/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans; Luder, Rolf (2007): Tree-ring measurements of Picea abies (Norway spruce) from sample AROS-S-10 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.588780
Project(s):	Northern Hemispheric Dendroclimatological Network (NHD/WSL)
Coverage:	LATITUDE: 46.480000 * LONGITUDE: 9.410000
	MINIMUM ELEVATION: 2000.0 m * MAXIMUM ELEVATION: 2000.0 m
Event(s):	AROS-S * LATITUDE: 46.480000 * LONGITUDE: 9.410000 * ELEVATION: 2000.0 m * LOCATION: Arosa, Arlenwald, GR, Switzerland * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition S; Geology: Serpentin; Tree line 2000 m; av. Tree height 18 m; Tree cover 40%; Shrub cover 5%; Herb cover 30%; Moss cover 5%; Vegatation type: Mosaikartiges Erico-Muget; Film number: 223
Comment:	Species PCAB; No of rings 187; Begin 1789; End 1975
Parameter(s):	AGE [ka BP] (Age) * GEOCODE
	Age [a AD/CE] (Age) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch)
	Density, minimum [1/100 g/cm**3] (N) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch)
	Density, maximum [1/100 g/cm**3] (X) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch)
	Earlywood width [1/100 mm] (E) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch)
	Latewood width [1/100 mm] (L) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch)
	Tree ring width [1/100 mm] (TRW) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch)
	Latewood [%] (P lw) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch)
	Approximate age of pith [a] (Age_pith) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch)
License:	Creative Commons Attribution 3.0 Unported (CC-BY-3.0) (URI: https://creativecommons.org/licenses/by/3.0/)
Size:	1496 data points
*/
Age [ka BP]	Age [a AD/CE]	N [1/100 g/cm**3]	X [1/100 g/cm**3]	E [1/100 mm]	L [1/100 mm]	TRW [1/100 mm]	P lw [%]	Age_pith [a]
-0.025	1975	30	63	43	8	51	15.7	195
-0.024	1974	34	79	41	17	58	29.3	194
-0.023	1973	30	75	66	16	82	19.5	193
-0.022	1972	32	62	50	11	61	18.0	192
-0.021	1971	32	83	47	18	65	27.7	191
-0.020	1970	31	71	61	13	74	17.6	190
-0.019	1969	31	78	49	20	69	29.0	189
-0.018	1968	27	63	64	10	74	13.5	188
-0.017	1967	27	70	66	16	82	19.5	187
-0.016	1966	28	62	68	8	76	10.5	186
-0.015	1965	31	56	57	7	64	10.9	185
-0.014	1964	32	84	53	16	69	23.2	184
-0.013	1963	29	66	51	11	62	17.7	183
-0.012	1962	33	80	38	16	54	29.6	182
-0.011	1961	32	76	48	16	64	25.0	181
-0.010	1960	32	73	53	12	65	18.5	180
-0.009	1959	31	78	42	14	56	25.0	179
-0.008	1958	29	79	56	14	70	20.0	178
-0.007	1957	27	61	54	6	60	10.0	177
-0.006	1956	31	75	45	11	56	19.6	176
-0.005	1955	28	70	61	12	73	16.4	175
-0.004	1954	32	74	30	9	39	23.1	174
-0.003	1953	35	79	24	10	34	29.4	173
-0.002	1952	30	85	42	17	59	28.8	172
-0.001	1951	29	75	48	10	58	17.2	171
0.000	1950	28	75	55	13	68	19.1	170
0.001	1949	31	82	54	20	74	27.0	169
0.002	1948	30	69	41	12	53	22.6	168
0.003	1947	28	83	65	13	78	16.7	167
0.004	1946	28	77	61	15	76	19.7	166
0.005	1945	27	83	75	15	90	16.7	165
0.006	1944	27	81	79	15	94	16.0	164
0.007	1943	27	82	70	17	87	19.5	163
0.008	1942	28	74	95	15	110	13.6	162
0.009	1941	29	58	91	7	98	7.1	161
0.010	1940	32	70	66	13	79	16.5	160
0.011	1939	27	77	89	18	107	16.8	159
0.012	1938	29	62	98	11	109	10.1	158
0.013	1937	29	75	92	15	107	14.0	157
0.014	1936	29	72	74	14	88	15.9	156
0.015	1935	31	74	87	14	101	13.9	155
0.016	1934	32	73	67	13	80	16.3	154
0.017	1933	31	66	58	15	73	20.5	153
0.018	1932	28	86	68	14	82	17.1	152
0.019	1931	31	67	91	11	102	10.8	151
0.020	1930	29	76	77	12	89	13.5	150
0.021	1929	31	73	62	13	75	17.3	149
0.022	1928	29	68	81	16	97	16.5	148
0.023	1927	30	73	76	15	91	16.5	147
0.024	1926	32	75	62	14	76	18.4	146
0.025	1925	31	69	79	15	94	16.0	145
0.026	1924	29	47	99	1	100	1.0	144
0.027	1923	30	69	83	16	99	16.2	143
0.028	1922	31	74	71	14	85	16.5	142
0.029	1921	34	89	72	27	99	27.3	141
0.030	1920	40	92	57	31	88	35.2	140
0.031	1919	34	89	61	20	81	24.7	139
0.032	1918	34	74	50	14	64	21.9	138
0.033	1917	33	80	67	15	82	18.3	137
0.034	1916	33	74	39	14	53	26.4	136
0.035	1915	31	63	53	10	63	15.9	135
0.036	1914	30	65	40	8	48	16.7	134
0.037	1913	31	50	39	1	40	2.5	133
0.038	1912	33	50	39	2	41	4.9	132
0.039	1911	37	95	34	29	63	46.0	131
0.040	1910	37	61	59	11	70	15.7	130
0.041	1909	36	68	34	16	50	32.0	129
0.042	1908	37	69	62	19	81	23.5	128
0.043	1907	36	85	41	20	61	32.8	127
0.044	1906	33	82	59	15	74	20.3	126
0.045	1905	32	75	72	22	94	23.4	125
0.046	1904	33	84	94	23	117	19.7	124
0.047	1903	34	83	66	20	86	23.3	123
0.048	1902	32	73	61	17	78	21.8	122
0.049	1901	33	75	65	15	80	18.8	121
0.050	1900	33	70	72	14	86	16.3	120
0.051	1899	34	70	42	18	60	30.0	119
0.052	1898	33	86	42	22	64	34.4	118
0.053	1897	32	77	76	14	90	15.6	117
0.054	1896	31	55	80	8	88	9.1	116
0.055	1895	32	90	79	22	101	21.8	115
0.056	1894	31	73	73	20	93	21.5	114
0.057	1893	31	78	68	18	86	20.9	113
0.058	1892	27	80	80	20	100	20.0	112
0.059	1891	27	60	69	10	79	12.7	111
0.060	1890	31	68	50	12	62	19.4	110
0.061	1889	28	72	79	13	92	14.1	109
0.062	1888	32	67	53	12	65	18.5	108
0.063	1887	29	65	66	12	78	15.4	107
0.064	1886	32	73	47	15	62	24.2	106
0.065	1885	31	70	61	15	76	19.7	105
0.066	1884	31	67	56	12	68	17.6	104
0.067	1883	25	65	74	11	85	12.9	103
0.068	1882	30	68	73	14	87	16.1	102
0.069	1881	29	66	59	11	70	15.7	101
0.070	1880	27	69	79	13	92	14.1	100
0.071	1879	30	81	70	14	84	16.7	99
0.072	1878	30	77	75	13	88	14.8	98
0.073	1877	26	74	98	14	112	12.5	97
0.074	1876	29	67	86	16	102	15.7	96
0.075	1875	28	80	109	21	130	16.2	95
0.076	1874	28	64	113	14	127	11.0	94
0.077	1873	30	64	97	19	116	16.4	93
0.078	1872	30	67	60	11	71	15.5	92
0.079	1871	30	74	71	16	87	18.4	91
0.080	1870	34	59	62	12	74	16.2	90
0.081	1869	30	75	86	18	104	17.3	89
0.082	1868	25	74	102	18	120	15.0	88
0.083	1867	29	64	76	11	87	12.6	87
0.084	1866	27	58	75	9	84	10.7	86
0.085	1865	31	72	71	15	86	17.4	85
0.086	1864	27	62	73	12	85	14.1	84
0.087	1863	29	67	79	15	94	16.0	83
0.088	1862	29	68	57	12	69	17.4	82
0.089	1861	29	75	82	17	99	17.2	81
0.090	1860	27	58	69	7	76	9.2	80
0.091	1859	28	75	67	12	79	15.2	79
0.092	1858	29	55	71	6	77	7.8	78
0.093	1857	27	67	78	9	87	10.3	77
0.094	1856	26	67	95	10	105	9.5	76
0.095	1855	29	72	85	18	103	17.5	75
0.096	1854	31	66	48	12	60	20.0	74
0.097	1853	26	68	57	13	70	18.6	73
0.098	1852	28	64	69	11	80	13.8	72
0.099	1851	29	54	70	5	75	6.7	71
0.100	1850	29	61	72	9	81	11.1	70
0.101	1849	28	72	86	12	98	12.2	69
0.102	1848	31	78	70	16	86	18.6	68
0.103	1847	30	71	75	17	92	18.5	67
0.104	1846	31	81	64	16	80	20.0	66
0.105	1845	26	69	76	12	88	13.6	65
0.106	1844	28	62	79	9	88	10.2	64
0.107	1843	28	74	69	12	81	14.8	63
0.108	1842	27	79	97	18	115	15.7	62
0.109	1841	28	72	110	13	123	10.6	61
0.110	1840	29	74	101	20	121	16.5	60
0.111	1839	29	69	76	16	92	17.4	59
0.112	1838	26	60	78	7	85	8.2	58
0.113	1837	28	69	79	13	92	14.1	57
0.114	1836	32	71	77	17	94	18.1	56
0.115	1835	30	74	94	23	117	19.7	55
0.116	1834	28	86	99	29	128	22.7	54
0.117	1833	29	62	95	9	104	8.7	53
0.118	1832	32	77	66	16	82	19.5	52
0.119	1831	30	77	79	18	97	18.6	51
0.120	1830	31	86	79	21	100	21.0	50
0.121	1829	31	67	89	21	110	19.1	49
0.122	1828	29	75	76	19	95	20.0	48
0.123	1827	31	77	73	19	92	20.7	47
0.124	1826	32	86	72	26	98	26.5	46
0.125	1825	31	85	82	31	113	27.4	45
0.126	1824	30	85	90	30	120	25.0	44
0.127	1823	33	81	54	23	77	29.9	43
0.128	1822	30	75	56	21	77	27.3	42
0.129	1821	34	77	26	15	41	36.6	41
0.130	1820	33	82	50	22	72	30.6	40
0.131	1819	28	73	51	16	67	23.9	39
0.132	1818	29	62	42	10	52	19.2	38
0.133	1817	31	66	51	12	63	19.0	37
0.134	1816	33	56	43	7	50	14.0	36
0.135	1815	34	68	38	12	50	24.0	35
0.136	1814	32	70	46	13	59	22.0	34
0.137	1813	34	70	44	14	58	24.1	33
0.138	1812	33	75	51	15	66	22.7	32
0.139	1811	29	83	68	22	90	24.4	31
0.140	1810	39	76	36	17	53	32.1	30
0.141	1809	31	79	59	19	78	24.4	29
0.142	1808	32	82	70	19	89	21.3	28
0.143	1807	37	89	61	25	86	29.1	27
0.144	1806	31	80	91	24	115	20.9	26
0.145	1805	30	75	93	19	112	17.0	25
0.146	1804	31	76	81	24	105	22.9	24
0.147	1803	31	78	99	34	133	25.6	23
0.148	1802	33	84	98	25	123	20.3	22
0.149	1801	38	80	50	25	75	33.3	21
0.150	1800	37	88	29	84	113	74.3	20
0.151	1799	33	80	77	31	108	28.7	19
0.152	1798	31	83	97	31	128	24.2	18
0.153	1797	32	89	75	34	109	31.2	17
0.154	1796	32	77	117	37	154	24.0	16
0.155	1795	41	76	35	29	64	45.3	15
0.156	1794	31	82	132	69	201	34.3	14
0.157	1793	31	80	99	34	133	25.6	13
0.158	1792	30	79	111	39	150	26.0	12
0.159	1791	35	83	63	52	115	45.2	11
0.160	1790	33	82	92	55	147	37.4	10
0.161	1789	39	80	88	41	129	31.8	9