Start Here — No Cost, No Account
Modules 1–3 of Foundations of Electroculture are open to everyone, no purchase required. Work through them in order and you'll see exactly how EGA teaches before deciding whether modules 4–12 — the field protocols, the interactive builds, the rest of the course — are worth it to you.
The Atmospheric Electric Field
Earth maintains a continuous 300,000-volt charge between the ionosphere and the ground. This module explains how that global electric circuit works, why it matters for plants, and how it connects to the science behind electroculture.
Historical Electroculture: From 1700s to Present
A guided tour through 300 years of electroculture research — from early electrical experiments on plant growth to modern plant bioelectrics.
How Plants Use Electrical Charge
The biological mechanisms by which plants sense, respond to, and propagate electrical signals — from membrane resting potential to systemic wound communication. Includes interactive simulations.
Modules 4–12 Unlock on Enrollment
Video & Text based lessons with animated interactive simulations of select concepts. step-by-step implementation instructions field protocols, and experiment walkthroughs.
Enroll to Unlock →Running Your Own Comparison? Get the Field Sheet.
A one-page log for tracking a real electroculture test — baseline readings, a weekly column, a place to write down what actually happened. We'll email it once. No course signup attached.
See the Research Standard Before You Commit
Every EGA module is built on documented experimental data from the ElectricFertilizer research library, and the free modules hold to the same standard as anything behind the paywall. If the science checks out here, it checks out in module 12.
- 📡 Atmospheric electricity and the global electric circuit
- 📜 200+ years of electroculture history and peer-reviewed research
- 🌿 How plants sense and respond to electrical charge