Volcanoes are unquestionably one of the most spectacular and awe inspiring features of the physical world, and they have provided humanity with the most exquisite pleasure as well as the most devastating misfortune. The loftiest mountains on the face of the earth, affording majestic scenery enjoyed by millions, are volcanic cones.
This book will interest not only geologists and students of volcanoes, but all those also who have a lively interest in landforms as natural phenomena. Dr. Cotton’s emphasis is on the study of volcanoes as landscape forms, beginning with the mechanism of volcanism – the types of eruption and the various kinds of volcanoes and proceeding with a discussion of the several types of landscape wh…
Viewing an erupting volcano is a memorable experience, one that has inspired fear, superstition, worship, curiosity and fascination throughout the history of mankind. In modern times, volcanic phenomena have attracted intense scientific interest, because they provide the key to understanding processes that have created and shaped more than 80 percent of the Earth’s surface.
Volcanic activity is one of the main agents responsible for shaping the landscape, environment and climate of planets and moons. On Earth, volcanic eruption can also have catastrophic consequences for human society.
Most of the Earths mountains, valley and plains have been slowly sculpted by uplift and erosion ever that last million years, and these, in turn, have formed from other landscape long vanished. Volcanoes though, operate on a different time scale.
The most fundamental part of our environment is the earth on which we live and with which we have the closest contact. This is the realm of geology, the science of the earth. The materials of the solid earth – the rocks, their structure, their alteration by geologic processes, the fossil remains of ancient life in the rock formations – these are the tools the geologist uses to reconstruct t…
Fundamentals of physical Volcanology is a comprehensive overview of the processes that control when and how volcanoes erupt. Understanding these processes involves bringing together ideas from a number of disciplines, including branches of geology, such as petrology and geochemistry; and aspects of physics, such as fluid dynamics and thermodynamics.
This , My Latest Book, is another experiment. After sixty years of volcanoes I have learned reversal of preconceived notions. Gradually I have learned a totally different approach. Shaler of Harvard was my inspirer, worker in the wonder of swamp and ice and sea beaches.