@chrisecornwall @thomasmdecarlo Yes that is a great paper. I had heard that ion selective electrodes can be “dodgy”. Any idea what these guys did differently? Eg quite a different result to this study: https://t.co/7Pk8UThp7f
Hopkinson: working to understand inorganic carbon processing in corals. Recently published- https://t.co/C0w5ix32hP #ICRS2016
RT @NatureEcoEvo: First characterization of daytime interior pH and carbonate chemistry in #corals https://t.co/N8aHezlyey https://t.co/1yl…
Can corals keep up with ocean acidification? https://t.co/TfWCqhmN3s @NatureComms
Microelectrode characterization of coral daytime interior pH and carbonate chemistry https://t.co/EHRRasWheU
RT @NatureEcoEvo: First characterization of daytime interior pH and carbonate chemistry in #corals https://t.co/N8aHezlyey https://t.co/1yl…
RT @godelitsas: Microelectrode characterization of coral daytime interior pH and carbonate chemistry https://t.co/Aj33FuJhw7 https://t.co/O…
Microelectrode characterization of coral daytime interior pH and carbonate chemistry https://t.co/Aj33FuJhw7 https://t.co/O29UzFyPFm
Can corals keep up with #OceanAcidification? https://t.co/nRylO2jvrh
RT @NatureEcoEvo: First characterization of daytime interior pH and carbonate chemistry in #corals https://t.co/N8aHezlyey https://t.co/1yl…
RT @NatureEcoEvo: First characterization of daytime interior pH and carbonate chemistry in #corals https://t.co/N8aHezlyey https://t.co/1yl…
First characterization of daytime interior pH and carbonate chemistry in #corals https://t.co/N8aHezlyey https://t.co/1yl2Ej16Xt