Lecture 7: Marine Carbonate Chemistry (12.742)
1:09:30Lecture 10: Non-conservative Processes in Estuaries, Groundwater, and Hydrothermal Systems (12.742)
1:24:18Lecture 11: Gas Exchange Across the Air-sea Interface (12.742)
1:17:44Lecture 12: Atmospheric-ocean Interaction (12.742)
1:16:54Lecture 13: Primary Production (1) (12.742)
1:18:35Lecture 14: Primary Production (2) (12.742)
1:18:08Lecture 17: Sinking Particles and Remineralization (2) (12.742)
1:23:31Lecture 18: Quantifying Biogeochemical Fluxes and Rates (12.742)
1:10:49Lecture 19: Early Diagenesis I (12.742)
1:18:19Lecture 20: Early Diagenesis II and Sediment Distributions (12.742)
1:20:51Lecture 22: P Cycle (12.742)
1:40:54Lecture 13: Primary Production (1) (12.742)
This lecture introduces the mechanisms of primary production in the marine environment, detailing how phytoplankton utilize photosynthesis to fix inorganic carbon into organic matter and oxygen, alongside the environmental controls regulating these processes.
MIT 12.742 Marine Chemistry, Fall 2006
Instructor: Scott Doney
View the complete course: https://ocw.mit.edu/courses/12-742-marine-chemistry-fall-2006
YouTube Playlist: https://www.youtube.com/playlist?list=PLUl4u3cNGP60Pp6pulxQtwnCtlorxCN40
Lecture 12: Atmospheric-ocean Interaction (12.742)
Next · Lecture 6Lecture 14: Primary Production (2) (12.742)