Description
The study of volcano-ice interactions, or ‘glaciovolcanism’, is a field experiencing exponential growth. This comprehensive volume presents a discussion of the distinctive processes and characteristics of glaciovolcanic eruptions, their products, and landforms, with reference to both terrestrial and Mars occurrences. Supported by abundant diagrams and photos from the authors’ extensive collections, this book outlines where eruptions have occurred and will occur in the future on Earth, the resulting hazards that are unique to volcano-ice interactions, and how the deposits are used to unravel planetary palaeoclimatic histories. It has a practical focus on lithofacies, glaciovolcanic edifice morphometry and construction, and applications to palaeoenvironmental studies. Providing the first global summary of past and current work, this book also identifies those areas in need of further research, making this an ideal reference for academic researchers and postgraduate students, in the fields of volcanology, glaciology, planetary science and palaeoenvironmental studies. John L. Smellie is a professor in the Department of Geology at the University of Leicester. He is the leading expert on Antarctic glaciovolcanism and has extensive experience working on Iceland’s glaciovolcanoes. He is a prolific author, having produced over 190 publications, including 10 edited volumes. Professor Smellie is the co-founder and first Chair of the IAVCEI/IACS Commission on Volcano-Ice Interactions, and, in 2000, was co-convener of the first International Conference on Volcano-Ice Interactions on Earth and Mars. He has been awarded the Polar Medal, conferred by Her Majesty The Queen, is co-Chair of the SCAR (Scientific Committee on Antarctic Research) Expert group on Antarctic Volcanism, and has three geographical features in Antarctica named after him. Preface; 1. Introduction; 2. Distribution of glaciovolcanism; 3. Observations of historical and recent glaciovolcanic eruptions; 4. Physical properties of ice important for glaciovolcanic eruptions; 5. Chemical and physical properties important to glaciovolcanic lavas; 6. Physics of glaciovolcanism; 7. Analytical studies of glaciovolcanic materials; 8. Landform classification and morphometry of glaciovolcanic centres; 9. Lithofacies in glaciovolcanic sequences; 10. Mafic glaciovolcanic sequences; 11. Intermediate-composition glaciovolcanic sequences; 12. Felsic glaciovolcanic sequences; 13. Glaciovolcanic sequences as palaeoenvironmental proxies; 14. Climate triggers for glaciovolcanism; 15. Hazards associated with glaciovolcanic eruptions; 16. Glaciovolcanism on Mars; 17. Outstanding challenges and possibilities; Glossary: the terminology of glaciovolcanism; References; Index.
