Marine physics, especially dynamics of continental shelf and slope seas, their interaction and exchanges with the deeper ocean, consequences for sediment dynamics and constituent transports.

Marine physics, especially dynamics of continental shelf and slope seas, their interaction and exchanges with the deeper ocean, consequences for sediment dynamics and constituent transports.

+49-(0)471-48311884

Expertise in Physical Oceanography: mesoscale eddies, their origin, their life cycle, and how they contribute to transports of properties in the ocean at the basin scale and planetary scale. Flow-topography interactions, energy cycles, turbulence, instabilities. Role of the ocean physics in biogeochemical cycles. Expertise in numerical modelling: numerical methods, numerical schemes, algorithms, massively parallel computing. Executive editor for "Ocean Science". Lead author for IPCC AR6, working group 1.

Expertise in Physical Oceanography: mesoscale eddies, their origin, their life cycle, and how they contribute to transports of properties in the ocean at the basin scale and planetary scale. Flow-topography interactions, energy cycles, turbulence, instabilities. Role of the ocean physics in biogeochemical cycles. Expertise in numerical modelling: numerical methods, numerical schemes, algorithms, massively parallel computing. Executive editor for "Ocean Science". Lead author for IPCC AR6, working group 1.

+49-(0)471-48311884

1-361-825-3395

Marine physics, especially dynamics of continental shelf and slope seas, their interaction and exchanges with the deeper ocean, consequences for sediment dynamics and constituent transports.

Marine physics, especially dynamics of continental shelf and slope seas, their interaction and exchanges with the deeper ocean, consequences for sediment dynamics and constituent transports.

Anna Rubio received her Ph.D. thesis in Physical Oceanography from the Polytechnic University of Catalonia (Spain) in 2006. Her work is mainly focused on ocean mesoscale variability, based on different source in situ and remote sensing data, including high frequency ocean surface currents from HF radar, and numerical modelling. She authored/co-authored >45 peer-reviewed papers (H-index 16), has supervised 2 successful PhDs (currently supervising 2 PhD students), 7 successful MSc candidates, participated in 7 PhD committees and to the review of several scientific projects, articles and book chapters. She is Topic Editor in Ocean Science and Frontiers in Marine Science. She has been involved in JERICO-NEXT (leading JRAP4 in WP4), CMEMS-INCREASE, CMEMS-SE COMBAT, CMEMS UU IBISAR, MYCOAST (Interreg Atlantic Area) and LIFE-LEMA (LIFE) projects. Currently, she participates in CMEMS-IN Situ TAC-phase II, H2020 SUSTUNTECH, EUROSEA, H2020 JERICO-s3 (leading WP1 on JERICO-SI Science Strategy) and FORCOAST (Leading WP2 – User Engagement) projects in tasks related to operational oceanography and HF radar technology and its applications to different sectors, including: the monitoring and forecast of marine litter hotspots, search and rescue activities, fisheries and bivalve mariculture. She is also involved in European networking initiatives (Member of EuroGOOS HFR Task Team, Vice-chair of the EuroGOOS Coastal Working Group).

Anna Rubio received her Ph.D. thesis in Physical Oceanography from the Polytechnic University of Catalonia (Spain) in 2006. Her work is mainly focused on ocean mesoscale variability, based on different source in situ and remote sensing data, including high frequency ocean surface currents from HF radar, and numerical modelling. She authored/co-authored >45 peer-reviewed papers (H-index 16), has supervised 2 successful PhDs (currently supervising 2 PhD students), 7 successful MSc candidates, participated in 7 PhD committees and to the review of several scientific projects, articles and book chapters. She is Topic Editor in Ocean Science and Frontiers in Marine Science. She has been involved in JERICO-NEXT (leading JRAP4 in WP4), CMEMS-INCREASE, CMEMS-SE COMBAT, CMEMS UU IBISAR, MYCOAST (Interreg Atlantic Area) and LIFE-LEMA (LIFE) projects. Currently, she participates in CMEMS-IN Situ TAC-phase II, H2020 SUSTUNTECH, EUROSEA, H2020 JERICO-s3 (leading WP1 on JERICO-SI Science Strategy) and FORCOAST (Leading WP2 – User Engagement) projects in tasks related to operational oceanography and HF radar technology and its applications to different sectors, including: the monitoring and forecast of marine litter hotspots, search and rescue activities, fisheries and bivalve mariculture. She is also involved in European networking initiatives (Member of EuroGOOS HFR Task Team, Vice-chair of the EuroGOOS Coastal Working Group).

Expertise in Physical Oceanography: mesoscale eddies, their origin, their life cycle, and how they contribute to transports of properties in the ocean at the basin scale and planetary scale. Flow-topography interactions, energy cycles, turbulence, instabilities. Role of the ocean physics in biogeochemical cycles. Expertise in numerical modelling: numerical methods, numerical schemes, algorithms, massively parallel computing. Executive editor for "Ocean Science". Lead author for IPCC AR6, working group 1.

Expertise in Physical Oceanography: mesoscale eddies, their origin, their life cycle, and how they contribute to transports of properties in the ocean at the basin scale and planetary scale. Flow-topography interactions, energy cycles, turbulence, instabilities. Role of the ocean physics in biogeochemical cycles. Expertise in numerical modelling: numerical methods, numerical schemes, algorithms, massively parallel computing. Executive editor for "Ocean Science". Lead author for IPCC AR6, working group 1.

Expert in marine plastic litter. Research focusses on how ocean currents move plastic around, and where that plastic impact marine life

Expert in marine plastic litter. Research focusses on how ocean currents move plastic around, and where that plastic impact marine life

In my Phd I worked on the role of friction in ocean circulation developing and using numerical model. Since that time I have continued to develop and work on ocean circulation models in particular on problems involving the interaction of the ocean with the atmosphere. In the last 2 decades I have broadened my interests into climate change and sea level rise.

In my Phd I worked on the role of friction in ocean circulation developing and using numerical model. Since that time I have continued to develop and work on ocean circulation models in particular on problems involving the interaction of the ocean with the atmosphere. In the last 2 decades I have broadened my interests into climate change and sea level rise.

+44-(0)23-80592428

I am now partially retired having spent over 40 years in oceanographic research. My interests are mainly in coastal and shelf seas physics, with an interest in wave-current interaction, the coastal impacts of climate change and tidal energy.

I am now partially retired having spent over 40 years in oceanographic research. My interests are mainly in coastal and shelf seas physics, with an interest in wave-current interaction, the coastal impacts of climate change and tidal energy.

44151 795 4849