The emphasis of the course will be on current critical issues in ocean colour science, and will consist of lectures by specialists as well as a few hands-on practical sessions. Lectures will cover the following topics:
Inherent Optical Properties (inversion and applications in coastal and open ocean waters);
Errors and uncertainties in ocean colour remote sensing (emphasis on inverse modelling);
Radiative transfer in the ocean: shallow water remote sensing and HydroLight training;
Atmospheric correction of ocean colour remote sensing observations;
Advanced ocean colour remote sensing products for ocean carbon cycle and biogeochemistry;
Optics from autonomous platforms: linking IOPs to biogeochemistry and remotely sensed ocean colour (including hands-on exercises);
Phytoplankton variability and climate change;
Retrieving phytoplankton biomass and functional groups;
In situ measurements;
Ocean colour remote sensing in turbid coastal waters;
Optics of marine particles (phytoplankton, minerogenic particles, colloids, bubbles).