Soil magnetic properties are sensitive indicators of pedogenetic processes. Although many
of the processes that increase soil magnetism are well documented, the role of microbial …

Magnetic fields (MFs) are konwn to affect plant growth, but their effects on soil conditions
remain obscure. In this study, poplar seedlings (Populus× euramericana'Neva') were …

Fe minerals sorb nutrients and pollutants and participate in microbial and abiotic redox
reactions. Formation and transformation of Fe minerals is typically followed by mineral …

Studying the minor part of the uncultivated microbial majority (“rare biosphere”) is difficult
even with modern culture-independent techniques. The enormity of microbial diversity …

Microorganisms are known to couple the degradation of hydrocarbons to Fe (III) reduction
leading to the dissolution and (trans) formation of Fe minerals including ferro (i) magnetic Fe …

Detailed rock-magnetic and bacterial community analyses have been conducted on a 2.2 m-
long soil profile developed over loess in Nebraska. Results show magnetic enhancement in …

Abstract Changes in magnetic and chemical properties of soil during the growth of tomato
plants (Lycopersicon esculentum) are examined in this study. The synthetic soils, prepared …

Plant-associated microorganisms can stimulate plants growth and influence both crops yield
and quality by nutrient mobilization and transport. Therefore, rhizosphere microbiome …

Iron mineral (trans) formation during microbial Fe (III) reduction is of environmental
relevance as it can influence the fate of pollutants such as toxic metal ions or hydrocarbons …

Magnetotactic bacteria (MTB) can rapidly relocate to optimal habitats by magnetotaxis, and
play an important role in iron biogeochemical cycling. This study aimed to evaluate the …