Ilse investigates how ocean currents transport turtles that have been found on Dutch beaches.
Philippe investigates how currents in the Tropical Pacific Ocean transport floating material.
Laura investigates how to track floating material in currents from remote sensing.
Cleo investigates how plastic litter ends up on beaches.
Mikael investigates how to use machine learning to incorporate plastic distribution data into models.
Christian investigates how Parcels can best be optimised for High Performance Computing.
Delphine investigates how 3D ocean circulation impacts plastic transport.
Darshika investigates how plankton interact with nutrients and plastic in the Atlantic Ocean.
Sophie investigates how the pathways of surface drifters in the Galapagos region.
Ina investigates the sources of plastic ending on the Galapagos Islands.
Peter investigates how to simulate the dynamics of tuna interaction.
Victor investigates the global dispersion patterns of marine plastic pollution.
Claudio investigates the origin and fate of nanoplastics in our ocean.
Daan investigates how to incorporate diffusion into particle simulations in biogeochemical oceanography.
Jiongqiu analyses how ocean currents in the Tropical Pacific transport plastic towards the Galapagos Islands.
Joey explores how to simulate the transport of oil at the surface of the ocean.
Siren investigates how the latest generation of ocean models can be used to simulate the dispersion of plastic.
Denise simulates how past ocean currents have facilitated the dispersion of lemurs
Erik investigates how ocean currents move 'stuff' around, and leads the OceanParcels project.
Steffie creates a tool that supports plastic cleanup in the Galapagos.