Amazonia (defined herein as the Amazon basin) is home to the greatest concentration of
biodiversity on Earth, providing unique genetic resources and ecological functions that …

Interactions between chemodiverse dissolved organic matter (DOM) and biodiverse
microbes are governed by a myriad of intrinsic and extrinsic factors which are not well …

Understanding the degradation of dissolved organic matter (DOM) is vital for optimizing
DOM control. However, the microbe-mediated DOM transformation during wastewater …

Soil priming is a microbial‐driven process, which determines key soil–climate feedbacks in
response to fresh carbon inputs. Despite its importance, the microbial traits behind this …

The study aims to clarify the driving factors of lignocellulose degrading enzyme genes
abundance during rice straw composting. Lignocellulose degrading strains b4 (Bacillus …

Thaumarchaeota (now the class Nitrososphaeria in the phylum Thermoproteota in GTDB
taxonomy) are abundant across marine and soil habitats; however, their genomic diversity …

Microorganisms play an important role in the biogeochemical cycles of lacustrine sediments.
However, little is known about their vertical responses to sedimentary depths and their …

Amazonian blackwaters are extremely biodiverse systems containing some of Earth's most
naturally acidic, dissolved organic carbon-rich and ion‐poor waters. Physiological …

Lignocellulose, as the most abundant natural organic carbon on earth, plays a key role in
regulating the global carbon cycle, but there have been only few studies in marine …

Understanding the reaction mechanism of dissolved organic matter (DOM) during
wastewater biotreatment is crucial for optimal DOM control. Here, we develop a directed …