| What do we do? - Public deliverables |
- D2.8 Report to scientists and policy-makers on how paleoceanographic results on ocean acidification enable an improved simulation of the future evolution of the Earth system
- D4.5 Determination of external pH effects on intracellular pH homeostasis and calcification at the single cell level in different coccolithophore species and on calcification in coccolithophores, foraminifera, pteropods, corals, and bivalves (PDF)
- D4.7 Provide a set of genetic and proteomic markers to diagnose and forecast changes in marine calcification
- D6.6 Conceptual model of mechanisms and potential for acclimation and adaptation
- D6.7 Contribution to mechanism-based model of OA effects at ecosystem level (linking to WP7, 9)
- D7.5 Effect of pH on bioturbating organisms and benthic nitrogen cycling and respiration
- D7.6 Identification of non-linear responses of heterotrophic processes and benthic nitrogen cycling towards CO2/pH changes, link with WP9 and WP13
- D9.5 Improved model formulation for pH sensitive processes that can be used in Earth-system models
- D9.6 Uncertainty analysis of ecosystem response to changes in pH and covarying factors
- D10.5 Report assessing hot spots, thresholds, and uncertainties in terms of simulated future pH and carbonate saturation states completed and provided to WP13 (PDF)
- D12.3 Potential future thresholds that may result from synergistic effects of simultaneous changes in ocean biogeochemical and ecosystem processes, report provided to WP13
- D12.4 Evolution of ocean acidification and climate as well as uncertainties across selected emission scenarios considered by IPCC WG-III for IPCC’s 4th Assessment Report
- D12.5 Final model output archive made available to the public after quality control
- D13.9 “Strawman” report of potential thresholds, new states, risks to the marine environment and potential feedback to climate and associated uncertainties, probabilities and thresholds associated with CO2 emission and stabilization scenarios (PDF)
- D13.10 Final report synthesising identified thresholds, new states, risks to the marine environment and potential feedback to climate and associated uncertainties, probabilities and thresholds with emphasis on IPCC FAR mitigation and non-mitigation scenarios and pathways to CO2 stabilisation
- D14.3 Information for policy makers and other stakeholders made accessible in the form of brochures and digital material (on CD or pen drive) of key facts and findings.
- D14.5 Final plan for the use and dissemination of foreground
- D15.5 Final databases of EPOCA observations; final databases of EPOCA model simulations
Due month: 48 Responsible scientist: Jelle Bijma
Due month: 42 Responsible scientist: Colin Brownlee
Due month: 48 Responsible scientist: Colomban de Vargas
Due month: 48 Responsible scientist: Hans-Otto Pörtner
Due month: 48 Responsible scientist: Uwe Piatkowski, Frank Sommer
Due month: 42 Responsible scientist: Steve Widdicombe
Due month: 39 Responsible scientist: Jack Middelburg
Due month: 40 Responsible scientist: Andreas Oschlies
Due month: 48 Responsible scientist: Andreas Oschlies
Due month: 42 Responsible scientist: Fortunat Joos
Due month: 42 Responsible scientist: Fortunat Joos
Due month: 48 Responsible scient ist: Christoph Heinze
Due month: 48 Responsible scientist: Laurent Bopp
Due month: 38 Responsible scientist: Carol Turley
Due month: 48 Responsible scientist: Carol Turley
Due month: 45 Responsible scientist: Carol Turley
Due month: 48 Responsible scientist: Lina Hansson, Jean-Pierre Gattuso
Due month: 48 Responsible scientist: Anne-Marin Nisumaa



