This data set comprises laboratory measurements of calcium, pH and carbonate concentrations in seawater and beneath the shell (calcification site) to constrain calcium carbonate saturation state dynamics during calcification in larval mussels, under control and acidified conditions. In addition, data on calcium accumulation (flame photometry) during larval calcification was collected. Finally, shell length growth and shell dissolution data under acidified conditions were also collected. This data was collected by Ramesh et al. (accepted) Nature Communications. Data is organized as it appears in figures in the published manuscript. Fig.3 and 4 data are presented in a single table
Ocean acidification, due to anthropogenic CO(2) absorption by the ocean, may have profound impacts o...
<p>Relationships between the average (±SD) shell length and area of D-veliger larvae as well as the ...
Nearshore New Zealand mollusca (shellfish) have the potential to be important archives of environmen...
Understanding mollusk calcification sensitivity to ocean acidification (OA) requires a better knowle...
Coastal marine ecosystems experience dynamic fluctuations in seawater carbonate chemistry. The impor...
Bivalve calcification, particularly of the early larval stages, is highly sensitive to the change in...
Laboratory experiments were performed measuring calcification rates in Baltic Sea mussel at various ...
Bivalve calcification, particularly of the early larval stages, is highly sensitive to the change in...
The mollusc shell is a composite biomineral consisting of calcium carbonate and an ass...
Ocean acidification and warming is widely reported to affect the ability of marine bivalves to calci...
This data set presents data from 2 month-long laboratory experiments conducted at GEOMAR, Kiel (Germ...
Experiments were performed to test the effect of seawater [Ca2+] on the formation rate of the larval...
This data set presents data from further 1.5 month-long laboratory experiments conducted at GEOMAR i...
Ocean acidification, due to anthropogenic CO2 absorption by the ocean, may have profound impacts on ...
International audienceCoastal marine ecosystems experience dynamic fluctuations in seawater carbonat...
Ocean acidification, due to anthropogenic CO(2) absorption by the ocean, may have profound impacts o...
<p>Relationships between the average (±SD) shell length and area of D-veliger larvae as well as the ...
Nearshore New Zealand mollusca (shellfish) have the potential to be important archives of environmen...
Understanding mollusk calcification sensitivity to ocean acidification (OA) requires a better knowle...
Coastal marine ecosystems experience dynamic fluctuations in seawater carbonate chemistry. The impor...
Bivalve calcification, particularly of the early larval stages, is highly sensitive to the change in...
Laboratory experiments were performed measuring calcification rates in Baltic Sea mussel at various ...
Bivalve calcification, particularly of the early larval stages, is highly sensitive to the change in...
The mollusc shell is a composite biomineral consisting of calcium carbonate and an ass...
Ocean acidification and warming is widely reported to affect the ability of marine bivalves to calci...
This data set presents data from 2 month-long laboratory experiments conducted at GEOMAR, Kiel (Germ...
Experiments were performed to test the effect of seawater [Ca2+] on the formation rate of the larval...
This data set presents data from further 1.5 month-long laboratory experiments conducted at GEOMAR i...
Ocean acidification, due to anthropogenic CO2 absorption by the ocean, may have profound impacts on ...
International audienceCoastal marine ecosystems experience dynamic fluctuations in seawater carbonat...
Ocean acidification, due to anthropogenic CO(2) absorption by the ocean, may have profound impacts o...
<p>Relationships between the average (±SD) shell length and area of D-veliger larvae as well as the ...
Nearshore New Zealand mollusca (shellfish) have the potential to be important archives of environmen...