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Mach 31 The first flowers of the earth's plants are so jaw-dropping that you can't even see the moment of flowering, because this speed is beyond human imagination.
So this Mach 31 is not the most powerful, so what is really powerful?
At Mach 30, the plant bloomed quietly after combining centuries of recorded human knowledge, and that's the great thing.
So why can the plant stay alive, this plant can show amazing physical fitness, and in such a harsh environment, but can survive leisurely.
And the speed of the final flowering of the plant is also very amazing, so what is the physical fitness of the plant?
The survival of plants in harsh environments.
An attempt was made in 1967 to send some plants to a spacecraft and then send the spacecraft into space, allowing the plants to travel for up to 57 days.
The purpose of this attempt is to allow plants to adapt to the environment of living in space, so that they can quickly improve the damage caused by the earth's ecological environment after descending to the earth.
There were 35 different plants in this attempt, and the amount of oxygen released by 35 different plants, and none of the 35 plants adapted to the harsh environment in space, so it is not clear which plant can adapt to such an environment.
So among these 35 plants, what plant can rank with the highest oxygen content among the 35 plants?
At that time, the answer to this question should be that the tallest plant of the 35 species would be in the 35th place.
But this is obviously not the case, and the plant with the highest amount of oxygen released by these 35 plants is in the top 10, and even in the 8th position, why is that?
Obviously, these 35 species of plants grow in space, and in such a harsh environment, it is unlikely that human power can be used to adapt, let alone super oxygen.
There are two reasons why 35 species of plants grow in space, the first is that these 35 species of plants are plants that grow in subtropical/tropical regions, and they can adapt to such a growing environment.
The second point is that isn't the harsh environment in space worse than the environment on Earth?
The hazards of the harsh environment in space are many: the destructive power of the sun through space and the Earth's atmosphere, and this destructive force has infinite potential in space.
There is very little life in space, but if there is, it can die faster and more ruthlessly, and the sun's sunlight is more unscrupulous on the surface behind the plants, and if there is no suitable environment, the sunlight will bring more harm to the plants.
There are more atomic rays in space, and these rays are flying all over the air, and if they hit a plant, it will be a fatal blow to the plant's body, and it is easy for the plant to die because it is not able to withstand the environment.
And there are still a lot of motes in space, which have nothing to do with life on Earth, but if these motes have life, then for plants in space, this mote is a deadly threat.
Because there is no oxygen in space, the dust will fall on the plant, and it will be burned because there is no oxygen, which will cause greater harm to the plant's body, and it is easy to be unable to withstand such an environment because the dust is on fire.
Physical properties of plants.
In fact, many years ago, someone tried to send plants into space with rockets, and the next year they continued to try, but because they didn't know whether plants were useful for growing in space, they turned on the rockets that were used twice and wanted to study the samples of plants again.
However, after the two rockets were opened, it was found that the plant samples in the two rockets had actually bred the second generation of earth plants, and the most surprising thing was that the number of second-generation plants was 51% more than the number of plants bred by the first generation.
What is this concept, the purpose of the two tests was to see how plants grow in space, but I didn't expect that the second test could produce a second generation of plant samples after the test, which is very surprising.
Moreover, the second-generation plant samples produced in the second test actually increased by 51% compared with the first-generation plants, which shows that the growth effect of plants in space is better than that of jointing on earth.
This is the reason why there are so many 6 species in the top 10 in terms of plant growth capacity, because the increase of 51% directly improves the plant growth ability from the third rate to the first class.
The 6 plants that grow in space are: pansy, goldfish algae, gladiolus, wheat, melon, banana, of which pansy is 56%, goldfish algae is 52%, gladioli is 52%, wheat is 52%, melon is 53%, and banana is 51%, all of which greatly exceed people's expectations, why is this?
The reason why these six plants can grow so well is because of human knowledge, human beings have made a lot of records in the process of growing these plants, and these records are the product of human wisdom in the past few centuries.
Therefore, these plants can grow in harsh environments, just like humans have brought countless conditions in space, very powerful, and the growth process of these 6 plants can be the same as the growth process on Earth.
But the most shocking thing is the plant that can produce small red flowers, which can increase the flowering rate to Mach 31.
This plant is a very familiar plant to humans - wheat, which is nearly 70 times faster in space, which is jaw-dropping, but the survival of wheat in the harsh environment is still shocking.
Mach 31 is not powerful at all, where is it powerful?
There are many reasons why wheat becomes stronger in space, one is because from the earth to space, the environment in space is even harsher than that on earth, so after adapting to the harsh environment, wheat's physical fitness is also getting stronger.
The second reason is that many atomic rays and fine dust in space are not found in plants on the earth, and the existence of these atomic rays and fine dust makes the physical fitness of wheat constantly stronger.
Therefore, Mach 30 wheat can show terrifying physical fitness, other plants can't do it, and the speed of Mach 30 is indeed the limit of wheat, so the speed of Mach 30 shows the horror of wheat.
But humans have discovered something even more terrifying: why is this plant able to rise at Mach 30?
After measuring the growth rate of Mach 30, the DNA of wheat was measured, and the results were: Oh!
This plant can be said to be the universal water of the human world, and the DNA of wheat has the technology to replicate it, which is amazing!
This is arguably the star of tomorrow behind Mach 30 wheat!
Mach 30 wheat can't be compared with this wheat with life replication technology, this kind of technological life, like countless Mach 30, human dreams of Mach 30 wheat can't be created, which is why Mach 31 wheat is not powerful enough.
But the dream of wheat is powerful, this is like the dream of human beings for running, the speed of Mach 31 is undreamed of by human beings, but the dream of human beings can reach Mach 31, so just like wheat dreams of human beings, this kind of thing is endless, endless, and human beings can finally create the thing of Mach 31 wheat elephants.