2020
DOI: 10.1016/j.oregeorev.2020.103541
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Submarine hydrothermal mineralization processes and insular mineralization in the Hellenic Volcanic Arc system: A review

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Cited by 9 publications
(4 citation statements)
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“…Arsenic in the marine environment is strongly associated with Fe, being scavenged from seawater by Fe oxides/hydroxides; its scavenging being more effective with increasing distance from hydrothermal vents. Thus, confirming that the presence of dissolved Fe in the hydrothermal solutions and the subsequent formation of Fe oxides/hydroxides are among the important limiting factors in the transfer of As from water to sediments [59,68].…”
Section: Marine Waterssupporting
confidence: 52%
See 1 more Smart Citation
“…Arsenic in the marine environment is strongly associated with Fe, being scavenged from seawater by Fe oxides/hydroxides; its scavenging being more effective with increasing distance from hydrothermal vents. Thus, confirming that the presence of dissolved Fe in the hydrothermal solutions and the subsequent formation of Fe oxides/hydroxides are among the important limiting factors in the transfer of As from water to sediments [59,68].…”
Section: Marine Waterssupporting
confidence: 52%
“…Arsenic enrichments were found in all Hellenic Volcanic Arc (HVA) metalliferous sediments except for the northern side of the volcanic arc, such as the Voudia Bay, Milos, and the Kephalos Bay, Kos [67,68]. Chemical analysis of hydrothermal sediments collected from the shore of Santorini island, showed hydrothermal enrichments of As in the sediments compared to normal marine sediments [59,69,70].…”
Section: Marine Environment 831 Marine Sedimentsmentioning
confidence: 99%
“…The active nearshore expressions (e.g., Paleochori Bay) of the Milos epithermal/geothermal system have attracted research, mainly with respect to metal and metalloid enrichment and fractionation in the hydrothermal fluids (e.g., [28,[44][45][46]). However, only little attention has been given to the subaqueous sulfide precipitation, despite its profound importance for providing a better understanding of the mineralization processes in shallow submarine and onshore environments [40,41,43,[47][48][49][50]53,[62][63][64][65][66]. The link between the nearshore and onshore mineralization at Milos is still poorly investigated [57,60], and thus improving our understanding of the seafloor hydrothermal processes at Paleochori Bay will also help to better constrain the formation conditions of the onshore epithermal mineralization of Milos Island.…”
Section: Figurementioning
confidence: 99%
“…Ανάλογα με τη σχέση οξειδίων του σιδήρου και του μαγγανίου βρίσκεται στη φύση σε διάφορες αποχρώσεις του καφέ χρώματος, Δημιουργήθηκαν από τη κυκλοφορία μεταλλοφόρων υδροθερμικών διαλυμάτων στα τελευταία στάδια της υποθαλάσσιας ηφαιστειακής δράσης και του σχηματισμού των λαβών, (Robertson & Hudson, 1973, Robertson, 1975. Υπάρχει η άποψη ότι τα κοιτάσματα αυτά προήλθαν απο διαγενετική διεργασία που ακολούθησε την ιζηματογένεση τους (Dill, et al, 1974, Varnavas & Papavasiliou, 2020.…”
Section: unclassified