- INTRODUCTION AND OVERVIEW
- Introduction and Historical Overview-the development of key ideas and innovations in biological oceanography
- General Principles and nomenclature
- The physical environment-temp., Salinity, mixing, currents and their spatial/temporal variation
- The chemical environment: -conservative vs. non-conservative elements and spatial / temporal variation
- Eological Geography of the Oceans-abundance and distribution of plankton (spatial and temporal variation)
- PRIMARY PRODUCTION - THE FORMATION OF ORGANIC MATTER
- Evolution and Genetic/Morphological/Ecological Diversity of Phytoplankton (probably 2 lectures).
- Biochemistry of Photosynthesis-light vs. dark reactions, mineral and energy requirements, physiology and biochemistry of C assimilation
- Methods of measuring primary production
- Novel primary producers (e.g. Chemolithotrophy)
- Regulation of P.S. by light
- Regulation of P.S. by macronutrients, N vs. P limitation & trace elements (metals)
- Phytoplankton competition / succession-the paradox of the plankton
- THE CYCLING OF ORGANIC MATTER
- Zooplankton diversity (taxonomic and ecological)
- Grazing by zooplankton (incl. methods)
- Bacteria and DOM cycling / nutrient regeneration
- Bacterial diversity
- Viruses
- Viruses
- Particle Export and the Biological Pump
|
- CASE STUDIES IN OCEANOGRAPHY
- LINKS TO HIGHER TROPHIC LEVELS
- New vs. Regenerated production
- Marine foodwebs
- Bottom-up control of fisheries
- BIOLOGICAL IMPACTS ON OCEAN GEOCHEMISTRY
- The Nitrogen Cycle
- The Carbon Cycle
- Stable Isotopes as biological tracers
- Paleooceanographic approaches
- The role of the ocean biota in Climate Change
- OTHER POSSIBLE TOPICS FOR LECTURE / DISCUSSION:
- Satellite oceanography
- Ocean management and policy / anthropogenic impacts on the oceans
- Ocean ecosystem modeling
- Harmful algal blooms
|