Long-Distance Constant-Current Electroculture Field Test (Soybeans)
Experimental Effectiveness:
3 / 5 (Moderate – partial season data)
Setup:
Two constant-current electroculture modules were deployed to test long-distance soil current propagation. Each module was configured to limit current while allowing voltage to vary with soil resistance. Test plots were arranged longitudinally at distances of approximately 100 feet and 200 feet, with shovel-style electrodes deployed in pairs at plot ends. Electrode spacing within plots was approximately 10 feet. Adjacent plots were separated by 20–30 feet to reduce field overlap.
Additional configurations explored included:
Linear electrode alignment (positive and negative in line)
Central positive electrodes with negatives placed at plot corners
A secondary radial test was planned using closely spaced electrodes (1–3 ft apart) to compare localized effects and prior pulse/voltage profiles used in earlier soybean experiments.
Observed Results:
Larger Yields +
Stronger Plant Vigor
Results & Discussion:
Soybean plants in electroculture-treated plots showed an estimated 25–50% increase in bean size compared to control plants. Effects appeared more pronounced under certain soil moisture conditions, supporting the hypothesis that constant-current regulation may improve long-range field effectiveness by adapting to changing ground resistance.
Unexpected Results (Rich Text)
Seasonal conditions significantly limited full execution. Both spring and fall planting periods were negatively impacted, reducing overall data quality and consistency.