Background DNA, the genetic material of most of the organisms, is the crucial element of life.
Integrity of DNA needs to be maintained for transmission of genetic material from one …

Studies investigating the taxonomic diversity and structure of soil bacteria in areas with
enhanced radioactive backgrounds have been ongoing for three decades. An analysis of …

The co-exposure of microplastics (MPs) and polychlorinated biphenyls (PCBs) in soil is
inevitable, but their combined effect on cycles of typical biogenic elements (eg C, N, Fe, S) is …

Studies investigating the diversity and structure of soil microbial systems in response to
ionizing radiation are scarce. In particular, effects of long-term low-dose radiation is rarely …

Wildland fire is increasingly recognized as a driver of bioaerosol emissions, but the effects
that smoke-emitted microbes have on the diversity and community assembly patterns of the …

The characterization of soil microbial communities at different depths is essential to
understand their impact on nutrient availability, soil fertility, plant growth and stress …

Reductive dechlorination, an efficient pathway for complete removal of organic chlorinated
pollutants (OCPs), is commonly reported to be coupled to oxidation of methane (CH 4) or …

As the environmental nuclear radiation pollution caused by nuclear-contaminated water
discharge and other factors intensifies, more plant–microorganism–soil systems will be …

The characterization of soil microbial communities at different depths is essential to
understand their impact on nutrient availability, soil fertility, plant growth and stress …

Los suelos con alto contenidos en yeso (CaSO 4. 2H 2 O) están presentes en zonas áridas
y semiáridas de todo el mundo. La adaptación de las plantas a los suelos de yeso deriva en …