The Forms of Water in Clouds and Rivers, Ice and Glaciers

audiobook

The Forms of Water in Clouds and Rivers, Ice and Glaciers

by John Tyndall

EN·~4 hours·7 chapters

Chapters

7 total

THE FORMS OF WATER

0:04

JOHN TYNDALL, LL.D., F. R. S.

0:16

AMERICAN PREFACE TO THE INTERNATIONAL SCIENTIFIC SERIES.

7:37

AUTHOR'S PREFACE.

4:13

PREFACE TO THE FOURTH EDITION.

8:53

THE FORMS OF WATER

4:17:15

INDEX.

10:31

Description

This listening experience takes you on a vivid tour of water’s many guises—delicate clouds drifting across the sky, lively rivers carving valleys, and the silent, massive glaciers that shape continents. The narrative reveals how the same molecule can behave so differently, shaping weather, supporting life, and sculpting the Earth’s surface. Listeners will discover the physics behind condensation, the forces that drive river currents, and the slow, powerful movement of ice over millennia.

Presented in an engaging, conversational style, the work blends clear explanations with charming, period illustrations that bring each concept to life. Though written at the turn of the 20th century, the insights remain strikingly relevant, offering a foundation for anyone curious about the water that surrounds us. As the author walks through everyday observations and scientific discoveries, the listener gains both a deeper appreciation of nature’s elegance and an accessible introduction to the science of one of Earth’s most essential elements.

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Details

Language

en

Duration

~4 hours (277K characters)

Publisher of text edition

Project Gutenberg

Credits

Produced by Tom Cosmas produced from files generously provided on The Internet Archive. All resultant materials are placed in the Public Domain.

Release date

Nov 18, 2020

Rights

Public domain in the USA.

About the author

John Tyndall

John Tyndall

1820–1893

A vivid Victorian scientist and gifted public lecturer, he helped turn complex ideas about heat, light, and the atmosphere into discoveries that still matter today. His experiments on how gases absorb radiant heat made him a key early figure in the history of climate science.

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