. 2018 Nov 13;9:2566. doi: 10.3389/fmicb.2018.02566

Table 2.

Repeat measures ANOVA of rice growing stages and treatments on soil properties and gases emissions.

Soil	Items	Stage (rice growing)	Treatment	Stage × Treatment
TY
	DOC	P < 0.001 ^a∗∗∗	P = 0.005 ^∗∗	P = 0.264 ns
	pH	P < 0.001 ^∗∗∗	P < 0.001 ^∗∗∗	P = 0.278 ns
	Eh	P < 0.001 ^∗∗∗	P < 0.001 ^∗∗∗	P < 0.001 ^∗∗∗
	${NH}_{4}^{+}$	P < 0.001 ^∗∗∗	P = 0.556 ns	P = 0.727 ns
	${NO}_{3}^{-}$	P = 0.034 ^∗	P = 0.027 ^∗	P = 0.163 ns
	TC	P = 0.409 ns	P < 0.001 ^∗∗∗	P = 0.216 ns
	TN	P < 0.001 ^∗∗∗	P = 0.018 ^∗	P = 0.028 ^∗
	C/N ratio	P = 0.184 ns	P < 0.001 ^∗∗∗	P = 0.264 ns
	Cumulative CH₄ emission	P < 0.001 ^∗∗∗	P < 0.001 ^∗∗∗	P < 0.001 ^∗∗∗
	Cumulative N₂O emission	P < 0.001 ^∗∗∗	P < 0.001 ^∗∗∗	P = 0.331 ns
	CH₄ flux	P = 0.022 ^∗	P = 0.026 ^∗	P = 0.043 ^∗
	N₂O flux	P = 0.011 ^∗	P = 0.240 ns	P = 0.509 ns
BH
	DOC	P < 0.001 ^∗∗∗	P = 0.037 ^∗	P < 0.001 ^∗∗∗
	pH	P < 0.001 ^∗∗∗	P = 0.213 ns	P = 0.004 ^∗∗
	Eh	P < 0.001 ^∗∗∗	P < 0.001 ^∗∗∗	P < 0.001 ^∗∗∗
	${NH}_{4}^{+}$	P < 0.001 ^∗∗∗	P = 0.414 ns	P = 0.801 ns
	${NO}_{3}^{-}$	P < 0.001 ^∗∗∗	P = 0.014 ^∗	P < 0.001 ^∗∗∗
	TC	P = 0.255 ns	P = 0.001 ^∗∗∗	P = 0.354 ns
	TN	P = 0.175 ns	P = 0.013 ^∗	P = 0.074 ns
	C/N ratio	P = 0.543 ns	P < 0.001 ^∗∗∗	P = 0.470 ns
	Cumulative CH₄ emission	P < 0.001 ^∗∗∗	P < 0.001 ^∗∗∗	P < 0.001 ^∗∗∗
	Cumulative N₂O emission	P < 0.001 ^∗∗∗	P = 0.249 ns	P = 0.005 ^∗∗
	CH₄ flux	P < 0.001 ^∗∗∗	P < 0.001 ^∗∗∗	P < 0.001 ^∗∗∗
	N₂O flux	P = 0.008 ^∗∗	P = 0.593 ns	P = 0.424 ns

^a∗∗∗For the effect, ^∗, ^∗∗, ^∗∗∗ denote significant difference at P < 0.05, P < 0.01, and P < 0.001, respectively. The ns means no significant difference.