Deserts: Geology and Resources

audiobook

Deserts: Geology and Resources

by A. S. (Alta Sharon) Walker

EN·~1 hours·11 chapters

Chapters

11 total

What Is a Desert?

2:16

How the Atmosphere Influences Aridity

4:23

Where Deserts Form

1:12

Types of Deserts

7:58

Desert Features

5:59

Eolian Processes

7:34

Types of Dunes

4:45

Remote Sensing of Arid Lands

5:44

Mineral Resources in Deserts

4:03

Desertification

12:16

Description

Deserts occupy about one‑third of Earth’s land surface, presenting dry, often dramatic landscapes where rain is scarce and life must adapt to extreme conditions. The opening of the book defines a desert—from shifting sand dunes to rugged stone plains—and shows why these stark worlds have long inspired explorers, storytellers, and scientists alike.

To explain why these regions stay so dry, the author walks listeners through the planet’s tilted axis, seasonal heating, and the global air circulation that creates high‑pressure belts near thirty degrees latitude. The narrative then introduces the Coriolis effect, illustrating how it redirects winds into the prevailing east‑west flows that shape many desert climates.

The early chapters also lay out the main classification schemes—extremely arid, arid and semiarid—based on rainfall thresholds, giving a clear framework for comparing deserts worldwide. With vivid photographs and clear explanations, the book prepares listeners to explore the mineral resources, ecological fragility, and human challenges that make these environments uniquely valuable.

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Details

Language

en

Duration

~1 hours (57K characters)

Publisher of text edition

Project Gutenberg

Credits

Produced by Stephen Hutcheson, Dave Morgan and the Online Distributed Proofreading Team at http://www.pgdp.net

Release date

2014-10-14

Rights

Public domain in the USA.

About the author

AS

A. S. (Alta Sharon) Walker

b. 1942

A geologist and science writer, she explored some of the driest places on Earth and helped map worlds far beyond it. Her work connects desert geology, remote sensing, and planetary science in a way that still feels adventurous.

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