Michele Laureni

This study uses long-term multi-meta-omics to identify the ecophysiological controls of seasonal N2O emissions in wastewater treatment systems.

The paper shows clade II N2O-reducers outcompete clade I under low N2O availability, and coexist under high N2O, with cobalamin interactions influencing community composition.

This study shows that mild aeration in sand filters promotes biological iron removal, achieving faster oxidation rates and higher water yields compared to intensive aeration.

This study identifies Fe3+ flocs as the main cause of nitrification delay in groundwater filters by inhibiting NH4+ oxidation, showing the inhibition is reversible through backwashing.

This paper introduces a mass binning glycoproteomics approach to explore prokaryotic protein glycosylation, revealing unique surface layer modulation in an anammox bacterium.

The paper investigates how biomass segregation between biofilm and flocs affects nitrite-oxidizing bacteria control in hybrid PN/A systems, showing that low DO promotes NOB washout from flocs.