Titlebook: Resolving Strong Field Dynamics in Cation States of CO_2 via Optimised Molecular Alignment; Malte Oppermann Book 2014 Springer Internation

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JEER

Malte Oppermannither 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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Malte Oppermannmental engineers, microbiologists, and individuals studying the interaction of bacteria with metals and minerals in the environment. It is also a resource for students in academic programs or short courses focused on bacterial diversity in the environment, systems of bacterial energetics, resource r

GROWL

Malte Oppermannigating also the potential of cyanogenic bacteria and organic acid-generating fungi. This chapter describes the microbiology of biomining, focusing on industrially relevant recovery of metals from mineral ores and waste materials. Additionally, the microbiology in biomining operations, solid mine wa

NAVEN

Malte Oppermannhich 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

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Malte Oppermannlood risk, the state of aquatic and riparian habitat, and the fate and transport of contaminants. Whereas some persistent impacts are straightforward to anticipate (e.g., reduced flood peaks), transient impacts may result from emergent behavior in fluvial systems and are not easily predicted. This c

Irrepressible

Malte Oppermanndplain inundation, erosion, and sedimentation, the dominant geomorphic processes that occur during unintentional levee breaks, are flood risks in such embanked river systems. Climate and flood variability still dictate the frequency of unintentional levee breaks despite many decades of engineering.

维持

Malte Oppermannlandslide susceptibility maps, to aid local authorities, in finding better-suited land use planning and risk-reduction strategies. The nine selected causative factors: slope, aspect, land use/land cover, elevation, curvature, distance to faults/lineaments, distance to roads, distance to drainage, an

Corporeal

Malte Oppermannlandslide susceptibility maps, to aid local authorities, in finding better-suited land use planning and risk-reduction strategies. The nine selected causative factors: slope, aspect, land use/land cover, elevation, curvature, distance to faults/lineaments, distance to roads, distance to drainage, an

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