Presentations from 2004 Symposium on The Ocean in a High-CO₂ World

• Author	Title
  James A. Edmonds	Projections of atmospheric CO2 increases from pre-industrial levels to 2100 and economic implications
  Martin Parry	What would be the impacts of climate change assuming no/some/much emissions control and sequestration?
  Laurent Bopp	Physical/climate drivers of the ocean in the future
  David Archer	Long lifetime of anthropogenic C release and response of the ocean clathrate reservoir
  Edward Boyle	Paleo-perspective on Ocean pH, Carbonate Ion and the Carbon Cycle
  Andrew Watson	Surface Ocean Fertilization Overview
  Peter Brewer	The essential science for evaluating direct injection and the emerging high-CO2 ocean: Designing the next generation of ocean CO2 experiments
  Hans-Otto Poertner	Effects of CO2 on marine animals: Time scales, processes, and limits of adaptation
  Ulf Riebesell	Phytoplankton in a high-CO2 world: Biological responses and their biogeochemical implications
  Ove Hoegh-Guldberg	Low coral cover in a high-CO2 world
  Yoshihisa Shirayama	Biological impacts on marine organisms in a high-CO2 world
  Louis Legendre	Chemical and biological effects on mesopelagic organisms and communities in a high-CO2 world
  Atsushi Ishimatsu	Chemical and biological effects on fishes in a high-CO2 world
  Eric Vetter	Ecological effects of deep-ocean CO2 enrichment: Insights from natural high-CO2 habitats
  Michael Landry	The ecology of iron-enhanced ocean productivity
  Hein DeBaar	Synthesis of in situ iron-enrichment experiments
  Peter Haugan	Physical and chemical processes affecting release of CO2 at the seafloor
  James P. Barry	Biological effects of deep-sea organisms to direct CO2 injection (218 MB ppt with video files) ** only available on cd-rom.
  Olivier Aumont	Assessing the efficiency of iron fertilization on atmospheric CO2 using an intermediate complexity ecosystem model of the global ocean
  Baixin Chen	Modelling of dispersion from direct injection in the water column
  Robbie Toggweiller	Glacial-interglacial transitions as analogs for our high-CO2 future
  Anand Gnanadesikan	Limits of iron fertilization: Why simple models of iron fertilization may give misleading answers
  Ken Caldeira	Ocean model predictions of changes in ocean pH and calcite saturation