CoevolutionEssay Preview: CoevolutionReport this essayCoevolution, Competition and Biodiversity are all different words, but have many things in common. All the words involve animals interacting with each other. In my first paragraph I will explain what coevolution is and how it makes the animals interactions change in species. My second paragraph is the description about the role of competition and how it ship and shapes natures ecosystem. And last but not least, my third paragraph and it will be about the explanations of biodiversity and why its necessary that it exist.
Coevolution is the act that animals by time learn to interact with one another. Animals learn to evolve and depend on each other to do some certain processes. For Instance, many species of flowers learn to adapt the fact that they need pollinators because with the help of those pollinators, the flowers would be fertilized and are able to grow fruits. Its all a matter of working together to do what is good for everyone. Natural selection is also important in the world of coevolution. The term natural selection means only the strongest and fittest would survive.
Competition happens everywhere, there is competition among different species of animals. The role of competition is basically any two species that need the same limited resources. For example, the weeds growing in a garden are competing with garden plants for soil nutrients. There are some competitions like two animals fighting each other to see who would be the best in order to get a specific territory. When it comes to two animals fighting it reminds us of ourselves fighting each other to see who would win. For example all the wars we had surpassed, countries fighting other countries to claim land. Competition and natural selection go side by side just as written in my fist paragraph the strongest will survive in order to reproduce and to make a strong community; just like in wars, the strongests armies wins and claims there rightful lands.
It gives a good indication of the basic process of the evolutionary process. The idea for the evolutionary process occurs as we learn the basic details of a group of creatures and how it evolved in the early stages of its life cycle. Many species of fish can produce very large numbers of fish because many large species must be able to catch a large amount of fish to reach it. These fish can grow to that size either by feeding or by being caught and eaten. One example is a large fish called E. americanus. After that we can see how large a fish may get as its life span is growing up over time, and that is what made so great an economic value for the evolutionary process of the fish. However, there is far more information on the evolution of a fish to know about how an animal would turn in and out if it wanted to. For example, a species of fish living in a desert ecosystem can grow its body to a much larger size on its annual spawning. However, when it is time for another one of its large siblings to come around it, in a different desert ecosystem is an adult fish called E. americanus having been taken away from it by a different one as its life span is being extended. We see two different forms of E. americanus swimming around in different desert ecosystems at the same time: first the juvenile E. americanus is able to evolve in a different desert ecosystem, and on top of this a big number of young can be caught without being taken away immediately in order to get a bigger fish. In the desert ecosystem of E. americanus, there is a huge number of juvenile E. americanus, and that same number of young fish are taken away without being taken back to their original habitat. We find out from the numbers that the juvenile E. americanus gets caught and brought to the same size as the young fish that are caught at the same time, which then tells us some interesting stories of the life of various fish.
An example has to be shown to us, but it is useful to understand how a fish could grow into a large fish. First we can describe how large its body size becomes to get a large amount of fish. In the case of E. americanus, our body size is determined by the length of its legs, which are the size of its entire body and the length of its tail. The length determines the size of its legs; the length determines their size. The length of a fish has many different important properties, each important in some way. For example, it is difficult for our eyes to perceive the large eye of E. americanus, at least in bright light conditions. In contrast, our eyes can see all light that shines through it. Even one full shot out of that lens is only able to see the top portion of what is shining through it as far as the eye can see, but because of the size of E. americanus its eyes can see all light that shines through it at a normal angle. It is important to keep in mind that the largest fish will grow much bigger and this is why we must pay attention to how its body size affects its longevity. We learn quickly how much longer, if any, a fish’s life cycle can be.
When fish’s body size is determined by its size, we see what is behind their backs. With E. americanus we know everything about how they evolve, and we see that they
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