Sulfide oxidation, part of sulfur's biotic/abiotic cycle, is an important natural phenomenon.
However, because of the sulfide's association with metallic ores and fossil fuels in the form …

Abstract The Iberian Pyrite Belt (IPB) has, over the past decade, been an area of renewed
mining activity and scientific research that has resulted in a wealth of new data and new …

Resumen (translated by E. Pascual) El distrito minero de Aznalcóllar está situado en el
extremo sureste de la Faja Pirítica Ibérica (IPB). Muestra rasgos geológicos complejos que …

Pyrite Oxidation and its Control is the single available text on the market that presents the
latest findings on pyrite oxidation and acid mine drainage (AMD). This new information is an …

The massive sulfide deposits of the Iberian Pyrite Belt are grouped in different styles of
mineralization, reflecting the formation in contrasting geological settings. The shale-hosted …

Volcanogenic massive sulphide (VMS) deposits form in subaqueous environments from
circulating hydrothermal fluids heated by volcanic activity. These deposits form as sulphide …

Deep-sea mineral deposits potentially represent vast metal resources that could make a
major contribution to future global raw material supply. Increasing demand for these metals …

Resumen (translated by E. Pascual) Dado que los lentejones de chert son comunes dentro
de la sucesión vulcanosedimentaria que contiene los depósitos de sulfuros masivos de la …

The Iberian Pyrite Belt (IPB), SW Iberian Peninsula, Spain and Portugal, one of the most
famous and oldest mining districts in the world, includes several major concentrations of …

The Saldanha hydrothermal field is located at the top of a serpentinized massif (Mount
Saldanha, MS) at a non-transform offset (NTO5) along the Mid-Atlantic Ridge (MAR), south …