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Science, 2015
Paleoceanography Have changes in ocean circulation contributed to the sudden increases in the concentration of atmospheric carbon dioxide that occurred during the last deglaciation? Chen et al. provide a high-resolution radiocarbon record for that time, derived from deep sea corals.
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Paleoceanography Have changes in ocean circulation contributed to the sudden increases in the concentration of atmospheric carbon dioxide that occurred during the last deglaciation? Chen et al. provide a high-resolution radiocarbon record for that time, derived from deep sea corals.
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2008
Introduction The deep sea is defined as water depth greater than 200 m, thereby excluding the continental shelf (Chapter 15). Deep-sea environments are present over 65% of the Earth's surface, and include ocean basins, oceanic trenches, island-arc basins, marginal seas, and downfaulted continental borderlands (Figure 18.1).
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Introduction The deep sea is defined as water depth greater than 200 m, thereby excluding the continental shelf (Chapter 15). Deep-sea environments are present over 65% of the Earth's surface, and include ocean basins, oceanic trenches, island-arc basins, marginal seas, and downfaulted continental borderlands (Figure 18.1).
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Deep convolution neural network based semantic segmentation for ocean eddy detection
Expert Systems With Applications, 2023Shaik John Saida, Samit Ari
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CO2 storage and release in the deep Southern Ocean on millennial to centennial timescales
Nature, 2018Andrea Burke +2 more
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Mantle 3He distribution and deep circulation in the Indian Ocean
Journal of Geophysical Research: Oceans, 2004Donald Olson, John Lupton
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