The Pioneering Role of Bryophytes in Ecological Restoration of Manganese Waste Residue Areas, Southwestern China

Table 5

Content of heavy metals in bryophytes and growth substrate from mine waste areas.

Samples		Mn (μg/g)	Cr (μg/g)	Ni (μg/g)	Cu (μg/g)	Zn (μg/g)	Cd (μg/g)	Pb (μg/g)
M. hornschuchiana	In-plant	293.51	283.31	14.02	13.14	123.86	1.19	33.45
	Substrate	1384.96	3385.94	51.95	17.12	258.05	1.58	96.66
C. gratum	In-plant	392.88	4.26	7.55	10.31	40.00	1.16	15.09
	Substrate	45050.00	168.75	39.46	36.32	141.84	1.49	87.46
T. brachydontium	In-plant	4346.88	36.19	16.43	15.03	39.11	1.74	11.61
	Substrate	58487.39	175.10	99.44	231.25	241.56	0.53	28.90
C. schmidii	In-plant	3083.82	17.53	9.87	16.10	83.04	2.85	20.80
	Substrate	36242.62	32.21	27.39	55.72	218.73	1.43	22.58
P. gedeana	In-plant	2941.91	16.15	9.09	14.21	79.35	3.03	19.51
	Substrate	25385.17	23.59	9.79	39.88	183.03	1.23	14.06
H. rosea	In-plant	3282.74	9.50	9.47	11.21	78.85	5.78	6.60
	Substrate	114591.71	58.35	43.94	57.23	413.16	1.08	38.39
B. jilinense	In-plant	5442.64	15.12	8.25	12.52	86.52	1.98	10.37
	Substrate	124085.87	37.55	25.28	38.38	273.49	0.80	21.06
G. subrigidulum	In-plant	2737.28	7.64	6.01	8.82	70.69	5.10	9.89
	Substrate	19587.96	40.41	27.84	55.03	296.98	2.34	23.77
B. atrovirens	In-plant	5588.00	7.26	5.73	6.58	65.96	2.10	13.57
	Substrate	51028.68	103.75	56.33	171.59	231.41	1.03	23.20
Background of Guizhou province	Soil	591.00	86.60	33.70	25.70	82.40	0.13	29.30