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Soil pH is often changed by anthropogenic activities such as agronomic management, land use or acidifying pollution, and is widely considered to be a dominant factor affecting soil nitrogen cycling. In this study, three purple soils originating from similar parent materials but varying in pH (5.7, 7.3, and 8.0), representing acidic, neutral and alkaline soils, were selected to determine the effect...
Increasing evidence suggests that autotrophic ammonia oxidation in acidic soils is largely performed by archaea. However, ammonia oxidizing bacteria (AOB) are also found in acidic soils, and mechanisms have been demonstrated that enable the growth of AOB in low pH soils. This work used DNA stable isotope probing to examine the response of autotrophic ammonia oxidizers in an acidic forest soil (pH...
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