Larvae of Mytilus spp. are among the most Cu sensitive marine species. In this study we assessed the combined effect of salinity and dissolved organic carbon (DOC) on Cu accumulation on mussel larvae. Larvae were exposed for 48 h to three Cu concentrations in each of nine salinity/DOC treatments. Synchrotron radiation X-ray fluorescence was used to determine the Cu concentration in 36 individual larvae with a spatial resolution of 10 × 10 μm. Cu body burden concentrations varied between 1.1 and 27.6 μg/g DW larvae across all treatments and Cu was homogeneously distributed at this spatial resolution level. Our results indicate decreasing Cu accumulation with increasing DOC concentrations which can be explained by an increase in Cu complexati...
This investigation assessed the interactive effects of copper exposure at various salinities on the ...
This investigation assessed the interactive effects of copper exposure at various salinities on the ...
This investigation assessed the interactive effects of copper exposure at various salinities on the ...
Larvae of Mytilus spp. are among the most Cu sensitive marine species. In this study we assessed the...
Larvae of Mytilus spp. are among the most Cu sensitive marine species. In this study we assessed the...
Larvae of Mytilus spp. are among the most Cu sensitive marine species. In this study we assessed the...
Larvae of <i>Mytilus</i> spp. are among the most Cu sensitive marine species. In this study we asses...
Larvae of Mytilus spp. are among the most Cu sensitive marine species. In this study we assessed the...
Stable Cu isotope (<sup>65</sup>Cu) was complexed with various representative dissolved organic carb...
Copper uptake and accumulation by the marine mussel Mytilus edulis were studied at different Cu conc...
The present study examined the effect of dissolved organic carbon (DOC), both added and inherent, on...
Copper (Cu) is a heavy metal that is essential for life but toxic at high concentrations. This toxic...
Copper (Cu) is a heavy metal that is essential for life but toxic at high concentrations. This toxic...
In freshwater osmoregulating mollusks, Cu can cause toxicity by inducing ionoregulatory disturbances...
This study investigates the effects of waterborne copper exposure on germling growth in chemically d...
This investigation assessed the interactive effects of copper exposure at various salinities on the ...
This investigation assessed the interactive effects of copper exposure at various salinities on the ...
This investigation assessed the interactive effects of copper exposure at various salinities on the ...
Larvae of Mytilus spp. are among the most Cu sensitive marine species. In this study we assessed the...
Larvae of Mytilus spp. are among the most Cu sensitive marine species. In this study we assessed the...
Larvae of Mytilus spp. are among the most Cu sensitive marine species. In this study we assessed the...
Larvae of <i>Mytilus</i> spp. are among the most Cu sensitive marine species. In this study we asses...
Larvae of Mytilus spp. are among the most Cu sensitive marine species. In this study we assessed the...
Stable Cu isotope (<sup>65</sup>Cu) was complexed with various representative dissolved organic carb...
Copper uptake and accumulation by the marine mussel Mytilus edulis were studied at different Cu conc...
The present study examined the effect of dissolved organic carbon (DOC), both added and inherent, on...
Copper (Cu) is a heavy metal that is essential for life but toxic at high concentrations. This toxic...
Copper (Cu) is a heavy metal that is essential for life but toxic at high concentrations. This toxic...
In freshwater osmoregulating mollusks, Cu can cause toxicity by inducing ionoregulatory disturbances...
This study investigates the effects of waterborne copper exposure on germling growth in chemically d...
This investigation assessed the interactive effects of copper exposure at various salinities on the ...
This investigation assessed the interactive effects of copper exposure at various salinities on the ...
This investigation assessed the interactive effects of copper exposure at various salinities on the ...