In the Anthropocene, nitrogen pollution is becoming an increasing challenge for both
mankind and the Earth system. Microbial nitrogen cycling begins with aerobic nitrification …

The novel biological nitrogen removal process has been extensively studied for its high
nitrogen removal efficiency, energy efficiency, and greenness. A successful novel biological …

Composting is an efficient, microbe-driven method for the biodegradation of solid organic
substrates. In such a complex engineering ecosystem, microbial interaction is more …

The recent discovery of complete ammonia oxidation (comammox) has increased our
understanding of nitrification. Although comammox has been shown to play an important …

Microbial inoculums (MIs) were the widely used biofortification strategy in composting.
However, lack of efficient MIs and unclear strengthening mechanisms might impaired the …

Five full-scale food waste composts were conducted under different aeration frequencies (no
aeration, aeration at different intervals, and continuous aeration) to reveal the optimal …

Antibiotic resistance genes (ARGs) fate in a full-scale Food waste (FW) facility was
investigated. Results showed that with the changes in ARGs, microbial networks could be …

The global nitrogen cycle is of paramount significance as it affects important processes like
primary productivity and decomposition. Nitrification, the oxidation of ammonia to nitrate via …

Complete ammonia oxidizing bacteria, or comammox bacteria (CAOB), can oxidize
ammonium to nitrate on its own. Its discovery revolutionized our understanding of biological …

In ecosystem engineering research, the contribution of microbial cooperation to ecosystem
function has been emphasized. Fungi are one of the predominant decomposers in …