Chemical and Biological Technologies in Agriculture

Table 4 General information of sequence and bacterial diversity

From: Effects of cellulase and xylanase on fermentative profile, bacterial diversity, and in vitro degradation of mixed silage of agro-residue and alfalfa

Day	Treatment	Item
Day	Treatment	Sequences	Shannon	Simpson	Chao 1	Good’s coverage
	M	27,594	5.82^A	0.96^A	207.13^A	0.998
5 d	C	29,046	4.01^BC	0.85^ABC	190.93^AB	0.996
	E	29,056	3.37^CDE	0.75^BCDEF	177.50^AB	0.996
	X	31,814	3.52^BCD	0.80^BCD	200.20^A	0.995
	EX	27,221	3.40^BCD	0.79^BCDE	167.83^AB	0.996
15d	C	30,608	4.30^B	0.89^AB	186.63^AB	0.996
	E	32,216	3.25^CDEF	0.72^CDEF	174.18^AB	0.997
	X	26,429	2.46^EFG	0.57^G	150.37^B	0.997
	EX	28,981	2.44^FG	0.57^G	174.13^AB	0.996
45 d	C	30,663	2.85^DEFG	0.69^DEFG	98.04^C	0.999
	E	25,312	2.27^G	0.65^EFG	60.56^C	1.000
	X	29,259	1.98^G	0.62^FG	57.12^C	1.000
	EX	31,415	2.11^G	0.64^EFG	65.05^C	1.000
SEM		–	0.13	0.02	9.20	–
P value
Linear		–	< 0.001	< 0.001	< 0.001	–
Quadratic		–	< 0.001	< 0.001	< 0.001	–

^A−GWithin a column, means without a common superscript differed (P < 0.05)
M, mixture = 80% alfalfa + 15% wheat bran + 5% rice straw on a fresh matter basis, C, control E, cellulase; X, xylanase; EX, commercial fibrolytic enzymes

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