List of public deliverables 2nd period (month 19-36)
What do we do? - Public deliverables
  • D2.1 Surface and deep water pH evolution over Glacialto Interglacial time scales (PDF)
  • Due month: 36 Responsible scientist: H. Elderfield

  • D2.2 Surface and deep water pH evolution over industrial time scales (PDF)
  • Due month: 36 Responsible scientist: H. Elderfield

  • D2.3 Improved biogeochemical model parameterisation for the natural ocean-sediment carbonate chemistry dynamics based on new dissolution rate constants (PDF)
  • Due month: 36 Responsible scientist: F. Joos

  • D2.4 Estimate of carbonate system shift during extreme ocean acidification event (Cretaceous Paleogene boundary) and restoring conditions for recovery (tipping point) (PDF)
  • Due month: 36 Responsible scientist: A. Merico

  • D3.7 Atlas of calcifer historical trends and biogeographical changes over time, according to CPR data (PDF)
  • Due month: 24 Responsible scientist: P. Burkill

  • D4.4 Identify the molecular components of the main DIC uptake mechanisms in coccolithophores with a combination of in silico and functional approaches (PDF)
  • Due month: 36 Responsible scientist: C. Brownlee

  • D7.1 Changes in prokaryote production and respiration as a function of carbon dioxide levels and identification of species involved, link with WP8 (PDF)
  • Due month: 24 Responsible scientist: M. Weinbauer

  • D7.3 Links between microbial diversity and microbial mediated ecosystem functions and their pH dependence, link with WP8 (PDF)
  • Due month: 36 Responsible scientist: M. Weinbauer (pelagic) and K. Tait (benthic)

  • D8.1 Tipping point/risk assessment of OA effects on viral infection and predation on calcifying algae. Linking observations of calcification and performance (WP4 and WP6) to trophic interactions (WP8). (PDF)
  • Due month: 36 Responsible scientist: C. Brussard

  • D9.4 Identification of physiological and ecological processes that contribute most to uncertainties in ecosystem models (PDF)
  • Due month: 24 Responsible scientist: M. Schartau

  • D13.8 “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)
  • Due month: 26 Responsible scientist: C. Turley

  • D14.4 Updated list of Policy Advisory Committees, Working Groupsand Boards in which EPOCA PIs are active (PDF)
  • Due month: 30 Responsible scientist: C. Turley

  • D16.4 Educational pack on Ocean Acidification (PDF)
  • Due month: 18 Responsible scientist: P. Saugier

 
EPOCA ocean acidification blog

The EPOCA blog provides daily updates on scientific articles and media coverage on ocean acidification.

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about 18 hours ago Physiological compensation for environmental acidification is limited in the deep-sea urchin Strongylocentrotus fragilis…
about 18 hours ago CO2-driven ocean acidification reduces larval feeding efficiency and change food selectivity in the mollusk Concholepas concholepas…
about 19 hours ago Tidal downwelling and implications for the carbon biogeochemistry of cold-water corals in relation to future ocean acidification and…
about 19 hours ago Multiple physiological responses to multiple environmental challenges: an individual approach http://t.co/FunCdIPoQU
about 20 hours ago Effects of ocean warming and acidification on survival, growth and skeletal development in the early benthic juvenile sea urchin…

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