Titlebook: Geomicrobiology: Natural and Anthropogenic Settings; Lucian C. Staicu,Larry L. Barton Book 2024 The Editor(s) (if applicable) and The Auth

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The Geomicrobiology of Acidic Pit Lakesand archaeal metabolisms involved in iron and sulfur cycling. The reported presence of sulfate-reducing, sulfur-reducing and sulfur-disproportionating bacteria shows that biosulfidogenesis is feasible and even common in these extreme environments. Most microorganisms found in acid pit lakes are poly

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Geomicrobiology of Río Tinto (Iberian Pyrite Belt): A Geological and Mineralogical Mars Analogueed a contaminated river, the consequence of 5000 years of mining activities in the area. The recent demonstration that the origin of the extreme conditions detected in the river result from the metabolic activity of microorganisms operating in the deep subsurface of the IPB has opened an interesting

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Microbial Electrochemical Technologies: Coupling Wastewater Treatment with Resource Recoveryither as terminal electron acceptors (exoelectrogens) or as electron sources (electrotrophs). In this chapter, the principles of technologies such as MFC, MES, and MEC employed for wastewater treatment and energy recovery are discussed. Furthermore, the main technical bottlenecks encountered such as

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Microbial Community Structure in Hydrothermal Sediments: The Guaymas Basin Field Sitee-reducing bacteria and archaea, and sulfate-reducing, methane- and alkane-oxidizing microbial consortia; perhaps no other site has yielded such a wide range of thermophilic, hydrocarbon-degrading specialists. Guaymas Basin continues to yield microbiological discoveries, for example novel types of A

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