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Extracellular acid-base parameters of wild and selected Saccostrea glomerata
In order to allow full comparability with other ocean acidification data sets, the R package seacarb (Gattuso et al, 2016) was used to compute a complete and consistent set of... -
Seawater carbonate chemistry and acid–base parameters, metabolic rate and hea...
Ocean acidification (OA) studies typically use stable open-ocean pH or CO2 values. However, species living within dynamic coastal environments can naturally experience wide... -
The effects of hypercapnia on the West Coast rock lobster (Jasus lalandii) th...
The cold water palinurid Jasus lalandii ('West Coast rock lobster') is a commercially important crustacean in South Africa and Namibia and inhabits the Benguela Current Eastern... -
Impact of ocean acidification on thermal tolerance and acid-base regulation o...
In order to allow full comparability with other ocean acidification data sets, the R package seacarb (Gattuso et al, 2015) was used to compute a complete and consistent set of... -
Experiment: Food availability outweighs ocean acidification effects in juveni...
Ocean acidification is expected to decrease calcification rates of bivalves. Nevertheless in many coastal areas high pCO2 variability is encountered already today. Kiel Fjord... -
(Table 3) Mean respiration rate of the euphausiid species associated with lac...
This dataset has no description
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Haemolymph inorganic ion composition of crustaceans from the Southern Ocean, ...
Brachyuran and anomuran decapod crabs do not occur in the extremely cold waters of the Antarctic continental shelf whereas caridean and other shrimp-like decapods, amphipods and... -
(Fig. 2, 3, 5) Arterial and venous hemolymph oxygen partial pressures, heart ...
This dataset has no description
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Seawater carbonate chemistry and acid-base physiology over tidal periods in t...
Ocean acidification (OA) studies to date have typically used stable open-ocean pH and CO2 values to predict the physiological responses of intertidal species to future climate... -
Seawater carbonate chemistry and acid–base physiology and behaviour of the Ca...
Behavioural impairment following exposure to ocean acidification-relevant CO2 levels has been noted in a broad array of taxa. The underlying cause of these disruptions is... -
Seawater carbonate chemistry and blood acid-base balance and other blood para...
Global ocean acidification is expected to chronically lower the pH to 7.3 (>2200 µatm seawater pCO2) by the year 2300. Acute hypercapnia already occurs along the South... -
Seawater carbonate chemistry and physiological performance parameters of Carc...
Ocean acidification causes an accumulation of CO2 in marine organisms and leads to shifts in acid-base parameters. Acid-base regulation in gill breathers involves a net increase... -
(Table 4) Cation concentrations in the hemolymph of Calanus glacialis females...
This dataset has no description
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(Table 3) Cation concentrations in the hemolymph of Calanus glacialis copepod...
This dataset has no description
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(Table 1) Cation concentrations in the hemolymph of Calanus glacialis copepod...
This dataset has no description
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(Fig. 2) Ammonium and Lithium concentration in the hemolymph of Calanus glaci...
This dataset has no description
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(Figure 1) Lactate concentration in in situ organisms
This dataset has no description
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Seawater carbonate chemistry and mussel shell defense capacity of Mytilus cor...
Oceanic uptake of atmospheric CO2 is reducing seawater pH and shifting carbonate chemistry within, a process termed as ocean acidification (OA). Marine mussels are a family of... -
Ocean acidification adversely influences metabolism, extracellular pH and cal...
Oceanic uptake of CO2 from the atmosphere has significantly reduced surface seawater pH and altered the carbonate chemistry within, leading to global Ocean Acidification (OA).... -
(Table 1) Ion concentrations in the haemolymph of Apherusa glacialis after in...
Amphipods living at the underside of Arctic sea ice are exposed to varying salinities due to freezing and melting, and have to cope with the resulting osmotic stress....