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The influence of seawater pH on U Ca ratios in the scleractinian cold . . . We investigated the reef-building CWC Lophelia pertusa as a recorder of intermediate ocean seawater pH This species-specific field calibration is based on a unique sample set of live in situ collected L pertusa and corresponding seawater samples
The influence of seawater pH on U Ca ratios in the scleractinian cold . . . We investigated the reef-building CWC Lophelia pertusa as a recorder of intermediate ocean seawater pH This species-specific field calibration is based on a unique sample set of live in situ collected L pertusa and corresponding seawater samples
The influence of seawater pH on U Ca ratios in the scleractinian cold . . . We investigated the reef-building CWC Lophelia pertusa as a recorder of intermediate ocean seawater pH This species-specific field calibration is based on a unique sample set of live in situ collected L pertusa and corresponding seawater samples
The influence of seawater pH on U Ca ratios in the scleractinian cold . . . has been no direct comparison of CWC U Ca ratios to in situ measured seawater pH at the coral location Here, we in-vestigate the influence of seawater pH on U Ca ratios in the scleractinian CWC L pertusa and evaluate the potential to serve as a pH proxy for intermediate water masses
The influence of seawater pH on U Ca ratios in the scleractinian cold . . . We investigated the reef-building CWC Lophelia pertusa as a recorder of intermediate ocean seawater pH This species-specific field calibration is based on a unique sample set of live in-situ collected L pertusa and corresponding seawater samples
The influence of seawater pH on U Ca ratios in the scleractinian cold . . . We investigated the reef-building CWC Lophelia pertusa as a recorder of intermediate ocean seawater pH This species-specific field calibration is based on a unique sample set of live in situ collected L pertusa and corresponding seawater samples
The influence of seawater pH on U Ca ratios in the scleractinian cold . . . We investigated the reef-building CWC Lophelia pertusa as a recorder of intermediate ocean seawater pH This species-specific field calibration is based on a unique sample set of live in situ collected L pertusa and corresponding seawater samples