About this book
This book provides a one-stop shop for coastal and marine scientists to understand processes that generate atmospheric circulation as integrated with terrestrial and oceanic circulation processes to create an Earth-ocean-atmosphere climate system. It uses the process approach in the first half of the book to set the stage for understanding circulation systems and then for explaining the circulation processes themselves, with the second half of the book dedicated to showing how these processes play themselves out across the Earth's terrestrial and marine surface.
The processes explained in the first half of the book assume no prior knowledge of meteorology or oceanography. The regional section includes the major continents or subcontinents, along with their surrounding ocean environs. It begins with the area with which many/most readers are likely most familiar -the USA and Canada. From there, the tour of the world continues, beginning with the places that have atmospheric and oceanic circulation features that are most similar to the USA and Canada, all in the Northern Hemisphere – Europe, Southwestern Asia, and then East Asia. From there, the discussion builds on principles illustrated in the first half of the book and demonstrated at the beginning of the regional section of the book, while also adding concepts and principles of importance in the tropical and subtropical latitudes, by describing circulation features of South and Southeast Asia. This discussion carries forward naturally for a discussion of Africa, which experiences similar features of subtropical and tropical latitudes. From there, previous material can be applied and built upon further in the discussion of Latin America and the Caribbean. Australia and Oceania are the next area covered, followed by the polar latitudes. The book concludes with a brief review of the major atmospheric and oceanic circulation features around the world and with a reminder of the cascading primary and secondary impacts of the climate system.
The book is intended to fill a niche as both a textbook and a reference source for non-atmospheric specialists. Its purpose is to help coastal, environmental, engineering, and planning professionals to get "up to speed" regarding atmospheric and oceanic circulations and their impacts around the world. This would allow more effective communication with climate modellers, atmospheric and marine environmental consultants, and the media. The book-writing experience of the authors allows them to implement "best practices" based on cognitive theory to facilitate learning in the geosciences.
Contents
- Introduction to the Atmospheric and Oceanic Sciences
- The Basics of the Atmosphere
- Global Atmospheric Circulation
- Mid-latitude Secondary Circulations in the Atmosphere
- General Circulation in the Ocean
- Ocean-Air Teleconnections
- Interactions with Terrain and Vegetation
- Atmosphere-Cryosphere-Ocean Interactions
- Synoptic Analysis
- Climate Classification
- United States, Canada, and Adjacent Oceans (Theory)
- United States, Canada, and Adjacent Oceans (Examples)
- Effects of Large Lakes: The Example of the Great Lakes
- Europe and Adjacent Ocean Environments
- Southwestern Asia/North Africa and Adjacent Oceans
- East Asia and Adjacent Ocean Environments
- South Asia and Adjacent Ocean Environments
- Africa and Adjacent Ocean Environments
- Latin America, the Caribbean, and Adjacent Oceans
- Australia and the Pacific
- Polar Regions
- Review and Applied Meteorology
Customer Reviews
Biography
Robert Rohli is an atmospheric scientist with a B.A. in geography (summa cum laude) from the University of New Orleans, an M.S. in atmospheric sciences from The Ohio State University, and a PhD in geography from Louisiana State University (LSU). He collaborates actively with oceanographers in the LSU Department of Oceanography & Coastal Sciences. His research involves atmospheric circulation variability, ocean-atmosphere teleconnections, natural hazard risk assessment in the coastal zone, atmospheric thermodynamics and dynamics, history of science, and applied meteorology/climatology.
Anthony J. Vega is a professor of Atmospheric Science in the Department of Geoscience at Pennsylvania Western-Clarion University. He received a PhD in Geography (Climatology) from Louisiana State University, an M.S. in Meteorology from Mississippi State University, and a B.A. in Geography from the University of New Orleans. His research involves ocean-air teleconnections, tropical cyclone climatology, and synoptic climatology.
Keith Henderson is a climatologist with B.S. and M.S. degrees in Geography from Pennsylvania State University and a PhD in Geography from the University of North Carolina, Chapel Hill. He interacts actively with a broad range of environmental scientists. His research interests include synoptic climatology, climate variations, applied climatology, and natural resources.
