
Accelerated Growing Electroculture rod, plant stakes 25cm
Out of stock Electroculture Plant Stakes, Copper Rods for Garden Growing Electro Culture Antenna Wrapped with Copper Wire for Accelerated Growing Fruit Vegetables Yard Garden Plants.
The electroculture copper spiral is designed to accelerate plant growth and enhance vitality. The long copper rod helps plants absorb more energy, promoting faster growth of fruits and vegetables both indoors and outdoors.
Features:
- Premium Material: Made from pure copper wire and high-quality wood, ensuring good conductivity and durability. The materials are resistant to breaking and deformation, providing a long service life.
- Wide Application: Suitable for various gardening settings, including indoor plants, flower beds, patios, and farms. Designed to enhance plant growth and vitality, efficiently maximizing plants' growth potential.
- Easy to Use: Moisten the soil with water, then dig a 5–7.6 cm deep hole near the plant, insert the antenna stake, and cover with soil.
A team of researchers in China recently published a paper in the journal Nature Food that provided some scientific backing to electroculture gardening. They found that applying a low-voltage electric field through a copper wire to the soil increased plant growth and yield.
https://www.nature.com/articles/s43016-021-00449-9
Electroculture gardening is a method that utilizes natural electromagnetic energy to enhance plant growth and health. This technique involves using conductive materials, such as copper spirals or rods, to collect and direct electromagnetic fields to plants. The goal is to increase plant vitality, accelerate growth, improve nutrient absorption, and reduce the occurrence of pests and diseases.
Mechanism of Copper Spirals in Gardening:
Copper spirals act as antennas that gather electromagnetic energy from the atmosphere and soil. When placed near plants or inserted into the soil, these spirals are believed to channel this energy into the plant's root system, thereby stimulating growth and enhancing nutrient uptake. Some theories suggest that electromagnetic fields can influence the movement of ions in the soil, making nutrients more accessible to plants. Additionally, this energy may strengthen the plant's natural resistance to pests and diseases.
A study published in 2009 in the Journal of Agricultural Technology suggested some positive benefits of using electroculture gardening techniques. The researchers found that the application of electrical currents to crops had a positive impact on growth and yield. Still, they highlighted the challenges in assessing how these changes were brought about, noting:
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2.99 €Out of stock