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Since the beginning of the industrial revolution, atmospheric carbon dioxide CO 2 concentrations have risen steadily and have induced a decrease of the averaged surface ocean pH by 0. In addition to ocean warming, ocean acidification poses a tremendous challenge to some marine organisms, especially calcifiers. The need for long-term oceanic observations of pH and temperature is a key element to assess the vulnerability of marine communities and ecosystems to these pressures.
Nearshore productive environments, where a large majority of shellfish farming activities are conducted, are known to present pH levels as well as amplitudes of daily and seasonal variations that are much larger than those observed in the open ocean. Yet, to date, there are very few coastal observation sites where these parameters are measured simultaneously and at high frequency.
To bridge this gap, an observation network was initiated in in the framework of the CocoriCO 2 project. Six sites were selected along the French Atlantic and Mediterranean coastlines based on their importance in terms of shellfish production and the presence of high- and low-frequency monitoring activities.
At each site, autonomous pH sensors were deployed, both inside and outside shellfish production areas, next to high-frequency CTD conductivity—temperature—depth probes operated through two operating monitoring networks. While this network has been up and running for more than 2 years, the acquired dataset has already revealed important differences in terms of pH variations between monitored sites related to the influence of diverse processes freshwater inputs, tides, temperature, biological processes.
