All over the world, an incredible count of agencies are reconnoitering the oceans and seas in divergent areas. The planet Earth is practically covered with 70% of deep-water areas, and conferring to the approximations only, 5% of the oceans are just reconnoitered. It is known that scientists have established a great interest in the exploration of the sea beds and oceans. Scientists are always eager to find these kinds of new and completely different creatures from the oceans. This attentiveness is developed in search of the information which the oceans contain and it will take uncountable years to explore all the oceans of the earth. Exploration is knowledge, and humans are always eager to find knowledge. They have rummaged through most of the land species, but now they have found a new and highly rich in knowledge, mysteries, information, imagination, and spreading out of the scope (Jaffe et al.). There is a most interesting aspect of ocean exploration, which is that it lets us find the answers to the interrogations that are beyond the illusory of humans (Fortes et al., 1054). The main point of developing a Synthesis paper is to deliberate the reimbursements and significance of deep-sea exploration.
From the knowledge perspective of space exploration in comparison to the ocean comparison, it is well thought-out that space exploration is restricted due to the funds and possessions and is highly expensive in all aspects. The most attractive thing about ocean exploration is the distance the exploration sites are accessible to humans, and they can sense things with their hands and bare eyes, but space exploration is away from the human approach. Only spacecraft and telescopes are the sources of knowledge in the human approach. Humans are only able to review the space in the picture as the sky is being observed at night. The comparison of space exploration and sea exploration has some other quarrels, and they are exceedingly under discussion between the scientists and the stakeholders or, in common words, the investors. A Chinese agency has discovered some new forms of sponges for whom the classification is considered to be redefined (Kamke et al.). This was a discovery in the middle of the Pacific, where there was expected to be no life available due to unsustainable conditions. Deep sea exploration is helping in technology augmentation as initially, in ancient times, only divers used to dive inside the seas, and the use of oxygen cylinders was enhanced (Mehbub et al., 4540). The researchers proceeded, and then the submarines were invented, which were used to find the distinct parts of the ocean. Currently, for the first time in history, the deepest parts of the ocean have been discovered, which is a great achievement.
In a nutshell, it can be enlightened that deep sea exploration is a vast topic with extensive. The exploration of the oceans will help us know about the real Earth as well as the history of our planet. Hidden cities inside the ocean were discovered, and a new way of exploration of history was introduced. These new ways of exploration of the seas are discussed and will be implemented sooner. According to scientists, the species that exist under the surface of the water are thousands of times more than that of species on the land. Most scientists have devoted their lives to the history of the exploration of the seas, but they only found the minimum part of it, which is also valuable for us today. They estimated that there would be a long time required for the study of the sea in all aspects, including species, minerals, and surface.
Works Cited
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Jaffe, Jules S., et al. “A swarm of autonomous miniature underwater robot drifters for exploring submesoscale ocean dynamics.” Nature Communications 8 (2017): 14189.
Fortes, F. J., et al. “A study of underwater stand-off laser-induced breakdown spectroscopy for chemical analysis of objects in the deep ocean.” Journal of Analytical Atomic Spectrometry 30.5 (2015): 1050-1056.
Pusceddu, Antonio, et al. “Chronic and intensive bottom trawling impairs deep-sea biodiversity and ecosystem functioning.” Proceedings of the National Academy of Sciences 111.24 (2014): 8861-8866.
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Kamke, J., et al. “The Candidate Phylum Poribacteria by Single-Cell Genomics: New Insights into.” (2014).
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