Ecology wants to explain why the world looks and acts the way you do. Why the South Pole looks different in Congo, and why there are mosquitoes everywhere when black rhinos are gone. The short answer to this question is: because the earth is so dense that living things, both living and non-living, have been in contact with one another, on a daily basis, since the beginning of life on this planet. The short answer is that all life and all these interdependence depend on only two things. Try to guess what they are. In the meantime, get ready, because you can think all living things, great white sharks, pool scum, potato plants, like sharing molecules. Each of us living in a system of things, such as one oxygen molecule, is needed to make ATP to our body. But you can't do much on your own. But when you get a million oxygen molecules and other types of molecules, they suddenly release googlejillion megawatts of ATP energy to heal the meat bag that you are.
The same principle applies to living things: As they combine individual organisms, they can work together with one another and with their environment, to produce something larger than the sum of its components. And just as every living thing has its own set of biological systems, from molecules to organelles to cells and tissues and organs, so the Earth has phases of natural order. For example, when a group of members of a certain type get together in a certain place, and they share a lot, you have a population. Humans are learning why people grow or shrink over time, depending on where they are. When two or more people of different races live together, we call that community. You can think of an environmental community as a neighbor of Mr. Roger, but the locals sometimes eat each other. Because that is what living things do when they live together, they work together. Sometimes that means rape, sometimes co-operation, and sometimes competition for resources such as food, water and shelter. Therefore, a social scientist examines how interactions between community members and their environment affect how many species are present in the community.
One category from which communities are ecosystems, consisting of groups of living things in a particular area and inanimate parts of their environment, such as soil, water, and air. If you take a large number of organisms and place them on the ground in one place with a certain mixture of climate, soil chemistry, and topography, that will create one kind of ecosystem. But if you put them down in a completely different place, they will work in completely different ways to make a completely different ecosystem. Ecosystem ecology specifically examines how energy and resources flow into the ecosystem, and how the physical environment affects the living thing. Now, many people are finding that the ecosystem is confused with the next step: biomes. A biome, however, is when living things modify similar processes to adapt to a set of common conditions. For example, a grassy area is a type of biome - there are dozens of species living in grasslands all over the world, but living things in each area have made the same evolutionary agreement in all conditions that grasslands share, such as your tropics, and your environment. cold winters, and not much rain, but more rain than you can find in a desert area.
Other biomes include tropical rain forest, tundra, deserts, and ocean. The only other end of the biome is the biosphere, which includes the atmosphere, the earth, and all living things. So, why do all these high levels of environmental performance look the same? Like, why do some living things like to live in one place but do not like another? And what makes different world societies, communities, ecosystems, and biomes different from each other? However, the factors that determine a place's appearance fall into two distinct categories: biotic, or living, and abiotic, inanimate. Biotic factors include substances such as predators, as well as animals or plants that provide competition or certain benefits, such as food or shelter. Bacteria, on the other hand, are sensitive to temperature, humidity, sunlight, altitude, organisms that have nothing to do with living things in the ecosystem, but have similar effects on other organisms. Now, in these two categories, the most influential factors are those in which living organisms focus most.
That is, the things they need most, but only to some degree. And these favorites all go down to chemistry. For example, nearly all the chemical reactions that take place within living organisms are regulated by enzymes. They are the motives for all the actions that take place within you. And these enzymes are most active within the climate set
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