2023
DOI: 10.1016/j.dsr.2023.104016
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A river of terrestrial dissolved organic matter in the upper waters of the central Arctic Ocean

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Cited by 5 publications
(1 citation statement)
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“…The log K cond Cu2+L values observed in the study area (range: 13.83 -16.01, Table 1) were close to the range of terrestrial humic substances reported in estuaries (range: 14.9 -15.9, Muller and Batchelli, 2013). Humics substances with riverine origin were detected in the central Arctic waters (Gao and Gueǵuen, 2018;Gamrani et al, 2023) and described as part of the Fe-binding ligands pool in the central Arctic and Fram Strait waters (Slagter et al, 2017;Rijkenberg et al, 2018;Laglera et al, 2019;Slagter et al, 2019;Ardiningsih et al, 2020). Since humics can complex both Fe and Cu (Abualhaija et al, 2015), it is reasonable to propose that a fraction of the L Cu pool in the study area comprises humic substances, as suggested for Fram Strait and Greenland shelf waters (Arnone et al, 2023).…”
Section: Cu-binding Ligand Naturesupporting
confidence: 77%
“…The log K cond Cu2+L values observed in the study area (range: 13.83 -16.01, Table 1) were close to the range of terrestrial humic substances reported in estuaries (range: 14.9 -15.9, Muller and Batchelli, 2013). Humics substances with riverine origin were detected in the central Arctic waters (Gao and Gueǵuen, 2018;Gamrani et al, 2023) and described as part of the Fe-binding ligands pool in the central Arctic and Fram Strait waters (Slagter et al, 2017;Rijkenberg et al, 2018;Laglera et al, 2019;Slagter et al, 2019;Ardiningsih et al, 2020). Since humics can complex both Fe and Cu (Abualhaija et al, 2015), it is reasonable to propose that a fraction of the L Cu pool in the study area comprises humic substances, as suggested for Fram Strait and Greenland shelf waters (Arnone et al, 2023).…”
Section: Cu-binding Ligand Naturesupporting
confidence: 77%