The environment that is hell for some species can be heaven to another species
Things like lifeforms on Venus might seem crazy, and that's why they might be true. This is a fact in many things. The craziest ideas are turning to reality, as in the ideas that near black smokers at the ocean floor, are creatures, what would die if they are getting free oxygen. They need oxygen in their body functions as the normal organisms need, but they are separating the oxygen from the carbon monoxide or carbon dioxide, or they can break the water molecules.
The thing in those bacteria is that if they are facing free oxygen, they would burn because their metabolism is accelerating at a too high level, that it destroys the mitochondria of those creatures. There is also lifeforms, which cannot drink water at all, because their cells would burn. Mostly those animals, that are living in extremely dry areas are getting all water what they need from their solid nutrient.
They need water, but they get it from a different form than humans and other mammals. That means they are adapted in their environment, which is extreme for us. But those creatures are keeping it as their normal environment. If we would go to that environment, we would die because of the lack of water.
But if those creatures that might have no sweat gland or some other things would come to our environment, that creature would face the thing, what we can call as "bio hell". In that case, the mycelium of fungus and multiple bacteria are attacking that creature. So when we are thinking about that kind of lifeforms, we must realize that the thing, what is heaven to some species, might be hell to some other lifeforms. The trees and forests cannot live without fungus and their mycelium is preparing the nutrients from the soil.
The good topics for the catastrophic movie could be the case, that most of the bacteria would be destroyed on Earth. Bacteria is producing the nutrient from free amino acids, which are nutrients for upper creatures, and without those bacteria, the life would be dangered in our planet. But nobody wants to protect those extremely vital parts of the food chain.
Why the supernova and cosmic radiation pikes are extremely dangerous? The answer is that the cosmic radiation pike can terminate a major part of the bacteria on Earth. If that thing happens, the production of the nutrients and the first step in the food chain is disturbing. And that causes extinction in the vegetables, which would travel up to the food chain.
The main role in the food chain is the bacteria, which are turning the minerals from the ground to amino acids, which upper creatures can benefit as nutrients, what they use to build proteins in their cells. So in food chains, there is no last without the first. Bacteria itself can produce amino acids. But there is one thing that we must remember, and that thing is that there are many layers of bacteria.
The prime or lowest level bacteria are producing some amino acids from the minerals of the ground. And the upper-level bacteria are connecting their amino-acids to new and more complicated amino acids, which are the same thing with food. If the beasts are eating too much their quarries they are dying for hunger. But if the bacteria lost from the ground we would be in the deepest trouble in history.
We can say that some water is polluted because there are bacteria, what are living in our intestines. That bacteria lives in our body, and those bacteria are extremely vital for us. Without them, we cannot benefit from the nutrients, what we are eating. So the same bacteria, what is polluting water and make it poisonous is also vital for us. But if that bacteria goes twice through our intestines, it would turn to cholera, which kills a person in hours.
The reason for that is that the bacteria and tiny microvilli in our intestines are destroyed. And that means either nutrient and water cannot transfer to the human body. This is a good example of the case, where the same bacteria are a vital part of our life, but the same organism can destroy us if it travels twice through our intestines.
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