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Conversely, this emission reduction vanished in this very carbon-rich, clayey BC soil at the highest moisture (80% WFPS). Moreover, as low N2O fluxes occurred with the lowest moisture (40% WFPS), non-significant and minimal emission reductions by NIs were observed, with a null reduction in the BC soil and only 10% averaged reduction in the GL soil at 40% WFPS. Focusing on the N2O emission reduction and nitrification inhibition under a broad range of NIs rates (in incubation , as soil moisture rose from 60 to 80% WFPS, the most efficient NI rate increased
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