Lecture Topics
Tom Anderson
1) Food web structure and C export to the deep ocean: the "biological pump".
2) Stoichiometry of biogeochemical cycling in the ocean.
3) Representing the biological pump in global ocean models.
Jim Bishop
1) Lagrangian float observations of carbon system
2) Continental margin effects on carbon cycle
Tommy Dickey
Title: Exploration of Carbon Variability on Time Scales from Minutes to Seasons
Part 1) Introduction to Processes, Scales, and Observational Techniques
Part 2) Examples of Variability and Coupling of Physical and Biogeochemical Processes in Differing Ocean Domains
Part 3) Toward Future Understanding of Carbon Variability: Blending Future Observational and Modeling Capabilities
Mick Follows
1) Ocean circulation and mixing
2) Carbon cycle modeling 1.
3) Carbon cycle modeling 2.
Inez Fung
1) Remote sensing of earth systems.
2) Atmosphere-ocean interactions.
3) Atmosphere-biosphere interactions
Hezi Gildor
1) Glacial-interglacial CO2 variations 1.
2) Glacial-interglacial CO2 variations 2.
3) Modeling carbon cycles: GCMs vs. box models
Nicolas Gruber
1) The dynamics of the marine nitrogen cycle
2) Interannual variability in the mid-latitude ocean carbon cycle
3) The ocean as a sink for anthropogenic CO2
David Kirchman
1) First steps in the Microbial loop: An overview of bacteria-organic carbon processes.
2) DOM turnover and composition
3) New insights into microbial processes revealed by molecular techniques.
Gennady Korotaev
1) Principles and methods of satellite oceanography
2) Observation of oceanic processes by scanner imagery
3) Significance of remote sensing for the oceanic models
Marina Levy
1) Small scale variability: observations
2) Small scale variability: Dynamical/biological processes: Review and open questions.
3)Small scale variability: Models: past, present and future.
Richard Matear
1) Ocean Carbon cycling under climate change scenarios
2) Climate change detection
3) Data assimilation into carbon cycle models
Jim Murray
1) Ocean Carbonate System
2) New and export carbon production in the ocean: What did we learn during JGOFS
3) Mechanisms controlling variability in new production in the equatorial and subarctic Pacific HNLC ocean areas
4) The biogeochemistry of iron in the ocean.
Temel Oguz
1) Fundamentals of global ocean circulation.
2) Interdisciplinary modeling approach to marine systems 1.
3) Interdisciplinary modeling approach to marine systems 2.
William Reeburgh
1) Brief overview of the global cycles of C,N,O,P,S,Si and water.
2) Global methane biogeochemistry
3) Methane Geochemistry in anoxic basins-sources and sinks
4) New techniques in methane cycle research.
Jorge Sarmiento
1) The global carbon cycle 1
2) The global carbon cycle 2
3) Inferences from box models of the carbon cycle
4) GCM models of the global carbon cycle
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