Abyssal Zone

Abyssal Zone Steven Jevan 10. 2 Located deeper than 2000 meters netherneath the ocean open air, lies a biome that we take for b bely seen and fetch. This unbelievable and incredible biome is called the abysmal zone. With a depth reaching down to 6000 meters, it is impossible to inhabit this biome. Conversely, true organisms have managed to keep their survival in this very biome with feature processes. Initially, the unfathomable zone and the living organisms inside it, suffers the extreme conditions. The word abyss is taken from a Greek word, which means bottomless sea.The abyssal zone itself is located between 2000 and 6000 meters underneath the ocean surface. It is located under the bathyal zone and above the hadal zone. In this depth, sunlight is inefficient to penetrate through. Therefore, this zone is filled with complete and perpetual darkness. At the kindred time, in a location this deep, the pressure is unbearable to humans. It is written that, Because irrigate p ressure increases one atmosphere every 33 feet in depth, animals in the abyssal zone must be able to withstand terrible amounts of pressure. (Abyssal). Therefore, animals must be able to withstand up to 11,000 psi.It is incredible how certain(a) organisms are able to survive in this depth, since this amount of pressure would throng a human immediately. Moreover, since the depth oh this biome is extremely deep, the temperature varies from 0 to 4 degrees Celsius. In addition to that, the salinity of the water in the abyssal zone domain between 34. 6 and 35. 0 parts per thousand. We do no realize it, scarcely the abyssal zone covers 60% of the earth and 83% of the oceans. So with these abiotic factors and harsh conditions mentioned, we tend to ask the question, How is it possible for organisms to inhabit this biome? As mentioned before, it is well-nigh impossible for organisms to inhabit this biome, but through particular process, it is possible. Generally speaking, lean that li ves near the bottom of a sea is categorized as demersal fish. However, demersal fishes are then divided again into cardinal types based on their habitat, coastal and deep. As you outhouse see, the fish th at lives in the abyssal zone are categorized as deep-water demersal fish. Examples of these fishes are the deep-water angler fish, giant grenadier, giant squid, viper fish, etc. There are two bureaus in which organisms can survive in this biome.First of all, the predators could invent their prey. In the abyssal zone, it is extremely dark. However, some fish posses a aglow(predicate) intent to act as bait. For instance, the deep-water angler fish owns a luminous object in its spine. Since the biome is extremely dark, the only luminous object will attract the other fishs attention. The second way to survive this biome is through the process of chemosynthesis, rather than photosynthesis. Chemosynthesis is a process in which carbon molecules and nutrients are converted into organ ic materials using the oxidation of inorganic molecules.Rather than using sunlight as the source of energy, chemosynthesis uses the oxidation of inorganic molecules as the source of energy. In the abyssal zone, in that respect is a regular and much higher concentration of nutrient salts of nitrogen, phosphorus, and silica compared in the water above. Britannica states that, This is because abyssal and hadal waters are the reservoir for the salts from decomposed biological materials that mold downward from upper zones, and the lack of sunlight prevents their uptake by photosynthesis. (Abyssal Zone). Also, there is a special term given to the leftovers of animals, plants, and non-living matters that drift down to the trim down zones of the ocean, it is called marine snow. In the abyssal zone, the primary producers are bacteria. These bacteria can also be referred as chemotrophs, or chemosynthetic autotrophs. Therefore, the process of chemosynthesis plays a resilient role in the survival of those organisms in the abyssal zone. I have to admit that the abyssal zone is a remarkable and incredible biome in this earth.Under those harsh and extreme circumstances, the abyssal zone is able to defy its own organism richness. I find it very hard to believe, but it is what exists in this world. Based on research, the abyssal zone is relatively preventive from the harmful effects in the upper part of the earth. The abyssal zone is located so deep and shallow under the ocean surface that it is not affected by the problems associated in the ocean surface. In the commodious run, certain organisms have managed to keep their survival in this very biome through particular processes.The abyssal zone, which is almost inhospitable, turns out to be a habitat for certain organisms. I must say that this biome is phenomenal and implausible. Works Cited Abyssal. Web. 1 Sept. 2009. . Abyssal Zone. Wikipedia. Web. 1 Sept. 2009. . Abyssal zone. Britannica. Web. 2 Sept. 2009. . Autotroph. Web. 2 Sept. 2009. . Chemosynthesis. Wikipedia. Web. 1 Sept. 2009. . Chemosynthesis. Web. 2 Sept. 2009. . Demersal fish. Wikipedia. Web. 2 Sept. 2009. . Marine Snow. Web. 2 Sept. 2009. . Pelagic fish. Wikipedia. Web. 2 Sept. 2009. . What is Chemosynthesis? Web. 2 Sept. 2009. .