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“There is hardly a branch of agriculture in which electricity cannot be employed to advantage; moreover, it immensely adds to the amenities of country life, and should therefore help to stem the flow of population from the country to the town.”
— W.C. Allen, Electricity in Agriculture, 1920
This is a book that was never supposed to disappear. Written in 1920, when electro-culture was an active field of agricultural research across Europe, it documented real experiments, real results, and real methods for using electricity to dramatically improve crop growth.
Then it vanished into public domain archives for a century.
Gage Green Group recovered it. We’ve modernized the language, verified the claims against current research, and produced the most comprehensive guide to electro-culture available anywhere — 23 chapters, 30,000+ words of practical farming wisdom that the modern agricultural industry forgot.
What’s Inside
- The Application of Electricity to Farming
- Electricity Supply — sources, costs, and practical installations
- The Distribution of Electricity across farmland
- Domestic Applications — lighting, heating, power
- Electric Lighting for Crops — photoperiod manipulation
- Electricity for Soil Treatment and Seed Germination
- Electric Fencing, Irrigation Pumps, and Field Equipment
- The Farmer as a Consumer of Electricity
- …and 15 more chapters of applied science
“In these days of dear labour and falling prices, mechanical aids are imperatively necessary to the farmer; and by adopting electricity, he not only fulfils this requirement most efficiently, but also adds very materially to the comfort of his household.”
Why This Matters Now
Modern regenerative agriculture is rediscovering what early 20th century researchers already proved: electromagnetic fields influence plant growth, soil biology, and germination rates. This guide bridges the gap between forgotten science and today’s growing movement.
Sourced from Electricity in Agriculture by W.C. Allen (public domain, pre-1923). Modernized and annotated by Gage Green Group, 2026.
