 the fast-force cycle, first the contents, importance of fast-force, reservoir of fast-force, absorption by plants and animals, return of fast-force to the environment, human impact on fast-force cycle, and the diagrammatic representation of the fast-force cycle. First, what is the importance of fast-force? Fast-force is very important for the animals and the plants. Because it is the essential part of nucleic acids. If we talk about nucleic acids, the fast-faith group of DNA and RNA represents fast-force. Similarly, ATP is also nucleotide, adenosine triphosphate. Since ATP has three energy currents, it has three fast-faiths. You mean, fast-faith is an energy molecule that exists throughout life or is in running. So, phospholipids, membrane lipids, phospholipids, they are also having fast-faith in them. Similarly, the skeleton of vertebrates, our bones, our teeth, they are also having the fast-force in them. So, it means the fast-force is also an important component of the living organisms. So, what is the reservoir of fast-force? If we look at the fast-force, since it is present in minerals, it does not exist in the atmosphere. Therefore, it is not a cycle with the atmosphere. In fact, it is a lithotrophic cycle in the soil. Reservoir of fast-force, that is the sedimentary rocks. These are the rocks where the fast-force is deposited in an ancient type. The sedimentary rocks in the fast-force, like the birds or the animals that used to live in an habitat, they used to eat something. Their fecal material was deposited in the fast-force because of the fecal material. So, how it is extracted? Now, how is the extraction of fast-force? It is simply a natural process. As the rocks are being separated, the fast-force is coming back to the soil in the environment. During erosion, the sedimentary rocks will be eroded. The fast-force is coming to the environment. Human activity. Human is a limiting element of fast-force in the soil. So, when the human extracts the reservoir of fast-force, it is included in the soil. So, fast-force, when it is in the soil, when it comes to the soil coming out of the reservoir, as fast-force, it is absorbed by the plants. Plants absorb the fast-force. They absorb the fast-force and make it a part of their body. Then, when these plants and fungi use animals, then the fast-force will ultimately become a part of the animals. So, from the soil, the fast-force is a part of the plant's body, and from the plant, it is a part of the animals. Some fast-force is directly absorbed by the animals when fast-force is present in the water. In some little amounts, if fast-force is present in the water, then the fast-force will be absorbed by the animals when it is in the water. So, when the animals or plants come into the body, the fast-force will synthesize different biomolecules, such as nucleic acid, DNA, RNA, DNT-P's. It will be a part of the skeleton, in which the bones will be formed, The next step is to go back to the environment. So, simply, when animals and plants die, then their bodies will decay. When their dead bodies decay, then the decay means that they will fall apart, they will fall apart, then the fast-force will go back to the soil again. After going into the soil, it can be again used by the plants. So, if these plants are utilized in the water, then what can the animals do again? They can utilize it. So, from this way, from the soil, the fast-force will plant in the animals. When the animals die, then what will it do again? It will go back to the soil. So, in the cycle of the fast-force, a small cycle will go on like this. So, some part of the fast-force, some part of the fast-force will be the part of the sedimentary rocks that flow with the water. Now, the part of the sedimentary rock that will become the part of the fast-force, it will go out of the fast-force cycle. We are going to say that it is locked. And after a long time, when the sedimentary rocks of the fast-force are explored again, that fast-force will again become part of the fast-force cycle. What is the impact of humans? The impact of humans on the fast-force cycle is that humans have explored the fast-force reservoirs. The amount of DAP that we use in our food, the DAP that we call Guara, is basically the fast-force containing fertilizers. Now, human fast-force containing fertilizers is used in agriculture. So, what does the fast-force cycle do? It is accelerating. But the impact with this is that when the fast-force will go into the water bodies, in the water bodies, the algae will grow more. The water bodies will start the process of eutrophication. The algal bloom will come. So, this is the negative thing for the fast-force cycle. It will have a negative impact on the natural environment. In this diagram, we will start the fast-force present in the sedimentary rocks. In the sedimentary rocks, where the fast-force reservoir is. Now, if the sedimentary rocks will be withering, will burst, will be erosion, then ultimately, the fast-force from the sedimentary rocks will come out into the soil. Now, the fast-force that will come into the soil is basically in the soil. This fast-force is utilized by the plants. It is also used by the fungi. Then, the plant's materials are utilized by the animals. So, the fast-force will go from plants to animals. Some fast-force will directly come into the water when they drink it. So, during the drinking process, they will obtain and they will uptake the fast-force. So, they will uptake the fast-force. Then, ultimately, when the animals die, the fast-force will come back to the soil. The plant's death will come back. This fast-force again. Some fast-force will go from the sedimentary rocks and the fast-force will come out of the cycle.