Table 1. List derived from literature search of methods to measure nitrification-associated N2O flux.
| References | Method | fN2Onit | Note |
|---|---|---|---|
| mean (max ~ min), % | |||
| Ambus (2005) ref. [43] | 15N labelling | 0.046 (0.046 ~ 0.046) | Land cover (sward), soil type (Typic Hapludult) |
| Bateman and Baggs (2005) ref. [14] | 15N labelling, C2H2 inhibition | 0.011 (0.006 ~ 0.014) | Land cover (agriculture), soil type (Cambion) |
| Carter (2007) ref. [44] | C2H2 inhibition, field measurement (15N) | 0.020 (0.01 ~ 0.029) | Land cover (sward) |
| Garrido et al. (2002) ref. [45] | C2H2 inhibition | 0.30 (0.028 ~ 0.48) | Land cover (agriculture), soil type (HypercalcareousRendosol, RedoxicLuvisol, PachicCalcisol, Neoluvisol) |
| Khalil et al. (2004) ref. [46] | 15N labelling | 0.77 (0 ~ 1.57) | Land cover (agriculture), soil type (Orthic Luvisol) |
| Klemedtsson et al. (1988) ref. [47] | C2H2 inhibition | -0.49 (-9.62 ~ 7.5) | Land cover (arable land) |
| Maag and Vinther (1996) ref. [48] | C2H2 inhibition | 0.36 (0.28 ~ 0.48) | |
| Martikainen (1985) ref. [40] | C2H2 inhibition, N-serve inhibition | 28.3 (27.0 ~ 29.4) | Land cover (forest) |
| Mathieu et al. (2006) ref. [49] | 15N labelling | 1.23 (0.13 ~ 2.32) | Land cover (agriculture), soil type (Gleyie luvisol) |
| Mørkved et al. (2007) ref. [50] | 15N labelling, C2H2 inhibition | 0.79 (0.018 ~ 7.62) | Land cover (meadow, agriculture), soil type (sapric histosol, Stagnic Albeluvisol) |
| Mørkved et al. (2006) ref. [51] | 15N labelling, C2H2 inhibition | 27 (27 ~ 27) | Land cover (agriculture), soil type (mollic gleysol) |
| Tortoso and Hutchinson (1990) ref. [52] | N-serve inhibition, NaClO3 inhibition | 0.068 (0.068 ~ 0.068) | Land cover (agriculture) |
| Zhu et al. (2013) ref. [20] | 15N labelling, 18O, C2H2 inhibition | 2.35 (0 ~ 8.3) | Land cover (agriculture), soil type (Fine-silty mixed, nonacid, thermic Typic Xerorthent) |
N-Serve, 2-Chloro-6-(trichloromethyl)-pyridine