialized in field and drone surveys, numerical and physically-scaled modelling applied to research performed in Italy, Iceland, South America and Asia.  His research resulted in 39 scientific papers in international, peer-reviewed journals, on active tectonics and surface faulting, the relations between tectonics and volcanism, and seismology. Since 2007, he has participated in 10 international projects; since 2017 he has led three international projects supported by the North Atlantic Treaty Organization (NATO) and the European Space Agency. He received three international awards in 2018: the Flinn-Hart Award by the International Lithosphere Program Bureau; an award by th