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NFI2
forest area
processes in channels SilvaProtect · stand structure
unit of reference: canton
unit: 1000 ha
unit of evaluation: accessible forest without shrub forest NFI1/NFI2/NFI3/NFI4
grid: 1.4 x 1.4 km grid
state1993/95
		processes in channels SilvaProtect
		n/a		inside perimeter		outside perimeter		total
canton	stand structure	1000 ha	± %	1000 ha	± %	1000 ha	± %	1000 ha	± %
AG	n/a	0.2	100	0.0	.	0.0	.	0.2	100
	single-layered	17.7	9	0.0	.	0.0	.	17.7	9
	multi-layered	28.8	5	0.0	.	0.0	.	28.8	5
	stratified	0.0	.	0.0	.	0.0	.	0.0	.
	clustered structure	0.0	.	0.0	.	0.0	.	0.0	.
	total	46.7	2	0.0	.	0.0	.	46.7	2
AI	n/a	0.0	.	0.0	.	0.0	.	0.0	.
	single-layered	1.3	34	1.4	31	0.2	100	2.9	17
	multi-layered	0.8	48	1.0	43	0.0	.	1.8	29
	stratified	0.0	.	0.0	.	0.0	.	0.0	.
	clustered structure	0.2	100	0.2	100	0.0	.	0.4	71
	total	2.3	25	2.6	21	0.2	100	5.1	9
AR	n/a	0.4	73	0.0	.	0.0	.	0.4	73
	single-layered	2.1	29	1.2	37	0.6	48	3.8	18
	multi-layered	2.7	24	0.8	43	0.3	100	3.7	19
	stratified	0.2	100	0.0	.	0.0	.	0.2	100
	clustered structure	0.0	.	0.0	.	0.0	.	0.0	.
	total	5.3	13	2.0	26	0.9	45	8.1	6
BE	n/a	1.0	45	0.4	71	0.2	100	1.6	35
	single-layered	31.7	7	17.3	10	6.2	18	55.2	5
	multi-layered	43.8	6	39.2	6	6.3	18	89.3	3
	stratified	4.8	20	5.4	19	0.2	100	10.4	14
	clustered structure	2.2	30	2.4	29	0.0	.	4.6	21
	total	83.5	4	64.7	4	12.9	12	161.1	1
BL/BS	n/a	0.0	.	0.0	.	0.0	.	0.0	.
	single-layered	5.1	18	0.4	71	1.4	40	6.9	15
	multi-layered	10.4	11	1.5	37	0.6	57	12.4	9
	stratified	0.2	100	0.0	.	0.0	.	0.2	100
	clustered structure	0.0	.	0.0	.	0.0	.	0.0	.
	total	15.7	6	1.9	32	1.9	33	19.6	4
FR	n/a	0.0	.	0.0	.	0.0	.	0.0	.
	single-layered	12.1	11	5.4	17	0.2	100	17.7	9
	multi-layered	12.8	11	6.3	16	0.9	51	20.0	8
	stratified	0.6	58	0.5	70	0.0	.	1.1	44
	clustered structure	0.4	72	0.5	57	0.0	.	0.9	44
	total	25.9	5	12.8	10	1.0	45	39.7	3
GE	n/a	0.0	.	0.0	.	0.0	.	0.0	.
	single-layered	0.8	66	0.0	.	0.0	.	0.8	66
	multi-layered	2.3	25	0.0	.	0.0	.	2.3	25
	stratified	0.0	.	0.0	.	0.0	.	0.0	.
	clustered structure	0.0	.	0.0	.	0.0	.	0.0	.
	total	3.1	13	0.0	.	0.0	.	3.1	13
GL	n/a	0.0	.	0.4	71	0.0	.	0.4	71
	single-layered	2.5	26	2.9	24	1.0	43	6.5	14
	multi-layered	1.4	37	3.3	22	0.9	45	5.6	16
	stratified	0.4	71	0.2	100	0.0	.	0.6	57
	clustered structure	0.6	58	0.0	.	0.2	100	0.7	50
	total	4.9	18	6.7	14	2.2	29	13.8	7
GR	n/a	0.4	71	2.0	31	0.0	.	2.4	29
	single-layered	19.8	10	30.5	7	6.4	17	56.7	5
	multi-layered	28.4	8	35.0	7	7.3	16	70.7	4
	stratified	4.0	22	6.0	18	0.9	45	10.9	13
	clustered structure	1.6	35	2.2	30	0.0	.	3.8	23
	total	54.2	5	75.8	4	14.6	11	144.5	2
JU	n/a	0.0	.	0.0	.	0.0	.	0.0	.
	single-layered	8.4	14	1.0	43	1.2	40	10.6	12
	multi-layered	12.3	10	6.2	16	2.5	27	21.0	6
	stratified	0.2	100	0.0	.	0.6	58	0.8	50
	clustered structure	0.4	71	0.0	.	0.0	.	0.4	71
	total	21.3	6	7.2	15	4.3	20	32.8	3
LU	n/a	0.6	57	0.0	.	0.0	.	0.6	57
	single-layered	11.4	11	1.9	33	0.0	.	13.2	10
	multi-layered	18.6	8	5.0	19	0.6	58	24.2	6
	stratified	1.0	44	0.0	.	0.0	.	1.0	44
	clustered structure	0.4	71	0.0	.	0.0	.	0.4	71
	total	31.9	4	6.9	16	0.6	58	39.4	3
NE	n/a	0.3	100	0.0	.	0.0	.	0.3	100
	single-layered	4.9	19	0.4	70	1.0	45	6.3	16
	multi-layered	14.4	8	0.8	51	1.5	32	16.8	7
	stratified	2.9	25	0.2	100	0.0	.	3.1	24
	clustered structure	0.8	53	0.0	.	0.0	.	0.8	53
	total	23.4	5	1.3	38	2.6	26	27.3	3
NW	n/a	0.0	.	0.3	100	0.0	.	0.3	100
	single-layered	1.1	42	1.6	36	0.0	.	2.7	24
	multi-layered	1.6	37	1.3	40	0.5	52	3.4	21
	stratified	0.3	100	0.0	.	0.0	.	0.3	100
	clustered structure	0.5	68	0.0	.	0.0	.	0.5	68
	total	3.5	21	3.2	23	0.5	52	7.2	9
OW	n/a	0.4	71	0.1	100	0.0	.	0.5	59
	single-layered	1.5	37	2.1	30	0.2	100	3.8	21
	multi-layered	6.8	14	5.6	16	0.7	50	13.2	7
	stratified	0.4	71	0.0	.	0.0	.	0.4	71
	clustered structure	0.0	.	0.2	100	0.0	.	0.2	100
	total	9.1	12	8.1	12	1.0	45	18.1	4
SG	n/a	0.8	50	0.8	49	0.0	.	1.7	34
	single-layered	5.5	19	8.5	15	0.6	58	14.6	10
	multi-layered	12.5	12	15.5	10	1.3	37	29.3	6
	stratified	0.8	50	1.7	35	0.2	100	2.8	27
	clustered structure	0.5	71	0.0	.	0.0	.	0.5	71
	total	20.1	9	26.6	7	2.1	30	48.8	4
SH	n/a	0.0	.	0.0	.	0.0	.	0.0	.
	single-layered	4.9	17	0.0	.	0.0	.	4.9	17
	multi-layered	7.0	12	0.0	.	0.4	69	7.4	11
	stratified	0.0	.	0.0	.	0.0	.	0.0	.
	clustered structure	0.0	.	0.0	.	0.0	.	0.0	.
	total	11.9	4	0.0	.	0.4	69	12.3	3
SO	n/a	0.0	.	0.0	.	0.0	.	0.0	.
	single-layered	13.2	9	0.6	59	0.3	70	14.1	9
	multi-layered	15.3	9	1.4	38	0.7	57	17.5	8
	stratified	0.0	.	0.0	.	0.0	.	0.0	.
	clustered structure	0.0	.	0.0	.	0.0	.	0.0	.
	total	28.5	3	2.0	31	1.1	45	31.6	2
SZ	n/a	1.0	45	0.2	100	0.0	.	1.2	40
	single-layered	5.8	17	4.5	19	0.4	71	10.7	11
	multi-layered	5.1	19	5.1	18	1.1	44	11.2	11
	stratified	1.2	41	0.8	49	0.0	.	2.0	31
	clustered structure	0.4	71	0.0	.	0.0	.	0.4	71
	total	13.5	10	10.6	11	1.4	36	25.5	4
TG	n/a	0.2	100	0.0	.	0.0	.	0.2	100
	single-layered	5.9	15	0.3	71	0.0	.	6.1	14
	multi-layered	10.9	9	2.1	28	0.0	.	13.0	7
	stratified	0.2	100	0.0	.	0.0	.	0.2	100
	clustered structure	0.0	.	0.0	.	0.0	.	0.0	.
	total	17.2	5	2.4	26	0.0	.	19.6	3
TI	n/a	0.0	.	0.6	58	0.0	.	0.6	58
	single-layered	5.4	19	24.8	8	2.7	27	32.9	7
	multi-layered	9.6	14	45.2	5	3.3	25	58.0	4
	stratified	1.2	41	6.4	17	0.0	.	7.5	16
	clustered structure	0.2	100	0.6	58	0.0	.	0.9	50
	total	16.3	10	77.6	3	6.0	18	99.9	2
UR	n/a	0.0	.	0.2	100	0.2	100	0.4	72
	single-layered	1.8	32	2.9	24	0.6	57	5.3	16
	multi-layered	2.1	29	3.6	20	0.2	100	5.9	15
	stratified	0.5	56	0.2	100	0.2	100	0.9	43
	clustered structure	0.4	72	0.0	.	0.0	.	0.4	72
	total	4.8	18	6.9	12	1.2	40	12.9	6
VD	n/a	0.2	100	0.4	71	0.0	.	0.6	58
	single-layered	26.7	8	6.8	16	1.3	38	34.8	6
	multi-layered	35.1	6	8.0	15	1.3	41	44.4	5
	stratified	3.6	23	2.3	30	0.0	.	5.9	18
	clustered structure	1.8	33	0.2	100	0.0	.	2.0	31
	total	67.5	3	17.7	9	2.5	28	87.7	2
VS	n/a	0.6	58	1.0	45	0.2	100	1.9	33
	single-layered	9.1	14	20.5	9	3.4	24	33.1	7
	multi-layered	10.7	13	32.3	7	4.9	19	47.9	5
	stratified	1.8	33	7.9	15	1.2	41	10.8	13
	clustered structure	2.2	30	2.7	26	0.4	71	5.3	19
	total	24.5	8	64.4	4	10.1	13	99.0	2
ZG	n/a	0.0	.	0.0	.	0.0	.	0.0	.
	single-layered	0.8	49	0.7	48	0.0	.	1.5	32
	multi-layered	1.7	30	1.4	29	0.2	100	3.3	17
	stratified	0.4	72	0.2	100	0.0	.	0.6	59
	clustered structure	0.0	.	0.0	.	0.0	.	0.0	.
	total	2.9	19	2.3	22	0.2	100	5.4	8
ZH	n/a	0.0	.	0.0	.	0.0	.	0.0	.
	single-layered	18.4	9	0.6	58	0.0	.	19.0	8
	multi-layered	29.2	6	0.6	58	0.0	.	29.8	5
	stratified	0.0	.	0.0	.	0.0	.	0.0	.
	clustered structure	0.0	.	0.0	.	0.0	.	0.0	.
	total	47.6	2	1.2	41	0.0	.	48.8	2
Switzerland	n/a	6.2	18	6.4	18	0.7	58	13.3	12
	single-layered	218.0	3	136.2	4	27.7	8	381.9	2
	multi-layered	324.4	2	221.3	3	35.4	7	581.0	1
	stratified	24.5	9	31.6	8	3.3	24	59.4	6
	clustered structure	12.6	13	9.1	15	0.6	58	22.3	9
	total	585.6	1	404.6	2	67.6	5	1057.8	1

<SaveDate>25.04.2020 20:22:49</SaveDate>
<ArchiveNr>317363</ArchiveNr>
<NAFIDASParameterset xml:lang="de-CH" Version="2019.1.4">
<Auswertungsart Code="1">Zustand</Auswertungsart>
<Inventuren>
<Inventur Code="250" Index="0">NFI2</Inventur>
</Inventuren>
<Zielgroessen>
<Zielgroesse Code="44" Index="0">forest area</Zielgroesse>
</Zielgroessen>
<Netze>
<Netz Code="410" Index="0">1.4 x 1.4 km grid</Netz>
</Netze>
<Auswertungseinheit Code="1576">accessible forest without shrub forest NFI1/NFI2/NFI3/NFI4</Auswertungseinheit>
<Befundeinheiten>
<Befundeinheit Code="1843" Index="0" IsCateg="1">processes in channels SilvaProtect</Befundeinheit>
<Befundeinheit Code="19" Index="1" IsCateg="1">stand structure</Befundeinheit>
</Befundeinheiten>
<DsStratifizierung Code="3">Vegetationshöhe plus Wald-/Nichtwald Stratifizierung (2-phasig)</DsStratifizierung>
<Aussageeinheit Code="827">canton</Aussageeinheit>
<AussageeinheitAnzeigen Code="1">anzeigen</AussageeinheitAnzeigen>
<DiffProInv/>
<Zeitbezug/>
<Flaechenbezug Code="2">absolut</Flaechenbezug>
<AnzProbeAnzeigen Code="2">ausblenden</AnzProbeAnzeigen>
<Fehlerangabe Code="2">in %</Fehlerangabe>
<Zahlenformat Dezimalstellen="1" Einheit="1000"/>
<Bezugstyp/>
<Sprache Code="1">Deutsch</Sprache>
<Restriktionen/>
<Transponiert Code="2">Ja</Transponiert>
</NAFIDASParameterset>

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