Geologic History of Florida: Major Events that Formed the Sunshine State

Hine, Albert C.

ISBN 10: 0813064120 / ISBN 13: 9780813064123

Editore: University Press of Florida, 2019

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Paperback--NO CD,DVD,ACCESS CODE--cover shows slight wear otherwise excellent condition.

Codice articolo TA250625029H13

Dati bibliografici

• Titolo: Geologic History of Florida: Major Events that Formed the Sunshine State
• Editore: University Press of Florida
• Data di pubblicazione: 2019
• Lingua: Inglese
• ISBN 10: 0813064120
• ISBN 13: 9780813064123
• Rilegatura: paperback
• Condizione: Very Good
• Peso: 34 once

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Riassunto

 

“Hine has provided a brief and readable account of the long, complex history of the geologic development that lies beneath the gentle, low topography of Florida. He shows how many subtle features in the Florida landscape were shaped during this history.”—Paul Enos, University of Kansas


“Seven hundred million years of time go whizzing by in this beautifully illustrated account of Florida’s geologic history. The story centers on the long and intimate relationship between Florida and her enveloping seas, beginning with wandering continents, continuing through the ‘carbonate factory’ in the sea that produced much of the volume of the Florida Peninsula, and ending with the story of sand grains on Florida beaches hundreds of miles from their points of origin. For those curious about their natural surroundings, Albert Hine’s book will surely open a new window and a new appreciation for the complexity and beauty of nature in Florida.”—Orrin Pilkey, coauthor of Global Climate Change: A Primer

The saga of Florida’s geological development started approximately 700 million years ago. It began as the state’s basement rocks migrated nearly 12,600 kilometers from their position within a supercontinent at the Earth’s South Pole to their present location north of the equator, participating in the assembly and disassembly of one of Earth’s greatest supercontinents, Pangea.

In this complete geologic history of the Sunshine State, Albert Hine takes the reader on a journey that begins with the breaking apart of Pangea and ends with the emergence of south Florida and the Keys; explaining the shape and form of the state as we know it today. Geologic History of Florida chronicles the creation of the Gulf of Mexico, the Caribbean Sea, the western Atlantic Ocean, and other major events in Florida’s geologic past. It looks back 160 million years, to a time when the ancient igneous and metamorphic basement rocks were covered by a large sedimentary carbonate platform nearly 3 miles thick, known as the Florida Platform. Today, Florida still rests upon this larger geologic feature, fifty percent of which is submerged. Consequently, the geologic story of the state includes what lies beneath the seafloor as much as it involves the land surface.
         
Writing in a clear and accessible manner, Hine discusses the geologic changes of the Florida Platform, from dissolution tectonics, which formed great underwater caverns and sinkholes, to the plate collision with Cuba. Hine explains geological phenomenon like the influx of quartz-rich sand from the southern Appalachian Mountains that made Florida’s white-sand beaches a destination for tourists from around the world. He examines the state’s phosphate-rich deposits, which account for thirty percent of the world’s phosphate production, and other hot-button issues such as oil drilling and climate change. 
         
With a glossary of essential terms at the end of each chapter, Geologic History of Florida will be an invaluable resource for geologists, students of Earth history, and anyone interested in how the Sunshine State physically came to be.

Informazioni sull?autore

Albert C. Hine, professor in the College of Marine Science at the University of South Florida, has participated as co-chief scientist on over seventy-five research cruises at numerous sites around the world, including two legs on the DSRV JOIDES Resolution scientific, ocean drilling vessel. He is a winner of the prestigious national Francis P. Shepard Medal for outstanding research contributions to marine geology.