Peat and its Uses as Fertilizer and Fuel

audiobook

Peat and its Uses as Fertilizer and Fuel

by Samuel W. (Samuel William) Johnson

EN·~4 hours·8 chapters

Chapters

8 total
1

PEAT AND ITS USES,

0:01
2

AS

0:00
3

FERTILIZER AND FUEL.

0:01
4

SAMUEL W. JOHNSON, A. M.,

9:33
5

INTRODUCTION.

4:12
6

PART I. - THE ORIGIN, VARIETIES, AND CHEMICAL CHARACTERS OF PEAT.

34:10
7

PART II. - ON THE AGRICULTURAL USES OF PEAT AND SWAMP MUCK.

2:01:03
8

PART III. - ON PEAT AS FUEL.

2:06:17

Description

Peat, the deep, water‑logged accumulation of partially decayed plant material, has intrigued scientists and farmers alike for centuries. The book explains how peat forms in swamps, bogs, and even salty mud flats, detailing its organic and mineral components, from humic acids to trace ash. Illustrated diagrams walk listeners through the chemistry that gives peat its absorbent and combustible qualities.

Turning to practical uses, the author explores how peat’s high water‑holding capacity and gentle acidity make it an effective soil amendment, improving moisture retention, loosening heavy earth, and supplying slow‑release nutrients. Various preparation techniques—seasoning, composting with manure or fish, and lime treatment—are described, along with experiments showing peat’s performance compared with traditional manures. The work also previews peat’s role as a low‑smoke fuel, hinting at methods of drying, cutting, and compressing the material for heating.

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Details

Language

en

Duration

~4 hours (283K characters)

Publisher of text edition

Project Gutenberg

Credits

Produced by Steven Giacomelli, Barbara Kosker, Jeannie Howse and the Online Distributed Proofreading Team at http://www.pgdp.net (This file was produced from images produced by Core Historical Literature in Agriculture (CHLA), Cornell University)

Release date

2008-07-28

Rights

Public domain in the USA.

About the author

Samuel W. (Samuel William) Johnson

Samuel W. (Samuel William) Johnson

1830–1909

A pioneering agricultural chemist, he helped bring scientific research into everyday farming in the United States. His work at Yale and with experiment stations shaped how soil, fertilizers, and crops were studied for generations.

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