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Deep-Ocean Metagenomics: Comparative Investigations of Microbes Inhabiting Hydrothermal Vents and the Cold Deep Ocean

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Abstract

The deep-ocean accounts for the majority of the water on our planet. While the cold deep-ocean is the dominant nutrient-challenged ecosystem, hydrothermal vents represent oases along tectonically active areas of the seafloor. Hydrothermal vents and the surrounding cold deep-ocean each support unique communities of microbes and viruses that have become highly adapted to local conditions.

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The deep-ocean accounts for the majority of the water on our planet. While the cold deep-ocean is the dominant nutrient-challenged ecosystem, hydrothermal vents represent oases along tectonically active areas of the seafloor. Hydrothermal vents and the surrounding cold deep-ocean each support unique communities of microbes and viruses that have become highly adapted to local conditions.

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Available abstract

The deep-ocean accounts for the majority of the water on our planet. While the cold deep-ocean is the dominant nutrient-challenged ecosystem, hydrothermal vents represent oases along tectonically active areas of the seafloor. Hydrothermal vents and the surrounding cold deep-ocean each support unique communities of microbes and viruses that have become highly adapted to local conditions.

Key concepts: Hydrothermal vent, Deep sea, Metagenomics, Oceanography, Cold seep, Hydrothermal circulation, Chemosynthesis, Geology

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Deep-Ocean Metagenomics: Comparative Investigations of Microbes Inhabiting Hydrothermal Vents and the Cold Deep Ocean — Research Paper | ScholarLens