Space, oceans and polar science - staff
Staff
Emma Boland
British Antarctic Survey
Themes and techniques: Oceans, modelling
Oscar Branson
Department of Earth Sciences
Themes and techniques: Oceanography, biogeochemistry, calcification and ocean carbon, modelling
Stephen Briggs
Centre for Science and Policy
Themes and techniques: Applications of satellite earth observation
Colm-Cille Caulfield
Department of Applied Mathematics and Theoretical Physics, BP Institute
Themes and techniques: Oceans, artificial intelligence, data science, machine learning, modelling
Paul Christoffersen
Department of Geography, Scott Polar Research Institute, Cambridge Centre for Climate Science
Themes and techniques: Glaciology and climate change, modelling
Melody Clark
British Antarctic Survey
Themes and techniques: Biodiversity, evolution, adaptation
Peter Convey
British Antarctic Survey
Themes and techniques: Biodiversity, evolution, adaptation
Sophie Fielding
British Antarctic Survey
Themes and techniques: Biodiversity, oceans, polar science
Maria Fox
British Antarctic Survey
Themes and techniques: Environmental artificial intelligence; automating the strategic-level decision-making for actuated systems that operate in the physical environment, artificial intelligence, modelling
Peter Fretwell
British Antarctic Survey
Themes and techniques: Geospatial analysis and applied remote sensing across a range of environmental fields, remote sensing
Markus Frey
British Antarctic Survey
Themes and techniques: Polar science, data science, modelling, remote sensing
Peter Haynes
Department of Applied Mathematics and Theoretical Physics, Cambridge Centre for Climate Science
Themes and techniques: Atmosphere-ocean dynamics
Simeon Hill
British Antarctic Survey
Themes and techniques: Oceans, modelling
Paul Holland
British Antarctic Survey
Themes and techniques: Oceans, polar science
Scott Hosking
British Antarctic Survey, Cambridge Centre for Climate Science, The Alan Turing Institute
Themes and techniques: Biodiversity, environmental hazards, oceans, polar science, artificial intelligence, data science, machine learning, modelling, remote sensing
Jennifer Jackson
British Antarctic Survey
Themes and techniques: Oceans
Dan(i) Jones
British Antarctic Survey
Themes and techniques: Oceanography, ocean circulation, southern ocean, ocean dynamics, air-sea gas exchange (oceans), artificial intelligence, modelling
Rich Kerswell
Department of Applied Mathematics and Theoretical Physics
Themes and techniques: Nonlinear dynamics, transition and turbulence geophysical and astrophysical fluid mechanics
Nicholas Lane
Department of Computer Science and Technology
Themes and techniques: Environmental hazards, space, machine learning
Andrew Meijers
British Antarctic Survey
Themes and techniques: Oceans, artificial intelligence, machine learning, modelling
Nigel Meredith
British Antarctic Survey
Themes and techniques: Space, artificial intelligence, data science, machine learning, modelling
Tracy Moffat-Griffin
British Antarctic Survey
Themes and techniques: Space, polar science, weather
David Munday
British Antarctic Survey
Themes and techniques: Oceans, polar science, modelling
Eugene Murphy
British Antarctic Survey
Themes and techniques: Oceans
Dr Anje-Margriet Neutel
British Antarctic Survey
Themes and techniques: Biodiversity, polar science
Kevin Newsham
British Antarctic Survey
Themes and techniques: Biodiversity, polar science
Andrew Orr
British Antarctic Survey
Themes and techniques: Polar science, artificial intelligence
Lloyd Peck
British Antarctic Survey
Themes and techniques: Biodiversity, oceans, polar science
Hamish Pritchard
British Antarctic Survey
Themes and techniques: Polar science
Martin Rogers
British Antarctic Survey
Themes and techniques: Oceans, polar science, artificial intelligence, machine learning - AI4EO Guided Team Challenge Coordinator
Emily Shuckburgh
Department of Computer Science and Technology, Cambridge Zero
Themes and techniques: Communication and public attitudes to climate change and climate science, linking climate change and sustainability, improving predictions of future climate change using theoretical approaches, observational studies and numerical modelling, transport and dynamics of the atmosphere, oceans and climate, role of the polar oceans in the global climate system, artificial intelligence, data science, machine learning
Louise Sime
British Antarctic Survey
Themes and techniques: Palaeoclimate modelling, ice core and quaternary climate science (polar science), modelling
Tom Spencer
Department of Geography,
Centre for Science and Policy
Themes and techniques: Risk, mangroves, saltmarshes, storm surge, climate change, geomorphology, ecosystems (oceans), modelling
John Taylor
Department of Applied Mathematics and Theoretical Physics
Themes and techniques: Atmosphere-Ocean Dynamics (Oceans)
Liz Thomas
British Antarctic Survey
Themes and techniques: Climate, polar science, modelling
Diana Vladimirova
British Antarctic Survey
Themes and techniques: Polar science
Ian Willis
Department of Geography, Scott Polar Research Institute
Themes and techniques: Polar science, remote sensing, modelling