Additional file 1 of N2O emission and its influencing factors in subtropical streams, China

Additional file 1: Fig. S1. amoA genes abundance in the Jinshui River and Qi River. Vertical bar denote SE of triplicate samples (Zhao et al. 2020). The genes primers were shown in Table S7. Fig. S2. nirK gene abundance in the Jinshui River and Qi River. Vertical bar denote SE of triplicate samples (The data have not yet been published). The measured method was the same as amoA genes. The gene primer was shown in Table S7. Fig. S3. nirS genes abundance in the Jinshui River and Qi River. Vertical bar denote SE of triplicate samples (The data have not yet been published). The measured method was the same as amoA genes. The gene primer was shown in Table S7. Fig. S4. nosZ genes abundance in the Jinshui River and Qi River. Vertical bar denote SE of triplicate samples (The data have not yet been published). The measured method was the same as amoA genes. The gene primer was shown in Table S7. Fig. S5. Potential nitrification rates in the Jinshui River and Qi River. Vertical bar denote SE of triplicate samples (Zhao et al. 2020). Fig. S6. Potential nitrification rates in the Jinshui River and Qi River. Vertical bar denote SE of triplicate samples (The data have not yet been published). Table S1. The land use attribute table of the Jinshui River and Qi River. Table S2. Wind speed (m/s) at 2 m above water surface of Jinshui River and Qi River. Table S3. Pearson’s correlation analyses between N2O concentration and physicochemical variables. * represent P < 0.05, **represent P