Trends in Ecology & Evolution
reviewAerobic denitrification in soils and sediments: From fallacies to factx
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Revisiting process-based simulations of soil nitrite dynamics: Tighter cycling between nitrite and nitrate than considered previously
2023, Soil Biology and BiochemistryA mechanistic review on aerobic denitrification for nitrogen removal in water treatment
2022, Science of the Total EnvironmentCitation Excerpt :After studying the enzymatic system of ADB, several researchers suggested the “enzyme theory” to explain the AD process (Yang et al., 2020). According to the enzyme theory, four enzymes (NAR, NIR, NOR, and NOS) play a crucial role in AD (Lloyd, 1993; Yang et al., 2020). However, it was initially found in the study of the denitrifying bacterium Thiosphaera pantotropha that two different NAR are present in Thiosphaera pantotropha, the reductase of intramembrane nitrate (M-NAR) and the reductase of periplasmic nitrate (P-NAR) (Jetten et al., 1997).
Landslides: An emerging model for ecosystem and soil chronosequence research
2022, Earth-Science ReviewsDenitrification rates of culturable bacteria from a coastal location turning temporally hypoxic
2020, Journal of Marine SystemsModelling tool for predicting and simulating nitrogen concentrations in cold-climate mining ponds
2018, Ecological ModellingCitation Excerpt :Thus, the modelled oxygen concentration (∼200–300 μM) never reaches values low enough to justify denitrification in bulk water. However, denitrification in oxygenated systems has been reported in several studies, including denitrification in oxygen saturated waters (Robertsson and Kuenen, 1984, Lloyd, 1993) and in small micro-niches in the water where the oxygen concentration is low enough to permit denitrification (Robertsson and Kuenen, 1984). Biogeochemical reaction rates are compiled in Table 7 where modelled annual average values from the Aitik pond are compared to those found in other studies.