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NFI3
forest area
degree of mixture · number of tree species in the upper layer
unit of reference: canton
unit: 1000 ha
unit of evaluation: accessible forest without shrub forest
grid: terrestrial grid NFI3
state2004/06
		degree of mixture
		n/a		pure conifer forest		mixed conifer forest		mixed broadleaf forest		pure broadleaf forest		total
canton	number of tree species in the upper layer	1000 ha	± %	1000 ha	± %	1000 ha	± %	1000 ha	± %	1000 ha	± %	1000 ha	± %
AG	n/a	0.7	50	0.0	.	0.0	.	0.0	.	0.0	.	0.7	50
	1	0.0	.	2.0	30	0.0	.	0.2	100	2.7	25	4.8	18
	2	0.0	.	2.5	26	0.6	58	0.2	100	5.9	16	9.2	13
	3	0.0	.	2.2	28	2.3	27	1.4	35	6.7	15	12.6	10
	4	0.0	.	1.2	37	3.3	23	2.7	25	3.8	21	11.0	11
	5	0.0	.	0.4	70	1.4	35	2.2	29	1.6	33	5.6	17
	6 or more	0.0	.	0.4	71	1.1	40	1.4	35	0.7	50	3.6	22
	total	0.7	50	8.6	13	8.6	13	8.0	14	21.5	7	47.5	2
AI	n/a	0.0	.	0.0	.	0.0	.	0.0	.	0.0	.	0.0	.
	1	0.0	.	1.4	30	0.0	.	0.0	.	0.0	.	1.4	30
	2	0.0	.	0.6	49	0.3	69	0.0	.	0.2	100	1.1	35
	3	0.0	.	0.6	50	0.8	38	0.5	59	0.0	.	1.9	25
	4	0.0	.	0.0	.	0.3	72	0.0	.	0.2	100	0.5	57
	5	0.0	.	0.0	.	0.3	72	0.0	.	0.0	.	0.3	72
	6 or more	0.0	.	0.0	.	0.2	100	0.0	.	0.0	.	0.2	100
	total	0.0	.	2.7	20	1.9	24	0.5	59	0.3	69	5.4	8
AR	n/a	0.0	.	0.0	.	0.0	.	0.0	.	0.0	.	0.0	.
	1	0.0	.	0.8	47	0.0	.	0.0	.	0.2	100	1.0	42
	2	0.0	.	1.1	39	0.2	100	0.4	72	0.0	.	1.7	31
	3	0.0	.	0.4	57	0.6	47	0.0	.	0.3	71	1.2	29
	4	0.0	.	0.7	53	1.1	37	0.1	100	0.1	100	2.0	26
	5	0.0	.	0.3	69	1.0	40	0.1	100	0.0	.	1.5	32
	6 or more	0.0	.	0.0	.	0.6	49	0.3	69	0.0	.	0.9	38
	total	0.0	.	3.3	17	3.5	17	0.9	40	0.6	49	8.3	6
BE	n/a	5.7	17	0.0	.	0.0	.	0.0	.	0.0	.	5.7	17
	1	0.0	.	23.3	8	0.5	58	0.4	71	2.9	25	27.1	7
	2	0.0	.	26.1	8	5.0	19	5.2	18	7.5	15	43.8	6
	3	0.2	100	16.6	10	16.7	10	7.3	15	8.3	14	49.2	5
	4	0.0	.	5.2	18	11.6	12	6.5	16	4.0	21	27.4	7
	5	0.0	.	1.1	40	4.6	20	2.7	26	2.7	26	11.1	12
	6 or more	0.0	.	0.4	71	2.2	29	2.4	28	2.0	30	6.9	16
	total	5.9	17	72.8	4	40.6	6	24.4	8	27.5	7	171.1	1
BL/BS	n/a	0.5	53	0.0	.	0.0	.	0.0	.	0.0	.	0.5	53
	1	0.0	.	0.2	100	0.0	.	0.0	.	0.6	57	0.8	50
	2	0.0	.	0.4	72	0.4	71	0.5	57	4.3	20	5.6	17
	3	0.0	.	0.6	58	1.1	44	0.7	48	2.4	28	4.8	19
	4	0.0	.	0.2	100	0.8	51	2.2	28	1.2	41	4.4	19
	5	0.0	.	0.0	.	0.4	70	0.7	49	1.3	40	2.5	28
	6 or more	0.0	.	0.0	.	0.2	100	0.9	50	0.8	51	1.8	33
	total	0.5	53	1.4	38	2.9	26	5.0	18	10.7	10	20.5	3
FR	n/a	2.8	23	0.0	.	0.0	.	0.0	.	0.0	.	2.8	23
	1	0.0	.	6.4	15	0.0	.	0.2	100	0.7	50	7.4	14
	2	0.0	.	5.2	17	1.2	38	0.4	71	2.8	25	9.6	12
	3	0.0	.	3.4	22	1.4	34	1.8	31	2.5	27	9.1	13
	4	0.0	.	1.1	41	1.8	31	1.5	35	1.9	29	6.2	16
	5	0.0	.	0.5	58	0.7	50	1.0	40	1.1	41	3.3	22
	6 or more	0.0	.	0.0	.	0.9	44	0.9	44	1.3	38	3.0	23
	total	2.8	23	16.7	8	5.9	16	5.8	16	10.3	12	41.4	2
GE	n/a	0.0	.	0.0	.	0.0	.	0.0	.	0.0	.	0.0	.
	1	0.0	.	0.0	.	0.0	.	0.0	.	0.7	67	0.7	67
	2	0.0	.	0.0	.	0.0	.	0.0	.	1.4	41	1.4	41
	3	0.0	.	0.0	.	0.0	.	0.4	100	0.9	57	1.2	46
	4	0.0	.	0.0	.	0.4	100	0.0	.	0.0	.	0.4	100
	5	0.0	.	0.0	.	0.0	.	0.0	.	0.0	.	0.0	.
	6 or more	0.0	.	0.0	.	0.0	.	0.0	.	0.0	.	0.0	.
	total	0.0	.	0.0	.	0.4	100	0.4	100	3.0	17	3.7	5
GL	n/a	0.5	57	0.0	.	0.0	.	0.0	.	0.0	.	0.5	57
	1	0.0	.	3.4	21	0.2	100	0.0	.	0.5	59	4.1	19
	2	0.0	.	1.1	37	0.8	45	0.4	72	1.0	41	3.3	21
	3	0.0	.	0.0	.	1.1	35	0.6	58	2.1	28	3.8	19
	4	0.0	.	0.3	70	0.6	57	0.0	.	1.4	35	2.3	27
	5	0.0	.	0.0	.	0.3	71	0.4	72	0.4	57	1.1	37
	6 or more	0.0	.	0.2	100	0.0	.	0.1	100	0.3	71	0.6	49
	total	0.5	57	5.0	17	3.0	22	1.4	35	5.8	15	15.7	6
GR	n/a	4.0	21	0.0	.	0.0	.	0.0	.	0.0	.	4.0	21
	1	0.0	.	50.3	5	0.2	100	0.0	.	3.2	23	53.7	5
	2	0.0	.	57.7	5	2.9	25	1.6	33	3.7	22	65.8	4
	3	0.0	.	21.1	9	5.1	18	2.1	29	5.2	18	33.6	7
	4	0.0	.	4.1	21	3.2	23	1.9	30	3.1	23	12.3	11
	5	0.0	.	0.2	100	1.1	41	0.9	45	1.2	38	3.4	23
	6 or more	0.0	.	0.0	.	0.3	71	0.7	50	1.3	37	2.3	27
	total	4.0	21	133.3	2	12.8	11	7.2	15	17.7	9	175.0	1
JU	n/a	0.0	.	0.0	.	0.0	.	0.0	.	0.0	.	0.0	.
	1	0.0	.	1.5	33	0.2	100	0.0	.	1.4	35	3.1	23
	2	0.2	100	2.2	28	0.6	58	0.7	50	2.9	24	6.5	15
	3	0.2	100	1.6	33	3.6	21	2.5	26	3.7	21	11.5	10
	4	0.0	.	0.4	70	2.3	27	2.1	28	1.2	37	6.0	15
	5	0.0	.	0.2	100	1.2	37	2.5	26	1.4	34	5.4	17
	6 or more	0.0	.	0.0	.	0.4	71	0.4	70	0.2	100	0.9	44
	total	0.4	71	5.8	16	8.1	13	8.2	13	10.8	11	33.4	2
LU	n/a	0.7	50	0.0	.	0.0	.	0.0	.	0.0	.	0.7	50
	1	0.3	70	6.5	14	0.3	71	0.2	100	0.5	57	7.9	13
	2	0.5	56	7.3	14	1.4	35	0.5	58	0.8	44	10.5	11
	3	0.2	100	4.8	18	3.9	20	1.0	40	1.9	30	11.7	10
	4	0.0	.	1.5	33	2.4	26	1.7	31	0.8	44	6.5	15
	5	0.2	100	0.0	.	0.8	44	1.0	40	0.3	70	2.4	26
	6 or more	0.0	.	0.0	.	0.3	71	0.5	57	0.3	71	1.2	37
	total	1.9	29	20.1	7	9.2	12	4.9	17	4.7	18	40.8	2
NE	n/a	0.0	.	0.0	.	0.0	.	0.0	.	0.0	.	0.0	.
	1	0.0	.	4.2	19	0.0	.	0.0	.	0.6	59	4.7	18
	2	0.0	.	4.7	18	1.0	40	0.0	.	1.4	34	7.1	14
	3	0.0	.	3.5	21	6.8	14	1.0	41	0.9	45	12.2	9
	4	0.0	.	0.5	58	2.0	28	0.5	57	0.3	71	3.3	21
	5	0.0	.	0.0	.	0.5	57	0.4	71	0.2	100	1.1	41
	6 or more	0.0	.	0.0	.	0.2	100	0.2	100	0.0	.	0.3	71
	total	0.0	.	12.9	9	10.4	10	2.1	29	3.3	21	28.8	3
NW	n/a	0.4	72	0.0	.	0.0	.	0.0	.	0.0	.	0.4	72
	1	0.0	.	1.5	34	0.0	.	0.0	.	0.2	100	1.8	32
	2	0.0	.	0.6	53	0.4	72	0.2	100	1.0	43	2.2	28
	3	0.0	.	0.2	100	0.9	47	0.0	.	1.0	43	2.1	27
	4	0.0	.	0.0	.	0.6	56	0.7	48	0.2	100	1.5	31
	5	0.0	.	0.0	.	0.0	.	0.4	71	0.0	.	0.4	71
	6 or more	0.0	.	0.0	.	0.0	.	0.0	.	0.0	.	0.0	.
	total	0.4	72	2.4	25	1.9	31	1.3	34	2.4	23	8.3	6
OW	n/a	0.6	56	0.1	100	0.0	.	0.0	.	0.0	.	0.7	49
	1	0.4	71	4.9	18	0.2	100	0.0	.	0.6	57	6.0	16
	2	0.5	58	3.0	23	0.7	50	0.8	50	1.0	44	6.0	15
	3	0.2	100	0.8	49	1.7	31	0.8	49	0.3	73	3.8	20
	4	0.0	.	0.4	70	0.5	59	0.8	49	0.1	100	1.9	31
	5	0.0	.	0.0	.	0.1	100	0.2	100	0.2	100	0.5	58
	6 or more	0.0	.	0.0	.	0.1	100	0.4	71	0.2	100	0.7	51
	total	1.6	33	9.2	11	3.4	21	3.0	22	2.4	27	19.6	4
SG	n/a	1.7	33	0.0	.	0.0	.	0.0	.	0.0	.	1.7	33
	1	0.0	.	9.0	14	0.0	.	0.0	.	1.6	33	10.6	12
	2	0.0	.	6.5	16	1.9	31	1.2	38	3.4	22	13.0	11
	3	0.0	.	2.5	26	3.8	21	4.1	20	2.0	30	12.5	11
	4	0.0	.	1.2	37	3.8	20	3.0	24	2.5	27	10.4	12
	5	0.0	.	0.2	100	2.1	27	1.0	41	2.0	28	5.3	17
	6 or more	0.0	.	0.0	.	0.7	50	0.4	71	0.3	71	1.5	35
	total	1.7	33	19.3	8	12.4	11	9.7	12	11.8	11	54.9	3
SH	n/a	0.2	100	0.0	.	0.0	.	0.0	.	0.0	.	0.2	100
	1	0.0	.	0.6	58	0.0	.	0.2	100	0.2	100	1.0	45
	2	0.0	.	0.4	69	0.2	100	0.4	72	0.8	50	1.8	32
	3	0.0	.	0.4	69	0.2	100	0.2	100	1.3	37	2.1	28
	4	0.0	.	0.0	.	0.7	49	1.4	33	0.6	58	2.8	23
	5	0.0	.	0.4	69	0.4	72	1.1	39	1.0	45	2.9	24
	6 or more	0.0	.	0.0	.	0.4	72	0.7	49	0.4	71	1.5	34
	total	0.2	100	1.7	32	2.0	30	4.0	18	4.3	18	12.2	3
SO	n/a	0.2	100	0.0	.	0.0	.	0.0	.	0.0	.	0.2	100
	1	0.0	.	1.1	41	0.2	100	0.2	100	1.2	38	2.7	24
	2	0.0	.	0.5	58	0.8	49	1.6	31	2.3	26	5.2	17
	3	0.0	.	0.5	59	1.4	36	2.7	25	4.2	20	8.8	12
	4	0.0	.	0.6	57	2.4	26	4.0	19	2.6	25	9.6	12
	5	0.0	.	0.0	.	1.1	40	1.7	31	0.9	45	3.7	21
	6 or more	0.0	.	0.0	.	0.9	45	0.8	45	0.4	71	2.1	28
	total	0.2	100	2.7	25	6.8	15	11.1	10	11.6	10	32.4	2
SZ	n/a	0.6	56	0.0	.	0.0	.	0.0	.	0.0	.	0.6	56
	1	0.5	57	5.8	16	0.5	58	0.2	100	0.4	71	7.4	14
	2	0.2	100	3.4	21	1.8	31	0.5	58	0.7	50	6.7	15
	3	0.0	.	1.8	31	2.3	27	1.2	37	0.3	71	5.6	16
	4	0.2	100	0.7	49	2.5	25	2.4	27	0.7	48	6.4	14
	5	0.0	.	0.0	.	0.3	71	0.4	71	0.4	71	1.1	40
	6 or more	0.0	.	0.0	.	0.2	100	0.5	57	0.2	100	0.9	44
	total	1.5	34	11.6	10	7.6	13	5.2	17	2.7	25	28.7	3
TG	n/a	1.0	38	0.0	.	0.0	.	0.0	.	0.0	.	1.0	38
	1	0.0	.	0.6	50	0.0	.	0.0	.	0.3	72	0.9	41
	2	0.0	.	2.1	26	0.6	50	0.0	.	1.6	29	4.2	17
	3	0.0	.	0.9	41	2.1	25	0.7	50	1.0	38	4.8	16
	4	0.0	.	0.3	73	1.5	32	0.9	44	0.9	41	3.6	20
	5	0.0	.	0.6	56	0.5	58	0.8	45	0.4	59	2.3	25
	6 or more	0.0	.	0.0	.	1.8	30	1.1	40	0.5	58	3.4	21
	total	1.0	38	4.5	17	6.5	13	3.4	21	4.8	16	20.2	3
TI	n/a	0.7	50	0.0	.	0.0	.	0.0	.	0.2	100	0.9	45
	1	0.0	.	12.2	11	0.5	58	0.0	.	15.9	10	28.7	7
	2	0.0	.	16.2	10	1.6	33	2.2	29	20.9	9	40.9	6
	3	0.0	.	3.8	21	3.2	23	2.8	25	16.6	10	26.4	7
	4	0.0	.	1.0	41	1.5	35	0.9	45	11.3	12	14.6	10
	5	0.0	.	0.0	.	0.7	50	0.9	45	5.3	18	6.9	16
	6 or more	0.0	.	0.0	.	0.2	100	1.1	41	3.5	22	4.8	19
	total	0.7	50	33.3	6	7.7	15	7.8	15	73.7	3	123.0	2
UR	n/a	0.6	49	0.0	.	0.0	.	0.0	.	0.0	.	0.6	49
	1	0.0	.	4.1	19	0.0	.	0.0	.	0.4	71	4.4	18
	2	0.0	.	4.1	19	0.5	58	0.2	100	0.7	50	5.5	16
	3	0.0	.	0.4	69	1.0	40	0.7	50	1.1	40	3.2	22
	4	0.0	.	0.4	70	0.7	49	0.3	71	0.3	71	1.7	31
	5	0.0	.	0.0	.	0.2	100	0.7	49	0.0	.	0.8	44
	6 or more	0.0	.	0.0	.	0.0	.	0.0	.	0.2	100	0.2	100
	total	0.6	49	8.9	11	2.4	25	1.9	29	2.7	24	16.6	5
VD	n/a	1.2	37	0.0	.	0.0	.	0.0	.	0.0	.	1.2	37
	1	0.0	.	13.3	11	0.4	71	0.0	.	2.4	26	16.1	10
	2	0.4	70	13.5	11	4.1	21	3.0	24	4.0	20	24.9	7
	3	0.3	71	6.2	17	11.5	12	5.0	19	4.5	19	27.5	7
	4	0.2	100	2.6	26	5.2	18	5.8	17	4.4	20	18.2	9
	5	0.4	70	0.3	71	2.6	25	1.3	38	2.8	25	7.3	15
	6 or more	0.0	.	0.0	.	0.4	71	1.2	38	1.0	41	2.6	26
	total	2.4	26	35.8	6	24.1	8	16.2	10	19.2	8	97.8	2
VS	n/a	2.0	30	0.0	.	0.0	.	0.0	.	0.0	.	2.0	30
	1	0.0	.	17.2	10	0.4	71	0.0	.	1.6	33	19.2	9
	2	0.0	.	40.0	5	2.5	27	0.4	71	3.0	24	45.9	5
	3	0.0	.	18.7	9	2.5	27	1.8	31	3.3	23	26.2	7
	4	0.0	.	3.5	22	3.1	23	2.3	28	2.1	29	11.0	12
	5	0.0	.	0.5	58	0.7	50	1.0	41	3.1	23	5.4	17
	6 or more	0.0	.	0.0	.	1.4	35	1.6	33	2.1	28	5.0	18
	total	2.0	30	79.8	3	10.5	12	7.0	15	15.3	10	114.7	2
ZG	n/a	0.3	67	0.0	.	0.0	.	0.0	.	0.0	.	0.3	67
	1	0.0	.	0.5	56	0.0	.	0.0	.	0.2	100	0.7	49
	2	0.0	.	1.7	26	0.0	.	0.0	.	0.2	100	1.9	25
	3	0.0	.	0.3	72	0.4	67	0.2	100	0.3	72	1.2	36
	4	0.0	.	0.0	.	0.4	67	0.2	100	0.5	56	1.0	34
	5	0.0	.	0.0	.	0.5	58	0.1	100	0.0	.	0.7	49
	6 or more	0.0	.	0.0	.	0.0	.	0.0	.	0.1	100	0.1	100
	total	0.3	67	2.6	17	1.2	33	0.5	56	1.3	32	6.0	5
ZH	n/a	1.4	36	0.0	.	0.0	.	0.0	.	0.0	.	1.4	36
	1	0.0	.	2.0	30	0.2	100	0.2	100	1.8	31	4.1	20
	2	0.0	.	2.3	27	0.9	45	0.3	71	2.1	28	5.7	17
	3	0.0	.	2.6	26	3.8	21	1.9	30	4.4	19	12.7	10
	4	0.0	.	2.0	30	3.9	21	4.3	20	2.3	27	12.5	11
	5	0.0	.	0.2	100	4.3	20	1.6	33	2.2	29	8.3	14
	6 or more	0.0	.	0.0	.	2.0	30	1.2	40	0.9	45	4.2	20
	total	1.4	36	9.1	13	15.1	9	9.6	13	13.7	10	48.9	2
Switzerland	n/a	25.7	8	0.1	100	0.0	.	0.0	.	0.2	100	26.0	8
	1	1.2	38	172.9	3	3.7	22	1.6	33	40.8	7	220.3	3
	2	1.7	31	203.3	3	30.2	8	20.6	9	73.8	5	329.6	2
	3	1.1	41	93.8	4	78.1	5	41.5	6	75.3	5	289.7	2
	4	0.4	71	27.9	8	56.5	5	46.2	6	46.5	6	177.5	3
	5	0.5	58	4.8	19	26.0	8	23.1	9	28.7	8	83.1	4
	6 or more	0.0	.	0.9	45	14.5	11	16.7	10	16.7	10	48.8	6
	total	30.6	7	503.6	1	209.0	3	149.7	3	282.0	2	1174.9	0

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