YES-27-A-03 Machine learning to improve understanding of regional aerosol effects on climate Theme(s): Atmospheric Physics, Climate, Climate Impacts, Meteorology Primary Supervisor: Ken Carslaw <[email protected]> Institution: University of Leeds (School of Earth and Environment)
YES-27-A-09: Abrupt Climate Change at the End of the Ice Age: Unravelling the Role of Ice Sheets and Meltwater Theme(s): Climate, Glacial/Cryosphere, Palaeoenvironments and Palaentology Primary Supervisor: Lauren Gregoire <[email protected]> Institution: University of Leeds (School of Earth and Environment)
YES-27-A-19: Improving the Representation of Subgrid-Scale Orography through a Physical Understanding of Terrain–Atmosphere Interactions Theme(s): Atmospheric Physics, Meteorology Primary Supervisor: Julian Quimbayo-Duarte <[email protected]> Institution: National Centre for Atmospheric Science (NCAS)
YES-27-A-21: Physics-Informed Machine Learning for Aerosol Representation in Regional Climate Models Theme(s): Air Quality, Atmosphere and Climate, Atmospheric Physics, Climate Impacts Primary Supervisor: Leighton Regayre <[email protected]> Institution: University of Leeds (School of Earth, Environment and Sustainability)
YES-27-A-10: Understanding polar aerosols and improving their representation in climate models Theme(s): Atmospheric Physics, Climate Primary Supervisor: Daniel Grosvenor <[email protected]> Institution: University of Leeds (School of Earth and Environment)
YES-27-A-12: What causes the ocean to tip? New models for predicting Abrupt Atlantic Ocean Circulation Changes Theme(s): Climate, Climate Impacts, Glacial/Cryosphere Primary Supervisor: Ruza Ivanovic <[email protected]> Institution: University of Leeds (School of Earth, Environment and Sustainability)
