In 1966, an intelligence expert named Baxter imaginatively tied a polygraph to the leaves of an Arranthus when he was watering the garden flowers and plants, and wanted to test how fast the water rose from the roots to the leaves. . Later, he was surprised to find that the polygraph showed that the curve of water rising from the roots was very similar to the curve measured by people when they were excited! When he tried to approach the leaves with a lit match, the sharp swing of the pointer even went beyond the edge of the recording paper, indicating that the plant had developed a strong sense of fear.
The former Soviet scientist Victor also did an interesting experiment. He first used hypnotism to control a person’s feelings, put a pot of plants nearby, and then used instruments to connect the person’s hand to the leaves of the plant. When Victor made the experimenter happy, the plant raised its leaves and danced its petals; when Victor described the winter cold as making the experimenter shiver, the plant’s leaves also shivered. That is to say, plants can think and perceive various emotions of people. This research has developed into an emerging discipline – plant psychology.
A scientist who played music to mimosas for 25 minutes every morning was 1.5 times taller and had denser leaves and thorns than those without music. Scientists found in experiments that plants like to listen to classical music, but dislike jazz music. Loud noises can cause trouble for plants, slow down their growth and even wither and die.
Like humans, plants have a complete nervous system, the laws of thinking activities, and psychological activities. Mastering and understanding the psychological activities of plants and their laws is important and profound for revealing the secrets of nature, serving nature, serving human beings, and serving production. significance and another major contribution to the new design of intensive crop production facilities.
plant psychology
In 1966, an intelligence expert named Baxter imaginatively tied a polygraph to the leaves of an Arranthus when he was watering the garden flowers and plants, and wanted to test how fast the water rose from the roots to the leaves. . Later, he was surprised to find that the polygraph showed that the curve of water rising from the roots was very similar to the curve measured by people when they were excited! When he tried to approach the leaves with a lit match, the sharp swing of the pointer even went beyond the edge of the recording paper, indicating that the plant had developed a strong sense of fear.
The former Soviet scientist Victor also did an interesting experiment. He first used hypnotism to control a person’s feelings, put a pot of plants nearby, and then used instruments to connect the person’s hand to the leaves of the plant. When Victor made the experimenter happy, the plant raised its leaves and danced its petals; when Victor described the winter cold as making the experimenter shiver, the plant’s leaves also shivered. That is to say, plants can think and perceive various emotions of people. This research has developed into an emerging discipline – plant psychology.
A scientist who played music to mimosas for 25 minutes every morning was 1.5 times taller and had denser leaves and thorns than those without music. Scientists found in experiments that plants like to listen to classical music, but dislike jazz music. Loud noises can cause trouble for plants, slow down their growth and even wither and die.
Like humans, plants have a complete nervous system, the laws of thinking activities, and psychological activities. Mastering and understanding the psychological activities of plants and their laws is important and profound for revealing the secrets of nature, serving nature, serving human beings, and serving production. significance and another major contribution to the new design of intensive crop production facilities.