Can Earth creatures fly out of the atmosphere?

If you want to fly out of the Earth's atmosphere, you have to break through the Earth's attraction, that is, the speed of the flying object that has been learned in physics exceeds the first cosmic velocity! According to this principle, creatures can fly out if they can exceed this speed! However, no such creature has been discovered yet!

Still, if you put the creature on the spacecraft, you will be fine!

No, because the flight of terrestrial organisms depends on air, and the higher it is, the thinner the air becomes. Gradually, it became difficult to fly. So it can't fly out of the atmosphere

Organisms on Earth naturally fly without being able to fly out of the atmosphere. Rockets and spacecraft belts can be used to fly out of the atmosphere

No. Because we can't overcome the gravitational pull of the earth individually yet.

But with a spaceship it will do. And there has to be a certain speed.

Earth organisms themselves are very limited in terms of force, speed, oxygen demand, etc., so they cannot fly out of the atmosphere.

No, it is necessary to use advanced aircraft to make it reach a certain muzzle velocity.

Yes, there are a lot of flies out now, haven't you seen that from animals to people, China has also flown out for 3 miles! (China's Yang Legislator, Fei Junlong, and Xian Haisheng).

It can't be done with the physical body alone, but it can be with the help of spacecraft, such as "Shenzhou 5" and "Shenzhou 6".

Physically and biologically, much can't.

Except for artificial, such as with spaceship belts.

The spores of some plants can rise to the stratosphere limit, right?

There should be nothing to fly out

Armstrong, Yang Liwei.

In the troposphere of the Earth's atmosphere, there are two conditions: organic and inorganic dust. Organic dust is differentiated by the wind from organic matter on the earth's surface, and they all parasitize different amounts of bacteria and microorganisms.

Therefore, in all organic dust in the troposphere, there will be more or less parasitic phenomena of bacteria and microorganisms, forming a natural phenomenon of atmospheric bacteria and microbiosphere in the troposphere, that is, atmospheric biological phenomena. "Based on what we already know, these microbes are just passers-by in the atmosphere.

Kevin Dillon, a PhD student in microbiology at Rutgers University, said in the discussion, "The atmosphere is like a highway for microbes. Microbes float freely in the atmosphere, and sometimes they can hide in the clouds for a ride.

Microorganisms eventually land in both atmospheres. Diana Gentry, a research scientist at the Ames Research Center, said in the discussion that in the lower troposphere, there is a great danger that microbes will be "dried". That's where the cloud comes in.

If lifted by the wind and suspended in the atmosphere, the microbes may quickly lose all their moisture. ”

"So the lower cloud layers have a distinct advantage,—— they're like mobile water recharge stations for microbes." When microbes are floating in the atmosphere, clouds can help them stay moist. "In the troposphere, some microbes can even survive normally.

The atmosphere is actually a bold conjecture, and there seems to be no definite evidence to prove it. At the beginning, there may be a person who thinks that since both water and the atmosphere are fluids, and there are some organisms that live in water, then whether there are special organisms in the atmosphere or not, this is the saying of the so-called atmospheric organisms.

To say that atmospheric creatures are similar to aliens, there are also many differences, these are things that there is no evidence to prove now. But aliens are more credible, and many people believe that atmospheric creatures are fake and non-existent. To be precise, atmospheric organisms (bacteria and microorganisms) can only fly in the tropospheric organic dust of the atmosphere, while the stratosphere and upper atmosphere in the atmosphere are not suitable for the living environment of atmospheric organisms (bacteria and microorganisms) due to the extremely low temperature.

Therefore, in addition to marine life and land life on the earth, of course, there will be realistic atmospheric biological phenomena. However, atmospheric biological phenomena are only the floating existence of prokaryotic bacteria and microorganisms in atmospheric organic dust, and by no means the existence of cellular organisms. In addition, in the atmosphere of the troposphere, the phenomenon of fungal seeds will also appear, and once they fall to the surface of the suitable living environment, they can germinate and survive.

There is an atmosphere, hydrosphere, lithosphere and biosphere on the earth that are closely related to the biosphere, so there are aquatic organisms such as fish and whales, as well as some amphibians, and terrestrial organisms, such as us and most mammals, are terrestrial.

Even if we don't go to the sky, we can still find out how many creatures are in the sky, but if we don't go to the sea, then I'm sorry, you must not know how many creatures are in the ocean.

In fact, even though humans already know that the deepest part of the ocean is the Anna Trench in Mali, they still know very little about the creatures that live on the ocean floor.

From the surface of the earth to the altitude of less than 1,000 kilometers, it belongs to the atmosphere. From the ground to an altitude of less than 16 km, it is the lowest layer of the atmosphere. There's a lot of water vapor here, and there's water, and there's life.

The most important characteristic of living things is that they have life. So, atmospheric organisms really exist. Of course, there are also creatures large and small, some visible to the naked eye, some invisible to the naked eye, such as bacteria in the air.

How important is the atmosphere to the Earth? That is absolutely deadly, it protects the Earth from the radiation of asteroids and the sun, determines the climate on Earth, and allows life on Earth to survive.

If you take away the Earth's outer atmosphere, it will suddenly become very quiet. You can't hear any sound because sound travels by vibrating in the air. That is, without air, there is no sound, there is no sound in space, so what is described in Star Wars is not very accurate.

American researcher Charles Ford, in his book "The Cursed Book", put forward a theory: in the atmosphere of the Earth's mid-air, there is a strange jelly-like creature with antennae and spikes, which specializes in hunting birds, and if there is life on Venus, then it must exist in the atmosphere, because the air pressure on the surface of Venus has reached 90 atmospheres.

Really, from the surface of the earth to the altitude within 1,000 kilometers, it belongs to the atmosphere. From the ground to an altitude of less than 16 kilometers, it is the lowest layer of the atmosphere. There is an abundance of water vapor here.

And where there is water, there is often life. The most important characteristic of living things is that they have life. So, atmospheric life really exists.

Of course, there are large and small creatures, some visible to the naked eye, and some invisible to the naked eye.

Atmospheric behemoths are unconfirmed creatures that inhabit the atmospheres of planets. Legend has it that the creature is a translucent gelatinous creature with a jellyfish-like body, or is made of a gelatinous substance lighter than air, with antennae and spikes, and lives by preying on birds and absorbing the energy of lightning.

Atmospheric biology is a corollary of the current scientific and technological development. Because the earth is surrounded by a thick atmosphere, inside these atmospheres, there are likely to be some microorganisms.

The biosphere is a unified whole formed by all living things on Earth and the environment in which they live, including the bottom of the atmosphere, most of the hydrosphere and the surface of the lithosphere; The organisms in the atmosphere are mainly concentrated in the lower layer, that is, at the junction with the lithosphere Birds can fly thousands of meters high, insects and some small animals can be carried to the air by the air current, and even bacteria and fungi are found in the stratosphere at 22,000 meters The main factors restricting the distribution of organisms to the upper altitude are hypoxia, lack of water, low temperature and low pressure The organisms in the atmosphere mainly include insects, birds, pterodactyls, bacteria floating in the air and other microorganisms; The lithosphere is the solid part of the earth's surface Its surface is mostly covered with soil, which is the "foothold" of all terrestrial organisms Within this circle, there are lush forests, endless grasslands, colorful exotic flowers and plants, colorful insects, a wide variety of birds and animals, and a large number of bacteria and fungi The lithosphere is also the "foothold" of human beings In the lithosphere, the deepest records of biological distribution are petroleum bacteria that live in oil at 2500 3000 meters underground, However, most organisms live within a few tens of centimeters in the upper layer of the soil, and the main factors that limit the distribution of organisms to deep soil are hypoxia and lack of light; Most of the hydrosphere mainly refers to the sea level within 150 meters, below 150 meters there is no light, which is not suitable for the survival of living organisms, but there are also a small number of living things

at all levels. Biodiversity.

So far, life in the Earth's atmosphere seems to be all microbes, and it seems to be all coincidental, and it is closely related to life on the Earth's surface, rather than a separate ecosystem. When the Earth's atmosphere comes into contact with the ground, these tiny but strong creatures are lifted up and then carried into the lower layers of the atmosphere through a series of processes.

Based on what we already know, these microbes are just passers-by in the atmosphere. Kevin Dillon, Ph.D. candidate in microbiology at Rutgers University, said in the discussion, "The atmosphere is like a highway for microbes, who float freely in the atmosphere and sometimes hide in the clouds for a ride. ”

Microorganisms end up in both atmospheres. Diana Gentry, a research scientist at the Ames Research Center, said in the discussion that in the lower troposphere, microbes are largely at risk of being "air-dried". This is where the clouds come into play.

If lifted by the wind and suspended in the atmosphere, microorganisms can quickly lose all their water. "So the lower cloud layers have a clear advantage – they're like mobile water stations for microbes." When microbes float in the atmosphere, clouds can help them stay moist.

In the troposphere, some microorganisms can even survive normally.

The figure shows the distribution of clouds around the world over more than a decade, photographed by NASA's Aqua satellite.

At the same time, in the upper stratosphere, the environment is harsher, and microbes need to face drier and even more acidic environments. Here, microbes usually curl up, go into a dormant state, and wait until they return to the Earth's surface to wake up. Of course, some microbes die here, and some die before they are swept up in the atmosphere.

So far, even in the best of ideal scenarios, atmospheric microbes have exhausted their strength just to survive. "In fact, we're just beginning to understand the process by which microbes move from the Earth's surface into the atmosphere," Smith said.

We still don't have answers to the questions of how long they can float in the atmosphere, whether they will do some meaningful activity, grow and reproduce during the time they float, etc. We still have a lot of work to do to study the Earth's atmosphere. ”

But just as the discovery of hydrothermal biomes on the ocean floor led cosmobiologists to wonder if life could be found in the depths of frozen moons, scientists are now beginning to wonder whether extreme atmospheric life on Earth could be used as a template for determining whether similar life exists elsewhere in the solar system.

Yes, yes. But what part of the atmosphere are you referring to? The Earth's atmosphere includes the troposphere, stratosphere, ionosphere, and outer space.

If you want to say that there are organisms in the troposphere, it is the part of the air in which we live, and the above netizens mentioned spores (seeds of fungi and ferns that reproduce asexually), as well as viruses (viruses are also considered organisms), and some bacteria

Atmospheric creatures are creatures that float in the air and live in the air without needing to go to the ground for the rest of their lives. It is a living creature that lives in the atmosphere. Lai Yan headlines.

Theoretically, it's quite possible that it really exists. Lai Yan headlines.

Some scientists believe that water and the atmosphere are both fluids, and that there are many organisms living in the water, and that there may be some organisms in the atmosphere, which is the so-called atmospheric life. Strip Lai Piercing Head.

Some scientists even believe that on some gaseous planets, there are atmospheric organisms. The ** that sustains their life energy is not necessarily other creatures. Their recipe could be ultraviolet light, it could be thunder, it could be moisture or other gases in the atmosphere.

Lai Yan headlines. Due to its low body density, it does not need wings to live in the air. Lai Yan headlines and birds, need to nest on the ground. Life is inseparable from the ground and does not belong to atmospheric creatures. Strip Lai Piercing Head.

There are living things in the layer, but it's so small that we can't find it, and I think we're living in the atmosphere, under the atmosphere.

There are living things in the atmosphere. But what part of the atmosphere are you referring to? The Earth's atmosphere includes the troposphere, stratosphere, ionosphere, and outer space.

If you want to say that there are organisms in the troposphere, it is the part of the air in which we live, and the above netizens mentioned spores (seeds of fungi and ferns that reproduce asexually), as well as viruses (viruses are also considered organisms), and some bacteria

There are living things in the atmosphere, such as microorganisms. The single cell of the microorganism is invisible to the naked eye, but it does exist.