Quality components and kits for your electroculture experiments.
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The definitive beginner's guide to electroculture — written by Electric Fertilizer founder David Wechsler. Covers the science, history, and practical application of electrical stimulation for home gardens and small farms.
168-point gold-tipped atmospheric charge collector — inspired by 18th-century electroculture pioneers, engineered for modern field use. Harvests ambient atmospheric electricity 24/7 to deliver a continuous passive DC field to your soil.
Hand-crafted paramagnetic basalt cones engineered to the same 51° angle as Irish round towers — emit a passive magnetic field tuned to Earth's Schumann resonance to enhance crop vitality, frost tolerance, and budding.
Precision-engineered connectors that recreate the exact proportions of the Great Pyramid of Giza — one of electroculture's most popular passive antenna forms for seed starting, plant protection, and crop enhancement.
A directional magnetoculture device combining paramagnetic concrete, a magnet-on-wire core, and a conical copper spiral on the base face. Lays on its side and aims at the plant — striking to look at, and a genuine field-delivery device.
Structured courses, community discussions, and guided projects covering electroculture, atmospheric energy harvesting, soil enhancement, and experimental growing methods.
Electrode holder for electroculture signal experiments. Clip in two replaceable carbon steel electrodes, connect to any power supply, and start running your own electric field trials in soil.
The original HarvestStorm One: a Raspberry Pi-powered 4-channel programmable pulsed DC electroculture controller with per-channel color status LEDs and full network connectivity. Selling as-is with 90-day warranty, source code, and programming enhancement guide.
Inline magnetic water conditioner that restructures irrigation water at the molecular level — improving absorption, reducing surface tension, and delivering measurable growth improvements across crops.
Plug-in electrode holder for HarvestStorm and Electric Fertilizer stimulators. Connect directly to a HS-One, egX-1g, or wood-circuit controller output and place two replaceable carbon steel electrodes exactly where you need them in the root zone.
Downloadable STL files for 3D-printing your own Ighina conical spiral antenna molds. Print once, wind unlimited copper spirals — personal license for home and garden use.
Weatherproof vinyl stickers for water bottles, laptops, garden tools, and anywhere you want to spark a conversation about growing with electricity. Available in singles and multi-packs.
David has been extremely helpful with helping us get started with electroculture. He kept tabs on us every step of the way and as a result of the technology and his efforts we yielded 50% more tomatoes (+28% by weight)!
I was surprised at what a strong effect the electrical fertilizer unit had on my garden. This was especially noticeable with the tomatoes. The tomatoes near the field generator grew much larger and ripened a good week or more earlier than the distant ones. This also happened with the broccoli and eggplant.
My dad and I found David's website while searching for a 6th grade science project... Our electrified tomato plant produced 40% more than the control tomato plant. Thanks to David I won 1st place in botany for my school's Science Fair.
I loved the book! You did a fantastic job of researching this topic. I especially enjoyed the physics behind it, and I understand why you have developed a passion for it. The potential seems to be almost unlimited!
I love this field of science and love the book you published. It's about time someone summarized electroculture!
As very satisfied beta testers for electric fertilizer — David Wechsler's book is a thorough exploration of the history and deep science with real life examples behind why this whole process works. The clear instructions, illustrations, and informative photographs of how to set up your own electric fertilizer plot makes it easy for anyone to follow and create their own system.
This is not only a well-researched, well-written book, but it has something for everyone. It has soil chemistry and electrical physics for the scientifically minded, plant physiology for the biologist, and electro-horticulture history for the history buff. If you just want the facts, there are step-by-step instructions on how to construct and best utilize this really cool idea.
This is a great compendium of both research and resources for using electricity to improve your crops and give ecosystems a natural boost. It allows the reader to dive deeply into the science of electricity, soil, bacteria and, of course, plants. This book may be the best primer for how to do it yourself.
I highly recommend this book. I have applied some of the techniques and have seen a difference in my plants.
I am well versed in electro-culture and I can safely say that this is the best and most up to date book I have ever read.
This is a helpful book, not least because it's written by a real person and not AI generated like most of the 'Electroculture' books currently on Amazon. This one looks the real deal — I'm looking forward to delving into the detail of the effects of electricity in the soil and on plants.
The function of electric gardening is explained carefully and physiologically — very easy to understand. I read it with interest and excitement. Specific methods were also explained with photos in the later chapters.
Unsolicited customer messages — not controlled research results. See Research for evidence-graded findings.