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Climate Change in the Anthropocene reviews current science on anthropogenic sources and projections for climatic change. Written in a clear and accessible style, the book covers this rapidly changing field, including the drivers of climate change, the physics and chemistry behind the science of climate change, paleoclimates, climate variables, a comparison of global warning of 1.5° vs 2°C and the impacts of these climatic changes both at a global and a U.S. regional level. Infographics throughout help to explain concepts in a visual way, providing users with a better understanding of climate…mehr

Produktbeschreibung
Climate Change in the Anthropocene reviews current science on anthropogenic sources and projections for climatic change. Written in a clear and accessible style, the book covers this rapidly changing field, including the drivers of climate change, the physics and chemistry behind the science of climate change, paleoclimates, climate variables, a comparison of global warning of 1.5° vs 2°C and the impacts of these climatic changes both at a global and a U.S. regional level. Infographics throughout help to explain concepts in a visual way, providing users with a better understanding of climate change.

In addition, the book is ideal for advanced researchers who need to explain the underpinning science of climate change for grant applications and working with policy experts, etc. This is an essential book for anyone whose work is impacted by climate change in the earth and environmental sciences.
Autorenporträt
Dr Kieran O'Hara is a Professor Emeritus from the Department of Earth and Environmental Sciences at the University of Kentucky. O'Hara is a Geologist with more than 25 years of experience researching in and teaching in the Earth and Environmental Sciences, with his research focusing more on structural geology and geochemistry. He has published 30 papers and has recently published books for a variety of audiences on Geology, Climate Change and Environmental Impacts. His areas of research have included the geochemical and structural study of pseudotachylytes and geological evidence of paleoclimates, including assessing methane levels.