geodynamics

Type: 
Topical Term
Subfield: 
a
Alias: 
geodynamics

The next supercontinent

solving the puzzle of a future Pangea
2023
"You have heard of Pangea, the single landmass that broke apart some 175 million years ago to give us our current continents. What about its previous iterations, Rodinia or Columbia? These "supercontinents" from Earth's past provide evidence that continents repeatedly join and divorce. Scientists debate exactly what that next supercontinent will look like (and what to name it), but they agree that one is coming. In this book, Ross Mitchell, a geophysicist who researches the supercontinent cycle, offers a tour of past supercontinents; introduces readers to the phenomena that will lead to the next one; and presents the case for a particular future supercontinent, called Amasia, that will form over the North Pole. Mitchell uses compelling stories of fieldwork and accessible descriptions of current science to introduce readers to the nuances of plate tectonic theory. He considers convection deep in Earth's mantle to explain the future formation Amasia (defined by the joining of North America and Asia) and to show how this developing theory can explain other planetary mysteries. He ends the book by asking if humans will live to see Amasia. He recognizes the chances of our species surviving the necessary 50 to 200 million years are vanishingly small, but the exercise gives readers a chance to imagine this landscape and to understand mimics for the geological processes required, for example in the form of geoengineering. An internationally recognized authority on the supercontinent cycle, Mitchell offers a compelling and updated introduction that offers readers a front-row seat to an ongoing scientific debate"--.

Earth's geosphere

2019
"Earth's geosphere is made up of the planet's interior, rocks and minerals, landforms, and the processes that shape Earth's surface. The interior is comprised of many different sections, including Earth's core and crust. Readers will learn about types of rock, including igneous, metamorphic, and sedimentary rocks, and how they come together to form the rock cycle. There are many different types of minerals found inside Earth, some of which form the world's most precious gems, such as diamonds. The movement of tectonic plates inside Earth creates mountain ranges as well as drives the rock cycle. This title fulfills standards in the earth science curriculum"--Provided by publisher.

Earth's geosphere

Earth's geosphere is made up of the planet's interior, rocks and minerals, landforms, and the processes that shape Earth's surface.
Cover image of Earth's geosphere

Making of the earth

geologic forces that shape our planet
2001

DK guide to savage Earth

2006
Depicts the powerful natural forces that shape the Earth including glaciers, volcanos, earthquakes and tsunamis.

Shaping the earth

2000
Explains the forces that have created the geological features on the earth's surface.

Are mountains growing taller?

questions and answers about the changing earth
2003
Information about the ways nature and humans are making changes to the landscape around the world, sometimes quickly -- earthquakes or quarrying, sometimes more slowly -- cave formation and erosion or desert reclamation.

Crumbling earth

erosion & landslides
2006
Looks at what happens during a landslide, discusses the causes and effects of erosion and landslides, and examines some of the possible future consequences.

Mountains and earth movements

1984
Discusses mountain building, moving continents, erosion, faults, earthquakes, and volcanoes.

Crumbling earth

erosion & landslides
2004
Discusses some of the forces that change land structures on earth, focusing on the process of erosion.

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