Do birds collide in the air 5, do birds collide in the air

The question is interesting.

Birds will definitely collide in the air, and they will even hit stationary objects like antennas during flight, and it is unbelievable to say that they will not collide when flying at high speed with each other. But birds of the same species rarely collide, and if there are birds that collide with each other, they are almost all different species of birds.

We can often see thousands of starlings, flamingos, and quelia finches circling the sky in black and in perfect unison, and the birds will turn almost at the same time, never colliding with each other. This phenomenon may seem magical, but if you understand it in terms of relative velocity, it is not surprising: two people jump out of the cabin at a high altitude and make a downward free fall, and when one of them shoots each other with a camera, the other person seems to be suspended in the air.

Just because the rate of decline between the two is almost the same, the relative velocity is close to zero when used as a reference to each other. Therefore, when the same bird flies in the sky, the speed is relatively close, and the relative speed is very small, figuratively speaking, in the eyes of the bird, the other companions seem to be moving slowly, just like a parachutist looking at his companions, so that they can easily adjust their posture and keep in line with the group.

If it's a different species of bird, the situation is different. Because each other's flight speed and attitude are different, sometimes one bird deliberately pounces on another bird (such as a bird of prey), if two birds fly face to face, then the relative speed is twice or more faster than their own flight speed, and the birds often have no time to react and collide (the same is true for the plane to hit the bird in the air).

The eagle's predation in the air is actually a deliberate collision, but the eagle uses its talons instead of its body to collide with the bird's body, and under the action of relative velocity, the force generated by this collision will be very strong, and this force cannot be achieved when the eagle is stationary.

Birds of prey crash into them when they hunt; In addition, there is no intention of colliding, because many birds do not look forward when flying; There is also a collision when walking through the woods.

No, the body of the bird is flexible and the eyes are good :)

Yes, provided that it is in the case of a frightened person. Normally, no, but there are exceptions.

Anything that can fly has better eyes than running on the road.

Who do you say has good eyes, eagle or dog???

Biology for 2 years in junior high school went to school to learn instrumentals.

I guess it is, people bump into each other when they walk.

Of course, it will be hit, and it is very dangerous for the plane to be hit, so under normal circumstances, the airport has such measures to repel birds.

There are various ways to repel birds at airports The most popular one at present is the "method of changing the ecological structure.""It is known that in the event of a collision between a bird and an aircraft in flight and causing injury, there is a term - bird strike. It is estimated that when a bird weighing about 3 kilograms collides with an airplane, it can produce an impact force of 16 tons, which is tantamount to a missile attack on the aircraft. In order to drive away birds, the airport can be said to have tried its best to search the Internet, there are the following ways:

"Gas cannon": is a kind of equipment that can only make sound and will not produce destructive effect, it is a kind of equipment powered by gas, in addition to the airport and its nearby areas can provide bird food mainly garbage, plants (such as grass, grass seeds, berries, etc.), animals (such as insects, earthworms, snails, mice, rabbits, etc.), etc., lawn transformation, mowing, spraying chemical reagents, removing garbage in the field, prohibiting crop planting and other methods should be adopted, effectively reduce the harm caused by attracting birds. Surface water is attractive to birds, so it should be minimized as much as possible within the airport limits, water should be drained from puddles and depressions, and drains should be cleaned regularly to keep them clear and clean to avoid insects and aquatic life.

Drains should be replaced with drains as much as possible to reduce airport surface water, and it is also necessary to properly control and manage the waters in the vicinity of airports, destroying the sheltering environment of birds is also a major part of environmental management, regularly inspecting the corners of airport buildings, and so on.

Birds react much faster to the speed of movement of objects in the environment than humans, and watching other birds fly is like seeing people in slow motion, so Xiang Mu is able to avoid possible collisions at a faster speed, which can explain that birds will hit stationary glass and will not collide in the air.

Italian physicist Cabagna and his team made this feast 3D image of the movement of the flock and unexpectedly found that the distribution of birds in the flock was uneven, and the birds at the edge of the flock were denser than in the center, just like in a crowded bus, the passengers of ** chatted leisurely, but it was crowded near the door. What made them even more interesting was that the bird in the flock could see 15 to 16 of its kind in its vicinity, but it only paid attention to the movement of the six or seven birds in front of and behind it. It doesn't matter how close the neighboring birds are to it, it's the number of birds that matter, and they only change their speed and direction according to their own kind in the neighboring forests, which ensures that the whole flock flies in the same direction.

Birds react much faster to the speed of movement of objects in their environment than humans, and watching other birds fly is like seeing people in slow motion, so they are able to avoid possible collisions at a faster speed, which explains that birds hit stationary glass and do not collide in the air.

Italian physicist Cabagna and his team made a 3D image of the movement of the flock of birds, and unexpectedly found that the distribution of birds in the flock was uneven, and the birds at the edge of the flock were denser than in the center, just like in a crowded bus, the passengers of ** chatted leisurely, but it was crowded near the door. What was even more interesting was the fact that the birds in the flock could see 15 to 16 of their kind in the vicinity of the flock, but they only paid attention to the movements of the six or seven birds in front of and behind them. It doesn't matter how close the neighboring birds are to it, it's the number of birds that matter, and they only change their speed and direction according to their neighboring kind, which ensures that the whole flock flies in the same direction.

Anyone who has ever been in an airplane will know that the flight speed of an airplane is very fast, for example, a passenger plane can fly 918 kilometers in an hour, and the flight speed of a bird cannot be compared with an airplane, and the fastest flying bird can only fly fifty or sixty kilometers in an hour. When a bird collides with an airplane, it is a very dangerous thing, because the plane flies too fast, almost hitting the plane at a speed of more than 1,000 kilometers, and this deterrent effect is very huge.

Those who are good at studying airplanes will notice that there is a white spiral on the airplane, and this thing plays an important role when the plane is flying. In fact, the early designers of airplanes imagined what would happen if the plane collided with a bird, and such a device was designed to prevent such a thing from happening.

This happened in the 80s of the last century, when an airline had an accident while the plane was flying, and it was because the plane collided with a bird, which caused the airline to suffer particularly serious losses.

Later, Rolls-Royce proposed this and looked for a way to prevent such an incident from happening again, so they invented the white helix to mark the aircraft. The plane flies at high altitude, and as the speed gets faster and faster, the engine keeps spinning in the high altitude, and then there will be a vortex that will flicker all the time, and when the birds pass by, they will be very scared to flee the plane, so that the plane and the bird will not collide. The collision between an airplane and a bird is a worldwide problem and poses a threat to the flight safety of both civil and military aircraft.

Airplanes are afraid of birds because the relative speed of airplanes is large, and the force after colliding with objects is greater. If it exceeds the bearing capacity of a certain part of the aircraft, it may damage the body or parts of the aircraft, and in serious cases, it will directly threaten flight safety. Birds hitting airplanes often happen, especially in spring, summer and autumn, and there will be more low-altitude and ultra-low-altitude flights, like sparrow 、..

What are the consequences of an airplane colliding with a bird while it is in flight? I don't know the danger after reading it!

The plane was very noisy, the birds were timid by nature, and the birds were scared away by such a behemoth in the sky.

Because birds generally don't rush up to death so stupidly.

will avoid each other, otherwise the consequences will be serious.

Because the captain can see the birds, it will not collide.

Birds avoid airplanes, and airplanes avoid birds.

Seeing obstacles ahead, birds and planes will avoid them in advance.

Because birds can't fly that high, and besides, they can see it.

Both birds and airplanes will respond to obstacles ahead.

Because there are people who can drive, and they can avoid birds.

Although the bird is small, coupled with the speed of the aircraft, the attack power is still very high, which will cause a crash.

Aircraft are generally equipped with bioradar.

3. Birds flying in the air are inevitable and encounter each other, so it is also an inevitable phenomenon. In general, the air itself is a space, in a confined space, small bird collisions are also very common, and it is precisely because of this that if birds fly in a relatively small space in a large area and large groups, then at this time there will definitely be a collision with each other, so it is said that birds collide with each other when flying in the air.

On the other hand, with the improvement of the sensitivity of birds, when they are frightened, they may also lead to many times unconsciously crashing into the same kind, and because of this, they will collide with each other.

This is generally not possible, because birds have eyes, and some are located by magnetic fields, so they will not collide.

Yes, birds don't have time to react, but this happens less often.

Because birds have a more developed visual system than humans, and their reaction speed is also very fast, so that they can see each other from a distance when they are in the air, and they will not collide.

It's not that the kinetic energy of the bird is greater, but that the kinetic energy of the plane is great, and if the two collide, the plane will be damaged.

In fact, it is not the bird that hits the plane, but the plane that hits the bird, because the speed of the plane is very fast, when the plane hits the bird rapidly, it is equivalent to the bird crashing into the plane rapidly, so the bird because of the force and reaction force and gravitational acceleration, just like a cannonball shot at the plane, the plane will naturally be abnormal, you must know that even a soybean, if the speed reaches a certain level, a tank can be penetrated. Of course, there will also be cases where the bird accidentally enters the aircraft engine intake turbine when the aircraft first takes off, which will also cause damage or even crash of the aircraft.

As air traffic becomes busier, there is an urgent need to have pilots and unmanned aircraft with robust automated systems. After research found that the culprit in most drone crashes was a technical malfunction, experts are calling for stricter regulations on drone management. So maybe we can learn real lessons from nature to help create better conditions for human flight.

will bump together. When the birds are flying in the air, it is entirely possible to accidentally collide together, but the impact of their collision will not be too strong and will not cause them to fall directly.

They will collide together, but the probability is very small, the birds are relatively small, they are very agile and light, they can control their bodies well in the air flight mode, only in the air birds are very dense, will hit.

Birds flying in the air do not collide with each other. Scientists believe that birds have evolved to fly in the air for many years, and they have developed an ability to avoid collisions.

Won't bump together. They fly in the air, and they can see each other coming from afar, so naturally they won't bump into each other. Unless an aggressor comes to provoke him, but this is very unlikely, and he will risk his life in the air.