2014
DOI: 10.17824/huyuamd.20100
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Çataltepe (Lapseki-Çanakkale) Pb-Zn±Cu±Ag Yatağı'nın Jeolojisi ve Alterasyon Özellikleri

Abstract: ÖZ Biga Yarımadası'nın KB ucunda ve Çanakkale ili Lapseki ilçesi doğusunda yer alan Çataltepe Pb-Zn±Cu±Ag yatağı, Kretase yaşlı Çamlıca metamorfitlerinin mermerleri içinde ve onların diğer kayaçlarla olan dokanakları boyunca genellikle litolojik kontrollü olarak gelişmiş bir cevherleşmedir. Şu an aktif olarak üretim yapılan işletme alanında cevherleşmelerin genel doğrultu/eğimi mermer ve diğer metamorfitlerin genel doğrultu/eğimine uyumlu olup yaklaşık K40 o B/40 o KD'dur. Mikroskobik çalışmalar prograd evreye… Show more

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“…This occurrence may be attributed to the significant deposition of sulfide and sulfate minerals from the hydrothermal fluids during the mineralization process [61]. Figure 11 revealed that the studied Yolindi Cu-Fe skarn mineralization shares similarities with various other deposits, namely the Çataltepe deposits in Turkey [62], Fırıncıkdere in Kalkım in Turkey [63], Mazraeh in NW Iran [60], Ditto in Japan [64], Shenshan in NE China [65], and Velardeña in Mexico [66] (Figure 11). These deposits exhibited a significant reduction in δ 34 S, indicating a strong link between the sulfur isotopic composition of rock sulfur and ore sulfur in the magnetite series of granitoids.…”
Section: Sulfur Isotopic Compositions and Their Geological Implicationsmentioning
confidence: 90%
“…This occurrence may be attributed to the significant deposition of sulfide and sulfate minerals from the hydrothermal fluids during the mineralization process [61]. Figure 11 revealed that the studied Yolindi Cu-Fe skarn mineralization shares similarities with various other deposits, namely the Çataltepe deposits in Turkey [62], Fırıncıkdere in Kalkım in Turkey [63], Mazraeh in NW Iran [60], Ditto in Japan [64], Shenshan in NE China [65], and Velardeña in Mexico [66] (Figure 11). These deposits exhibited a significant reduction in δ 34 S, indicating a strong link between the sulfur isotopic composition of rock sulfur and ore sulfur in the magnetite series of granitoids.…”
Section: Sulfur Isotopic Compositions and Their Geological Implicationsmentioning
confidence: 90%