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geology. Project description Arctic Atlantification, involving the increasing intrusion of relatively warm, salty and nutrient rich ocean waters from the Atlantic into the Arctic Ocean, is strengthening
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dynamics, marine ecosystems, resource management, risk managements and much more. Recognizing the critical importance of seafloor mapping, the Nippon Foundation-GEBCO Seabed 2030 project was launched in 2017
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the atmosphere, ocean and physical climate sciences. We offer educational programmes at the Batchelors, Masters and PhD levels. Our research addresses fundamental questions concerning the dynamics, physics
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on the type of contaminant and the nature of the particulate matter, microbial activity, and chemistry of the surrounding pore water. Thus, the total concentration of a specific contaminant, often used in risk
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reactions by performing cutting-edge experiments at x-ray national and international facilities. The host laboratory consists of world leading water researchers with expertise in coherent X-ray diffraction
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these pollutants are transported with the mobile phase (e.g., groundwater) depends on the type of contaminant and the nature of the particulate matter, microbial activity, and chemistry of the surrounding pore water
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have demonstrated that PFAAs emitted on sea spray aerosols (SSA) is an important source of PFAAs to air. It remains uncertain, however, what the contribution of SSA transport is to atmospheric deposition