Plant audio technology is a mature technology. After more than ten years of testing, demonstration, promotion and application, it has been confirmed that it can increase yield, improve quality, reduce the amount of chemical fertilizers, resist diseases and pests, mature earlier, extend storage time, and improve seed germination rate in a variety of crops, vegetables, flowers and fruit trees. Effect. Here is an example.
Currently, plant audio frequency generation technology has been demonstrated and applied in the United States and my country’s Beijing, Fujian, Guangdong, Xinjiang, Qinghai, Shanxi, Shandong and other places. Since 1995, it has been used in more than 30 kinds of plants at home and abroad. Years of experiments and demonstrations have been carried out on crops, vegetables, flowers and fruit trees, and satisfactory results have been achieved. After corn was treated with audio frequency technology, the seedling height increased by more than 17%, the ear length increased by more than 22%, the maturity period was advanced by 7-10 days, and the yield increased by more than 38%. In the greenhouse test, the average weight of three types of lettuce increased after audio frequency treatment. More than 45%, field trials increased yield by more than 40%; after sonic treatment, the sugar content of strawberries increased by more than 24%. The Shandong Agricultural Machinery Technology Extension Station has applied plant audio control technology to facility agriculture technology demonstration sites across the province. Crop yields have increased by more than 10%, and crop quality and disease resistance have been significantly enhanced.
① In the Qingdao Laoshan tea and yellow tea test, tea production can be increased by 60%, and significant results have been achieved. Seven papers and reports have been published in American magazines.
② The Xinjiang Construction Corps Science and Technology Bureau used plant audio frequency speakers to increase cotton production by 30%. This 6-year trial will reduce chemical fertilizers by 25%.
③ The Hunan National Hybrid Rice Research Center collaborated to conduct a 5-phase trial. Sonic treatment also reduced the damage of rice sheath blight, with a low incidence rate and a 25% reduction in chemical fertilizer consumption. Academician Yuan Longping wrote, "This technology has broad application prospects and is expected to have obvious economic and ecological effects. It is recommended to establish project funding."
④ In cooperation with Inner Mongolia Hetao University, a three-year field trial was conducted on winter wheat, with an increase in yield of up to 17% %. Hao Shuiyuan, the young teacher who presided over the experiment, used it as his graduate thesis and has passed the defense.
⑤Vegetable production generally increases by 20-30%, and can reach as high as 60%.
Today, plant audio sound generators have been widely used on Anxi Tieguanyin tea trees. Bama, Niannianxiang, Weiyin, Damingshan Tea Factory, Qingyunshan Tea Factory, Juyuan Cooperative and more than a dozen tea factories and cooperatives have achieved obvious results on tea trees after using the equipment. The tea leaves become thicker and thicker. The color is dark green, insect pests are significantly reduced, and a certain increase in yield is achieved.
Plant audio technology is based on the theoretical research of the new theory of plant systems created by Hou Tianzhen and his research team. So far, plant audio technology has been tested, demonstrated, promoted and applied at home and abroad for 16 years (5 years in the United States and 11 years in China). And obtained the U.S. invention patent in 1998
The installation and use of the plant audio generator is very simple. Since the sound waves emitted by the plant audio generator to the surroundings are of equal intensity, it should be placed near crops or greenhouses. In the central position, in order to prevent moisture, a support should be built on the ground, placed on it, and connected to DC or AC power according to conditions. Different frequency bands can be selected according to different crops and the prevailing temperature and humidity (see the table below for details). Adjust the volume until the sound intensity at the far end of the plant audio generator is 40-50dB (you can hear it when standing at the farthest end of the plant audio generator). It is generally used 4 times a week for 3 hours each time. It is best to start in the early morning after the sun comes out. Avoid using it when it is hottest at noon. It is best to do it between 7 and 10 am. When using an audio frequency generator, it should be supplemented with a photosynthetic accelerator.
Plant audio frequency generator band selection table
Band usage conditions
1 Temperature 10-20℃
3 Temperature 20-25℃
4 Temperature 25-28℃
5 Temperature 28-30℃
7 Temperature 30-35℃
8 Temperature 35- 40℃
2 After watering and the temperature is 10-25℃
6 After watering and the temperature is 25-30℃
7 After watering and The temperature is 30-40℃
Nowadays, the second generation of plant audio sounders adopts a fully automatic solar energy operation mode, which further reduces people’s labor and only needs to let the instrument operate when the sun is shining. After working for 3 hours, the instrument will automatically shut down and run, and then only need to be retrieved.