What are the effects of Antarctic giant worms on humans

These giant insects can only survive in the cold places of Antarctica, and they can only be so large in the cold climate of Antarctica, and they cannot adapt to the temperature required for human habitation, so they will not affect us at present.

Maybe the only effect is that they look so disgusting that I can't even eat after watching it...

I just saw this news, too, and it's shocking (or disgusting, to be exact) like a monster in a horror movie.

But it shouldn't have an impact on humans, because it survives on the bottom of the sea, and it may also have something to do with the temperature of Antarctica, and if you go to warmer seas, you probably won't survive, and the exact situation will have to wait for the relevant scientists to study.

There is no big impact at the moment, and if the spirit of science fiction is played, such as the 2012 biological mutation, this bug is estimated to become a nightmare for mankind.

Without any effect, the neoworms can grow for a long time, but they never enter the active living space of humans.

For now, it is known that giant worms will eat the carcasses of dead seals and dead fish, which may have appeared due to changes in the environment. The person who discovered the giant insect did not say what harm the giant insect did to humans.

It is beneficial for biodiversity and facilitates the understanding of the origin of life on Earth.

There are remnants of ancient civilizations beneath Antarctica, and although Antarctica has been frozen for many years, it is still a world of its own, with its own biosphere.

Increase human curiosity and ambition to conquer Antarctica!

It depends on whether it is a mutated worm or not. Then there is the quantity, and if there is too much of it, it will definitely have an impact.

It is estimated that it will endanger human health, but it will not be beneficial anyway.

If you think about it, the roundworm must have mutated.

...Because of the environment, the growth of organisms at both poles is relatively slow, but they are larger than the normal kind, which is normal.

It's scary, but it shouldn't make a difference.

Antarctic giant worms belong to the class Nemertine worms, also known as shoelaces or ribbon worms, and belong to the phylum Nemertine worms. Some species are scavengers, but most are very voracious predators, preying on long snouts that emanate from their mouths. Depending on the species, their noses may be poisonous or they may secrete a viscous liquid.

In Antarctica, this sea worm often feeds on mussels and crustaceans.

The earth is getting warmer day by day, and now it is uncertain whether it can survive in the sea water at room temperature, their nose may be poisonous, and may be harmful to humans, but if it is used reasonably, who dares to say that the venom it may exist cannot benefit mankind, and this kind of ancient mysterious creatures have high research value for biological research and the origin of life.

Handmade Hope!

Hehe, it's harmless, and it tastes good.

No, the Antarctic giant worm only eats carrion.

Everyone knows that meat will stink after a long time, and you will get sick if you accidentally eat it, but some creatures are happy to eat these smelly and even rotten food. Even the reason for the smell of meat is a story of "grabbing food". One day, the frog prince died of depression because he did not wait for the princess's kiss.

Its immune defenses suddenly fail, and tiny decomposers begin to invade the frog's body. Most of these decomposers are microorganisms such as bacteria, fungi, actinomycetes, etc., which have the ability to decompose in the ecosystem.

While these microbes have excellent foraging abilities and it usually takes only 5 minutes to invade the poor frog prince, they are too small to eat their target in one bite like a large animal. To prevent being eaten by other organisms, these microorganisms produce a toxin, such as anthrax or botulinum toxin, during feeding, and give them a foul warning. A small amount of these toxins is enough to cause harm to most animals, and for some people who pick up carcasses to eat, learning how to distinguish carrion from good meat is an important ability.

Both wolves and foxes have this ability. In the process of foraging, there are occasional encounters with some prey that have been killed by other predators. Both wolves and foxes can skillfully skip the spoiled meat and eat the good portions.

In other words, as long as the quality is controllable, you are not afraid of anything to eat. As for how to distinguish them? No one has yet been able to give a recognized answer.

With fresh meat to eat, who wants to grab food with microorganisms?

Even hyenas with this reputation prefer to eat fresh meat with less contact with bacteria, fungi and microorganisms, but for some creatures with less predatory abilities, heavily rotten meat is the only alternative food, such as ghouls and vultures. In the cruelty of nature, rotten meat is easier to find than fresh meat. For creatures with poor predatory ability, if nature closes a window, it will leave a door for them to evolve their own way of survival.

This bug is supposed to be a threat to humans, mainly because if this bug comes into contact with humans, it may harm humans.

Antarctic giant insects eat rotting food and are not a threat to humans. Most of the time, she is a very greedy animal that steals other people's food, and they can take advantage of the special structure of the mouth to shoot long things from the mouth to prey, which according to experts, should be nasal-like.

I don't think this giant insect is a threat to humans. Because this giant insect lives in inaccessible Antarctic areas and is non-lethal to humans.

I just saw this news.

It's shocking (disgusting, to be exact), like a monster in a horror movie, but it shouldn't have an effect on humans.

Because it survives at the bottom of the sea.

It may also be related to Antarctic temperature.

If you get to the warmer seas, you probably won't survive.

The specific situation will have to wait for the relevant scientists to study.

The British BBC documentary "LIFE" filmed a large number of colorful starfish and 3-meter-long giant insects under the thick ice of Antarctica. Through time-lapse filming, they found that a large number of deep-sea creatures had gathered improvised, frantically competing to eat the carcass of a seal that had sunk to the bottom of the sea. This is the Antarctic giant worm.