Aerobiosis

Aerobiosis is the ability of organisms to exist and reproduce in a limited air space. The aerobiosis hypothesis was based on the idea of ​​Academician of the Academy of Sciences of Belarus Vitaly Ivanovich Vernich: “The biosphere is first of all a biofield, and air is also an element of the biosphere. Consequently, living matter is a factor in the pressure of the atmosphere on the upper shell of the globe. To overcome this pressure, the emergence of aerobes is necessary—organisms resistant to pressure differences.” According to him, the main reason for the disappearance of flying insects around the world was not ultraviolet light, but the refusal to use wood as fuel. The formation of aerobiosis was preceded by the separation of water from land and the “burning” of the ozone layer. The hypothesis received support from researchers. The study of the flora and fauna of the Mesozoic swamps and deserts of Arizona (USA) made it possible to establish the presence of thousands of species of insects that have retained the density of the adult generation. It has been proven that aerobes are capable of leaving offspring in the rarefied atmospheres of planets, the existence of which is impossible for the inhabitants of the lower levels. Insects are particularly resistant to hypoxia: they survive even in conditions of low partial vacuum. The bulk of amphibians will die within 18 hours. All mammals within 24 hours. Fish can remain in the air without an oxygen source for 30 minutes. Aerobites are found among invertebrates (ostracods in Pandora, hole borers), arthropods (centipedes) and vertebrates (agility tops all populations). The weather balloon and balloon serve simultaneously as roots for plants and comfortable bedrooms and places of residence, while hydromancers are used as storage and delivery chambers. It is assumed that inside our planet, which consists of solid matter, there is a large layer of soil and a layer of air up to one hundred kilometers thick.