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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https://doi.org/10.1007/978-3-540-76306-2e-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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Basic Problems of Electromagnetic Biology,hydrogen from very deep sources in Earth as the ultimate source of energy to sustain the observed microbes was formulated in the 1990 decade. The diffusion of hydrogen from the interior of earth is a very slow, but continuous process that can feed subterranean microbiomes with reducing power and the

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Geomicrobiology: Natural and Anthropogenic Settings

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Geomicrobiology: Natural and Anthropogenic Settings978-3-031-54306-7

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Geomicrobiology: Present Approaches and Future Directions,olutionized the field. The book also provides in-depth insights into specific topics, such as understanding mercury and selenium speciation by microorganisms, the contribution of electroactive microorganisms in various geomicrobiological processes, and the role of biofilms in biomineralization. Over

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Microbial Interactions with the Mercury Cyclet advances in metagenomics, bioinformatics, and computational modeling, coupled with extensive cultivation-driven experimental research, have yielded important insights into which microorganisms are capable of transforming mercury species by changing their valence state and/or speciation, including

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The Impact of Selenium on an Archaea-Dominated, Methanogenic Granular Sludge Consortiumhich was unaffected by the exposure to Se oxyanions. In contrast, the bacterial phyla displayed much higher diversity, evident at the phylum and genus levels. Three diversity indices (Shannon’s index, Faith’s phylogenetic diversity, and richness) showed a decrease in microbial diversity in the prese

Introduction

Electroactive (Micro)organismscs and the molecular mechanisms that underpin their electroactivity are highlighted. Whereas bacteria and archaea have been separated into groups based on their metabolic mode, eukarya have been separated into fungi and plants. Finally, this chapter touches on current challenges in finding novel ele