Abyssal Benthic Rover, an autonomous vehicle for long-term monitoring of deep-ocean processes
K.L. Smith, Alana D. Sherman, Paul McGill, R. Henthorn, João Gomes Ferreira, T. Connolly, Christine L. Huffard
Abstract
K.L. Smith, Alana D. Sherman, Paul McGill, R. Henthorn, João Gomes Ferreira, T. Connolly, Christine L. Huffard
Abstract
< 0.01). These results show important influences of biological processes on the carbon cycle. The demonstrated success of BR-II now creates opportunities to expand the long-term monitoring of the deep sea to resolve the coupling of water column and benthic processes key to understanding the oceanic carbon cycle on a planet engulfed in a changing climate.
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< 0.01). These results show important influences of biological processes on the carbon cycle. The demonstrated success of BR-II now creates opportunities to expand the long-term monitoring of the deep sea to resolve the coupling of water column and benthic processes key to understanding the oceanic carbon cycle on a planet engulfed in a changing climate.
Key concepts: Phytodetritus, Benthic zone, Abyssal zone, Oceanography, Environmental science, Water column, Seafloor spreading, Deep sea