Do plants have an IQ, and why do some people say that plants also think ?

Plants do not have intelligence and cannot think, and the living habits of plants are completed through their own conditioned reflexes, and the conditioned reflexes of plants are the result of long-term selective evolution.

Plants are not intelligent because they do not have brains. Plants think because they instinctively do something like that.

Plants also respire and photosynthesize, and plants are also living things, so some people say that plants also think.

Plants are supposed to have an IQ, but this IQ cannot be compared with people, and their IQ refers to the reaction to specific smells, animals and plants, etc., so plants can "think".

Plants are living objects, conscious, and occupy space. They are blind, deaf, and mute by human standards, but I have no doubt that they are extremely sensitive tools when it comes to measuring human emotions. They radiate an agency that benefits humanity and can be felt early on.

They send this power to the energy field of a particular closed finch of a person, who in turn sends the energy to the plant. ”

When communicating with plants, do not hurt their feelings. Plants can also respond to the size of the imaginary imagination of those present. Animals and plants also have minds, and they seem to be able to reveal any malicious or well-intentioned information that is more real than it can be expressed in words.

The significance of this kind of research is undoubtedly far-reaching, but how to further develop it and make it serve mankind is still a question worth studying.

Why is the question of whether plants have the ability to think so much debate in the academic community? There are indeed many incredible things on the earth, so there are still many deviations in our understanding of life on the earth, and scientists have long raised the question of the ability of plants to think, so why do they keep arguing? The following content, you refer to:

1. Plants will rotate with the sun when they photosynthesize, so in this case, the ability of plants to think is very controversial among scientists:

We know that in many cases, plants actually have some adaptability. To some extent, this proves that plants are likely to have some ability to think. When scientists are arguing about the thinking ability of plants, one of the main topics is that when plants photosynthesize, they will rotate according to the rotation of the sun, and in this case, it means that plants have a certain ability to think, and will make specific judgments according to the situation of the sun going up or down, which also shows that plants can understand some of the properties of sunlight, so that they can make different changes in different seasons and different weather. This is a controversy over the ability of plants to think under photosynthesis.

Second, plants will shift direction when they encounter some difficulties in the process of growth, which is also a controversial topic for scientists to think about plants

When plants encounter some difficulties in the process of growth, they will bypass this situation, and it is also a topic that plants have the ability to think, and everyone debates the most. For example, when a small grass is pressed by a large stone, it will find some gaps and start to grow, which is likely to indicate that the grass also has a certain thinking ability, so as to help them transfer difficulties and make themselves grow better. There are also some plants in the process of growth, if they encounter some insect damage, they will automatically eliminate some toxins, resulting in the natural disappearance of these insects, which also shows that plants have the ability to self-protect thinking, so scientists are very controversial.

3. Some plants use animals to protect themselves, or hunt animals, which is also one of the topics debated by scientists

The ability of plants to protect themselves during growth and the ability to use animals to protect their thinking has long been a topic of debate among scientists. Especially when plants are growing, they will make some changes to attract bugs and help them thrive. In addition, there are many plants that will prey on some small animals to make themselves grow quickly, which proves that plants are likely to have a certain ability to think, so scientists are now very controversial.

Because the problem has never been explained. I hope that a vegetative person doesn't have the ability to think, because it will be very painful.

Because whether plants have the same life as humans and animals is always a fruitless topic. Some scientists have even threatened to find plants that scream when they are injured, but we can't hear them.

Because some people think that plants are also life, and since they are life, they have the ability to think, while some people think that plants do not have neurons, so it is impossible to have the ability to think.

Someone once did an experiment in which the photosynthesis of the leaves stopped when the roots of the plant were starved of water. At this time, if you water the roots, it is generally a few minutes before it is passed on to the leaves.

However, while watering, photosynthesis was immediately restored. Later, after many experiments, it was proved that there is a system similar to animal nerves in the plant body, which spreads throughout the body and transmits messages between various parts. In this regulatory system of plants, a protoplasm has been isolated from any nervous system.

In 1981, Mandoley, a plant physiologist at Stanford University in the United States, found after 4 years of research that some plants have a fiber optical system that transmits light up and down in the tissues of their own bodies, in a way similar to the way that the company uses to transmit many of its calls. In a completely opaque beehive-like hut, Mandoli relies on his sense of touch to place the sliced tissues of oats, mung beans and corn in separate containers. She then uses a helium-neon laser to illuminate the cut end of the plant slice tissue or the uncut side.

A row of photoreceptors is then used to measure the transmitted light at the cut end. This beam of light can transmit a vacuum image of the original light pattern more than centimeters along the stem of the plant or even around the bend. She found that plant tissues were about 10 percent as capable of transmitting light as glass fibers.

In other experiments, she found that the shading side of the plant stem transmitted more light than the bright side. Since light accelerates the growth of plants, it is believed that this unique ability of plants to transmit light is the reason why the stems and stalks of most plants tend to be directed towards the sun during growth. The findings help explain why seedlings respond to light when they are mostly buried in the ground, a process that botanists have long found incomprehensible.

Mike Fogg, a doctor of chemistry at the International Business Corporation in California, USA, found in experiments that when a plant was torn off a leaf, it produced a noticeable response, especially when the plant could respond to the motives and thoughts of his actions. He believes that plants also have a measurable mental activity, plants can think, and they will also record people's various feelings.

The research of the Soviet psychologist Viktor Pushkin went one step further. Through experiments, he discovered that plants are indeed mentally active. He first uses hypnosis to control a person's feelings, connects them to plants with an electroencephalogram, and then says something pleasant or annoying to the subject, making him happy or sad.

Images on the EEG showed that the plant had a similar response to the subject.

Soviet scientists also discovered that plants were able to sense some things, for example, some unusual activity on the stems and leaves of plants before a storm. Further research is being done on how to use plant harvesting to forecast the weather.

Since plants have mental activity, they must be able to think: since they can think, they should have brains that govern thinking. To date, however, no botanist has been reported to have discovered the brain of a plant.

Undoubtedly, this problem is a serious challenge for people who hold plants with mental activity.

The way plants think can be reflected by human observation!

About 350,000 species of plants live on our planet. "Varied" and "lush" are all words used to describe plants, but it seems that the word "wisdom" has nothing to do with them.

In fact, some studies have shown that plants can communicate using complex systems of compounds. These molecular responses can attract predators to attack insects that are munching on plant fibers, allowing them to defend themselves. In addition, these chemical signals can also warn of danger to neighboring plants – whether insects, parasites or the environment.

In some cases, the chemical reaction of the plant produces poisons that can eliminate pests. In addition, the chemicals released by the injured plants stopped the state in a kind of silent scream.

Even with these complex communications, plants still lack a brain or central nervous system that can process and disseminate information. So, can plants still think without brains?

Scientists believe that plants can "think", but not in the traditional sense. Although you never want to sit next to a banyan tree while taking a high math exam or waiting for an interview. However, some scientists believe that plants do exhibit some form of intelligence, including being able to measure future outcomes well.

Botanists have found that the European barberry is susceptible to fruit flies. Usually, fruit flies lay their eggs in the berries of barberry. After the eggs hatch, the larvae feed on the seeds in the berries.

While this is obviously disadvantageous for barberry, it is also true for fruit fly larvae, thanks to the highly developed response of this plant. As the parasite takes root, barberry calculates the risk and acts according to internal and external conditions.

When the fruit is parasitized by larvae, the response of the barberry depends on several factors. If there are two seeds in the berry, then the fruit will fall off when it is only 75% ripe, which will cause the parasite to die. Although sacrificing the fruit, it managed to save the second seed, which still has a chance to take root and grow into the next generation of barberry.

However, if there is only one seed in the berry, then the fruit rarely falls off on its own. Instead, the plant seems to recognize that the seed has outgrown its purpose and that the parasite may die naturally.

In short, scientists speculate that barberry can selectively shed its own fruit to prevent infection by fruit flies, or let it continue to grow when shedding fruit is of little use. In other words, the plant can foresee its losses and risks.

In addition, some plants have also been shown to have a sense of direction. No matter how they are facing, they will point the roots down towards the ground. Some plants also have the ability to camouflage, and when they are touched, they will appear to wither, reducing their attraction to herbivores.

YesThe breeding strategy is ingeniousPlants, right!

In nature, many plants avoid self-pollination for the sake of the quality of the next generation and will come up with a variety of methods. For example, monoecious, unisexual flowers, in order to avoid self-pollination, it will first bloom the female flowers in the middle of the inflorescence, and then open the surrounding male flowers, so that the male and female flowers do not bloom at the same time, which can cleverly avoid self-pollination and ensure the quality of its next generation. This clever plant is calledCherry blossoms every dayIts small flowers resemble cherry blossoms, and the flowering period is very long, and the flowers bloom continuously throughout the four seasons, so it is vividly called the daily cherry blossom.

However, I still think that plants are alive, but they don't have the ability to think. Although sunflowers are able to follow the sun; Nepenthes are capable of catching small insects; Mimosas are able to shrink the ...... leaves when touched by people, but these are the best survival of the fittest in nature, and they are also a way for plants to protect themselves. This does not mean that plants can think.

Do you think plants think?

I think a plant thinks like a human being, because it also has a growth process, and it needs to do its best to keep itself alive from germination to withering.

Some high-end plants can think like humans, and will make different perceptual behaviors when they encounter an immobile natural environment, but they don't have the ability to express themselves.

Plants don't think like humans, because they don't have brains, but they do have some of their mechanical behavior.

Of course, plants don't think like people, because plants don't have brains, and there can be no thinking without brains.

Plants don't think like humans because plants don't have a nervous system.