PhD Studentship: Arctic Ocean circulation in a changing climate University of East Anglia in United Kingdom

The University of Exeter is advertising a PhD opportunity titled “Physics-Informed AI and Experimental Modelling of Ocean Mixing: From Fracture Zones to Ocean Ventilation.” The project brings together physics-informed artificial intelligence, experimental modelling, and physical oceanography to investigate ocean mixing processes. Research themes include fracture zones and their influence on ocean ventilation, with potential relevance to Earth-system and environmental science. Applicants should c...

PhD opportunity: Under Pressure: New Insights into Atlantic Overturning Variability at the University of Miami Rosenstiel School of Marine, Atmospheric and Earth Science. Shane Elipot is recruiting a PhD student for the Meridional Overturning Circulation and HeatFlux Array (MOCHA) project. The research focuses on one of oceanography’s most important questions: how to monitor the Atlantic Meridional Overturning Circulation (AMOC) and understand the processes that drive its variability. The projec...

Postdoctoral opportunity in Climate Science at the University of Bristol for research on reconstructing past ocean heat and freshwater content change . The project is part of a joint US-UK team led by Professor Matt Palmer at Bristol and Donata Giglio at the University of Colorado Boulder . This opening is advertised as a Research Associate/Senior Research Associate in Climate Science , making it a strong fit for candidates with experience in climate reconstruction, ocean heat content, freshwate...

Postdoctoral opportunity in Physical Oceanography at the University of Miami The Department of Ocean Sciences at the Rosenstiel School of Marine, Atmospheric, and Earth Science is inviting applications for a Postdoctoral Associate in Physical Oceanography based in Miami, Florida, United States . The project focuses on the large-scale circulation of the North Atlantic Ocean and the Atlantic Meridional Overturning Circulation (AMOC), with research at the intersection of the RAPID-MOCHA and OSNAP o...

This 36-month PhD project at the University of St Andrews investigates how atmospheric circulation responds to global warming and how those responses affect regional climate and weather extremes. The research will use a hierarchy of numerical climate simulations to study circulation across multiple scales, from global jet streams to regional thunderstorm systems. By analyzing multi-member ensembles and prescribed sea-surface-temperature experiments, the project will distinguish rapid adjustments...