2007
DOI: 10.1007/s10967-007-0427-3
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On strontium and barium anomalies in the sediments of Charkadio Cave (Tilos Island, Dodekanese, Greece)

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Cited by 5 publications
(2 citation statements)
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“…The high concentration of ferromagnesian like trace elements (V and Ni) in the sediments could be due to the weathering of amphibolites, or to its preferential incorporation into clay fractions (Das et al 2006) or to heavy mineral accumulation into coarse-grained fraction (Wu et al 2013). The weathering of feldspars induces the depletion of alkali trace elements such as Ba and Sr (Steinhauser et al 2008) but both elements were accumulated along the profiles. The high Ba contents in the sediments might be a result of the source rock nature and the regime of surface processes while the high Zr content is related to the high proportion of zircon derived from felsic protolith as is the case reported by Ndjigui et al (2019).…”
Section: Implications To Sediment Provenancementioning
confidence: 99%
“…The high concentration of ferromagnesian like trace elements (V and Ni) in the sediments could be due to the weathering of amphibolites, or to its preferential incorporation into clay fractions (Das et al 2006) or to heavy mineral accumulation into coarse-grained fraction (Wu et al 2013). The weathering of feldspars induces the depletion of alkali trace elements such as Ba and Sr (Steinhauser et al 2008) but both elements were accumulated along the profiles. The high Ba contents in the sediments might be a result of the source rock nature and the regime of surface processes while the high Zr content is related to the high proportion of zircon derived from felsic protolith as is the case reported by Ndjigui et al (2019).…”
Section: Implications To Sediment Provenancementioning
confidence: 99%
“…This claim is supported also by the C 14 and U-series dating methods by Bachmayer et al, (1984), which provided a range of 45 ka to 3.5 ka for the elephant remains and 140 ka for the fossil deer. The fossils are located within a considerable layer of fine-grained brownish to gray silt sand sands mixed with tephra grains (Steinhauser et al, 2008). Those elephant remains have been described by Theodorou (1983), and later a new species, Elephas tiliensis Theodorou et al, 2007 has been named, declared as the last endemic elephant in the Mediterranean and Europe.…”
Section: Kos Island (Plio-pleistocene)mentioning
confidence: 99%