This package includes a set of 10 electroculture antennas that are 12 inches in length, making them the perfect size for a of gardening and farming needs. Perfect for farm lands, , greenhouses and indoor plants, these versatile plant stakes are also perfect for potted plants, flower beds, various flowers and fruit trees, giving you a comprehensive gardening solution in just one package. With an innovative approach that utilizes conductive metals to harness the earth's natural energy, these electroculture plant stakes the growth of your plants significantly. Not only will your yield more, but you will also reduce the need for irrigation and fertilisers, making your gardening and farming processes more eco-friendly and sustainable. Each one of these spiral plant stakes is using 99.9% copper wires wound clockwise onto wooden sticks. This not only ensures excellent conductivity but also guarantees durability. When these stakes are placed into the soil, they act as ether antennas, improving the overall quality of your . Using these electroculture plant stakes is very simple - just moisten the soil, insert the antenna stake, and then with soil. Drill a 2-3 inch hole next to the plant, insert the antenna stake, and secure it with soil. This user-friendly design is perfect for everyone, from gardening beginners to seasoned horticulturists. Thanks to their copper wire construction, these plant stakes can be used to create atmospheric antennas that amplify the earth's energy, leading to more robust plants and moist soil. Whether you're an experienced gardener or an enthusiastic plant lover, these antenna stakes are a valuable addition to your gardening toolbox, adding of creativity and efficiency to the . size: 30cm Material: wood+copper colour: As shown Package Contents: 10 x Electroculture Plant Stakes Only the above package content, other products are not included. Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.