Everything You Need to Know About Electroculture Gardening

Gardening is all about experimenting with new things and bringing innovation to life. Trying out different ideas and techniques on plants makes a gardener successful. Who else doesn’t want a thriving crop? Everyone wants their crop to thrive, no matter which method they use.

Electroculture gardening is among the variety of techniques to grow plants. Many of you may not be aware of this particular gardening term because it’s a newly introduced technique. For some, it might seem technical, but generally, it isn’t. Anyone understanding can electrocute the soil to enhance the plant’s growth.

This article will guide you through electroculture and how to make the most of it using this technique.

What is Electro-culture Gardening?

Electroculture gardening isn’t as complicated as it seems. The purpose of this technique is to force the plant to grow faster than the traditional one. The process follows a low-voltage electric current that goes through the plant’s soil organically. You must be very careful while setting up those electrical charges; this process requires only a mere amount of electrical charge; anything above the requirement would harm plants.

What if we tell you that the idea of electrocuting plants in horticulture isn’t new? This idea was introduced in a paper on 19 April 1900, explaining the rapid germination of electrocuted seeds. The research showed promising results of barley ripening 12 days before the actual time of harvest. But no one continued the research on that particular topic.

Recently, researchers from the Chinese Academy of Science created a device using a triboelectric nanogenerator to transmit electric current in the bed of a plant and found out the pea seeds germinated 2x faster and brought out higher yields. This research has brought back the idea that started 120 years ago.

Apart from showing exceptional rapid growth results, most experienced growers hesitate to use this technique. They put a question mark on this methodology, stating the lack of knowledge and research on the given process.

Benefits of Electro-culture Gardening

Although the electroculture gardening technique requires more research, you must recognize that it produces some remarkable results. If more and more research is done on this technique, it would be beneficial in increasing crop production. The electroculture approach would be helpful for climate change, where temperature changes dramatically. In the future, this method could benefit those areas where the temperature is rising due to changes in weather patterns.

The electro-culture technique has many benefits, including rapid growth/yield, enhanced strength, and resilience against pests and diseases. The outcome may differ depending on the variety of plants. Some researchers and growers described that it even refined the taste of their produce.

The best advantage of using the electroculture method is that you won’t have to use harmful chemical or synthetic fertilizers. Apart from the climatic changes, this technique works wonders for poor-quality soil or restricted water supply.

Odds of Electroculture Gardening

No matter which technique you use, no method is perfect to solve every gardening problem, and electroculture is not the gardening solution that solves your problems. Perhaps there are some occurrences where you want to avoid electroculture techniques altogether.

Even though there are specific plants that don’t perform well under the electroculture method, including succulents and cacti, soil assessment is necessary while implementing this technique because it isn’t effective on salty and substantial metal-polluted soil.

Is Electroculture Gardening a Credible Approach?

Since there isn’t much research on this particular topic, the effectiveness of electroculture gardening differs from the evidence supporting the approach of applying copper and ferrous sulfate to the soil.

Apart from its credibility, many gardeners tend to use this approach, proclaiming that the electroculture method increases yield and quality of harvest.

How to Implement Electroculture Technique

Before implementing the electroculture gardening technique, you must recognize the risks of using this method as it’s the only way to prevent pests/diseases and fertilization required for the crop. If this approach doesn’t go as planned, you could be deprived of the crop at harvest time.

If you feel experimental and wish to do different things, this could lead to massive crop production. Here’s how to implement electroculture in gardening:

1. Settle the Voltage that you want to use — determining the electricity voltage is very important as it will decide the future of your crop. The voltage must not exceed 30 volts; anything above this can damage your plant’s health.

2. Selection of necessary equipment — obviously, you will need wires to send electricity down to the plant’s bed attached through a power source.

· Solid electric conductors(electrodes) can be a beneficial part of the configuration.

· Most growers use copper conductors as they are more efficient than other conductors. You can also use zinc, copper, or iron for your setup.

· Connect the conductors from the power source and tuck them under the soil near the plant’s root.

· If you plan to implement this technique for indoor setup, you might have to install additional equipment such as LED grow lights, temperature controllers, etc.

3. Determine the duration of currency — depends on the type of plant; you have to observe closely to ensure it’s not harming the plants. The idea is to use a voltage of not more than 30 volts, but you can go with a low voltage depending on the nature of the growth. Similarly, you have to set the frequency to not more than 60Hz and operate it for 30 minutes. Anything above this would be fatal for your plant’s health. Safety is another thing that should be considered while working in an electrical environment in case of fire or electrocution.

Conclusion

One thing is sure: electroculture gardening is not child’s play for those who think setting up electric charges and burying them under the plant’s bed would give them higher crop production. However, this is not true if you follow this article’s preventive measures and professional guidelines.