The Rudabánya Ore Bearing Complex (NE Hungary) is composed of siderite and base metal sulfide min... more The Rudabánya Ore Bearing Complex (NE Hungary) is composed of siderite and base metal sulfide mineralizations, hosted by Lower Triassic carbonate and siliciclastic succession of the Silicikum stratigraphic superunit in the Western Carpathians. The deposit lies inside a Neogene sinistral strike-slip fault zone (Darnó Zone), bordered by master faults. The ore bodies are dissected blocks in a stack of horses structure. Iron, copper and lead ore resources were previously explored and mined in the area. During a recent exploration program additional zones of zinc and lead ores have been discovered representing two genetic types. The first one is stratiform, bound to reductive facies pelitic siliciclastic rocks. The second one is a hydrothermal mineralization, controlled by faults and siderite block boundaries. Both types have similar mineral paragenesis: sphalerite, galena, pyrite, and barite. The two parageneses are distinguishable through their textural and geochemical fingerprints. Hy...
The Rudabánya Ore Bearing Complex (NE Hungary) is composed of siderite and base metal sulfide min... more The Rudabánya Ore Bearing Complex (NE Hungary) is composed of siderite and base metal sulfide mineralizations, hosted by Lower Triassic carbonate and siliciclastic succession of the Silicikum stratigraphic superunit in the Western Carpathians. The deposit lies inside a Neogene sinistral strike-slip fault zone (Darnó Zone), bordered by master faults. The ore bodies are dissected blocks in a stack of horses structure. Iron, copper and lead ore resources were previously explored and mined in the area. During a recent exploration program additional zones of zinc and lead ores have been discovered representing two genetic types. The first one is stratiform, bound to reductive facies pelitic siliciclastic rocks. The second one is a hydrothermal mineralization, controlled by faults and siderite block boundaries. Both types have similar mineral paragenesis: sphalerite, galena, pyrite, and barite. The two parageneses are distinguishable through their textural and geochemical fingerprints. Hy...
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