6th ESA Advanced Training Course on Ocean Remote Sensing 2019

Educational materials from the 6th ESA Advanced Training Course on Ocean Remote Sensing 2019, held at the Center of Mediterranean Architecture in Crete (Greece) from 04 to 08 November 2019.

Download specific blocks here below or access the full theory and practicals from the link on the left side window.

Day 1 – Monday 4 November 2019

• Course introduction, M.H. Rio (5 MB)
• Interactive Lecture 1: Exploring the ocean mesoscale and sub-mesoscale using Remote Sensing (practical), F.Collard & L.Gaultier (482 KB)
• Lecture-2: Phytoplankton dynamics from Space (theory), A.Ruescas (5 MB)
• Interactive Lecture 2: Investigating the colour of the ocean from space (practical), A.Ruescas (5 MB)
• Interactive Lecture 3: Investigating the temperature of the ocean from space (practical), G.Corlett (14 MB)

Day 2 – Tuesday 5 November 2019

• Lecture 3: Ocean Altimetry and Sea Level (theory), S.Mertikas (11 MB)
• Interactive Lecture 4: What can an ocean altimeter do for me? (practical), V.Rosmorduc (2 MB)
• Interactive Lecture 5: Investigating large scale ocean processes with a synergistic approach (practical), P.Cipollini (4 MB)
• Lecture 4: Ocean surface currents from space (theory), M-H Rio (13 MB)
• Interactive Lecture 6: Using satellite data to investigate ocean surface currents and transport (practical), L.Gaultier (474 KB)

Day 3 – Wednesday 6 November 2019

• Lecture 5: Wind waves and current measurements from space (theory), B.Chapron (187 MB)
• Interactive Lecture 8: How to measure ocean waves from space (practical), F.Collard & B.Chapron (415 KB)
• Interactive Lecture 9: How to monitor ocean waves from space (practical), F.Collard & B.Chapron (11 MB)
• Interactive Lecture 10: Wave-Current interaction: Internal waves from space (practical), F.Collard & B.Chapron (68 MB)
• Interactive Lecture 11: Wave-Current interaction: How does ocean circulation impact waves? (practical), F.Collard & B.Chapron (419 KB)

Day 4 – Thursday 7 November 2019

• Lecture 6: Measuring ocean surface salinity from space (theory), A.Hasson (4 MB)
• Interactive Lecture 12: Investigating sea surface salinity from space (practical), A.Hasson (17 MB)
• Lecture 7: Marine inorganic carbon from space (theory), J.Shutler (72 MB)
• Lecture 8: Marine organic carbon from space (theory), H.Evers-King (1 MB)
• Interactive Lecture 14: Marine organic carbon from space (practical), H.Evers-King (11 MB)

Day 5 – Friday 8 November 2019

• Interactive Lecture 15: Measuring sea ice thickness (theory), A.Shepherd (241 KB)
• Lecture-10: Polar seas and the changing sea ice (theory), J.Johannessen (65 MB)