/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans (2007): Tree-ring measurements of Picea abies (Norway spruce) from sample BBW_FI-281 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.589452
Project(s):	Northern Hemispheric Dendroclimatological Network (NHD/WSL)
Coverage:	LATITUDE: 46.170000 * LONGITUDE: 7.500000
	MINIMUM ELEVATION: 1740.0 m * MAXIMUM ELEVATION: 1740.0 m
Event(s):	BBW_FI * LATITUDE: 46.170000 * LONGITUDE: 7.500000 * ELEVATION: 1740.0 m * LOCATION: Bürchen, Bielwald, Switzerland * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition N; Film number: 607D
Comment:	Species PCAB; No of rings 252; Begin 1729; End 1980
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:	2016 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]
-0.030	1980	29	61	35	6	41	14.6	286
-0.029	1979	27	68	44	7	51	13.7	285
-0.028	1978	29	63	26	5	31	16.1	284
-0.027	1977	30	66	31	7	38	18.4	283
-0.026	1976	29	60	31	6	37	16.2	282
-0.025	1975	29	65	33	6	39	15.4	281
-0.024	1974	31	67	27	7	34	20.6	280
-0.023	1973	28	67	40	5	45	11.1	279
-0.022	1972	30	58	35	4	39	10.3	278
-0.021	1971	28	69	31	8	39	20.5	277
-0.020	1970	30	67	28	8	36	22.2	276
-0.019	1969	28	66	35	9	44	20.5	275
-0.018	1968	33	58	32	5	37	13.5	274
-0.017	1967	26	64	35	6	41	14.6	273
-0.016	1966	29	66	42	6	48	12.5	272
-0.015	1965	28	55	41	2	43	4.7	271
-0.014	1964	29	81	40	7	47	14.9	270
-0.013	1963	28	68	39	7	46	15.2	269
-0.012	1962	28	74	31	7	38	18.4	268
-0.011	1961	30	68	37	6	43	14.0	267
-0.010	1960	27	62	37	6	43	14.0	266
-0.009	1959	29	76	35	10	45	22.2	265
-0.008	1958	26	68	38	7	45	15.6	264
-0.007	1957	27	66	39	6	45	13.3	263
-0.006	1956	28	74	40	7	47	14.9	262
-0.005	1955	25	68	48	6	54	11.1	261
-0.004	1954	22	59	47	5	52	9.6	260
-0.003	1953	27	80	54	9	63	14.3	259
-0.002	1952	27	79	45	9	54	16.7	258
-0.001	1951	27	75	54	6	60	10.0	257
0.000	1950	27	65	41	4	45	8.9	256
0.001	1949	28	79	45	10	55	18.2	255
0.002	1948	28	71	40	8	48	16.7	254
0.003	1947	27	75	44	9	53	17.0	253
0.004	1946	29	71	54	7	61	11.5	252
0.005	1945	29	75	52	8	60	13.3	251
0.006	1944	28	74	60	7	67	10.4	250
0.007	1943	28	80	52	11	63	17.5	249
0.008	1942	29	72	51	9	60	15.0	248
0.009	1941	29	59	49	7	56	12.5	247
0.010	1940	29	67	54	6	60	10.0	246
0.011	1939	29	62	52	7	59	11.9	245
0.012	1938	30	61	48	6	54	11.1	244
0.013	1937	28	73	49	9	58	15.5	243
0.014	1936	29	69	51	8	59	13.6	242
0.015	1935	32	72	44	9	53	17.0	241
0.016	1934	31	69	54	8	62	12.9	240
0.017	1933	32	64	41	9	50	18.0	239
0.018	1932	28	65	59	6	65	9.2	238
0.019	1931	28	60	56	6	62	9.7	237
0.020	1930	31	65	44	8	52	15.4	236
0.021	1929	30	68	42	7	49	14.3	235
0.022	1928	30	71	40	11	51	21.6	234
0.023	1927	28	75	43	9	52	17.3	233
0.024	1926	27	78	51	7	58	12.1	232
0.025	1925	30	61	54	7	61	11.5	231
0.026	1924	27	63	52	6	58	10.3	230
0.027	1923	30	80	43	9	52	17.3	229
0.028	1922	28	64	41	8	49	16.3	228
0.029	1921	33	80	37	8	45	17.8	227
0.030	1920	28	68	51	6	57	10.5	226
0.031	1919	30	76	54	7	61	11.5	225
0.032	1918	28	77	54	10	64	15.6	224
0.033	1917	29	76	55	9	64	14.1	223
0.034	1916	32	74	47	8	55	14.5	222
0.035	1915	31	76	50	9	59	15.3	221
0.036	1914	30	74	44	8	52	15.4	220
0.037	1913	30	79	39	8	47	17.0	219
0.038	1912	29	50	36	1	37	2.7	218
0.039	1911	29	83	40	9	49	18.4	217
0.040	1910	29	66	41	7	48	14.6	216
0.041	1909	29	70	35	6	41	14.6	215
0.042	1908	27	71	42	10	52	19.2	214
0.043	1907	31	77	32	9	41	22.0	213
0.044	1906	32	74	38	7	45	15.6	212
0.045	1905	30	76	44	7	51	13.7	211
0.046	1904	29	83	54	9	63	14.3	210
0.047	1903	29	70	44	8	52	15.4	209
0.048	1902	28	72	56	7	63	11.1	208
0.049	1901	30	81	65	12	77	15.6	207
0.050	1900	27	90	55	9	64	14.1	206
0.051	1899	31	83	44	9	53	17.0	205
0.052	1898	31	79	34	9	43	20.9	204
0.053	1897	26	78	59	7	66	10.6	203
0.054	1896	26	62	56	6	62	9.7	202
0.055	1895	28	79	55	6	61	9.8	201
0.056	1894	30	76	52	8	60	13.3	200
0.057	1893	28	86	65	13	78	16.7	199
0.058	1892	22	84	64	9	73	12.3	198
0.059	1891	25	71	56	5	61	8.2	197
0.060	1890	27	77	67	9	76	11.8	196
0.061	1889	24	80	66	7	73	9.6	195
0.062	1888	26	76	57	6	63	9.5	194
0.063	1887	25	71	53	4	57	7.0	193
0.064	1886	29	92	53	9	62	14.5	192
0.065	1885	30	85	55	5	60	8.3	191
0.066	1884	27	76	57	11	68	16.2	190
0.067	1883	25	83	70	7	77	9.1	189
0.068	1882	26	83	81	10	91	11.0	188
0.069	1881	28	84	68	11	79	13.9	187
0.070	1880	28	90	69	14	83	16.9	186
0.071	1879	27	84	66	13	79	16.5	185
0.072	1878	28	92	69	17	86	19.8	184
0.073	1877	28	87	67	12	79	15.2	183
0.074	1876	26	83	67	10	77	13.0	182
0.075	1875	27	85	69	12	81	14.8	181
0.076	1874	26	87	71	10	81	12.3	180
0.077	1873	28	87	62	13	75	17.3	179
0.078	1872	29	94	61	13	74	17.6	178
0.079	1871	28	93	55	13	68	19.1	177
0.080	1870	29	80	38	11	49	22.4	176
0.081	1869	27	92	51	9	60	15.0	175
0.082	1868	29	84	57	10	67	14.9	174
0.083	1867	26	97	61	12	73	16.4	173
0.084	1866	29	82	59	10	69	14.5	172
0.085	1865	28	93	65	15	80	18.8	171
0.086	1864	29	93	71	14	85	16.5	170
0.087	1863	26	96	64	12	76	15.8	169
0.088	1862	28	87	51	13	64	20.3	168
0.089	1861	27	92	70	12	82	14.6	167
0.090	1860	28	80	55	6	61	9.8	166
0.091	1859	27	92	63	10	73	13.7	165
0.092	1858	30	94	67	12	79	15.2	164
0.093	1857	30	97	57	12	69	17.4	163
0.094	1856	30	90	58	13	71	18.3	162
0.095	1855	28	91	65	14	79	17.7	161
0.096	1854	30	94	65	13	78	16.7	160
0.097	1853	27	86	76	13	89	14.6	159
0.098	1852	29	91	53	13	66	19.7	158
0.099	1851	30	78	73	13	86	15.1	157
0.100	1850	29	81	68	16	84	19.0	156
0.101	1849	30	96	70	16	86	18.6	155
0.102	1848	29	95	76	20	96	20.8	154
0.103	1847	30	87	68	16	84	19.0	153
0.104	1846	29	96	63	14	77	18.2	152
0.105	1845	28	80	56	10	66	15.2	151
0.106	1844	32	94	54	15	69	21.7	150
0.107	1843	31	89	49	9	58	15.5	149
0.108	1842	31	96	51	16	67	23.9	148
0.109	1841	33	96	51	12	63	19.0	147
0.110	1840	33	92	48	11	59	18.6	146
0.111	1839	34	91	42	12	54	22.2	145
0.112	1838	33	82	38	9	47	19.1	144
0.113	1837	34	83	44	9	53	17.0	143
0.114	1836	32	87	35	14	49	28.6	142
0.115	1835	34	90	37	11	48	22.9	141
0.116	1834	34	98	42	16	58	27.6	140
0.117	1833	32	81	45	11	56	19.6	139
0.118	1832	33	96	39	10	49	20.4	138
0.119	1831	36	87	29	13	42	31.0	137
0.120	1830	33	95	44	14	58	24.1	136
0.121	1829	36	90	33	16	49	32.7	135
0.122	1828	34	99	39	15	54	27.8	134
0.123	1827	31	98	38	13	51	25.5	133
0.124	1826	31	96	44	13	57	22.8	132
0.125	1825	34	99	42	15	57	26.3	131
0.126	1824	31	94	32	10	42	23.8	130
0.127	1823	32	95	36	8	44	18.2	129
0.128	1822	33	90	27	11	38	28.9	128
0.129	1821	33	93	21	8	29	27.6	127
0.130	1820	36	96	18	9	27	33.3	126
0.131	1819	33	93	23	10	33	30.3	125
0.132	1818	35	83	26	13	39	33.3	124
0.133	1817	31	68	30	7	37	18.9	123
0.134	1816	33	63	19	6	25	24.0	122
0.135	1815	32	72	21	8	29	27.6	121
0.136	1814	32	70	22	8	30	26.7	120
0.137	1813	35	72	21	9	30	30.0	119
0.138	1812	36	83	18	12	30	40.0	118
0.139	1811	32	87	25	9	34	26.5	117
0.140	1810	37	87	18	10	28	35.7	116
0.141	1809	37	79	21	11	32	34.4	115
0.142	1808	33	90	30	10	40	25.0	114
0.143	1807	32	93	34	10	44	22.7	113
0.144	1806	32	78	36	10	46	21.7	112
0.145	1805	34	62	26	8	34	23.5	111
0.146	1804	35	76	25	12	37	32.4	110
0.147	1803	37	80	18	10	28	35.7	109
0.148	1802	33	77	33	10	43	23.3	108
0.149	1801	34	80	28	12	40	30.0	107
0.150	1800	33	92	24	11	35	31.4	106
0.151	1799	35	73	24	10	34	29.4	105
0.152	1798	35	84	27	12	39	30.8	104
0.153	1797	36	92	23	13	36	36.1	103
0.154	1796	32	85	34	11	45	24.4	102
0.155	1795	35	83	29	9	38	23.7	101
0.156	1794	35	82	17	12	29	41.4	100
0.157	1793	32	64	22	7	29	24.1	99
0.158	1792	33	68	20	10	30	33.3	98
0.159	1791	35	70	17	11	28	39.3	97
0.160	1790	34	66	21	10	31	32.3	96
0.161	1789	40	74	13	10	23	43.5	95
0.162	1788	35	83	20	11	31	35.5	94
0.163	1787	34	73	27	11	38	28.9	93
0.164	1786	35	70	29	10	39	25.6	92
0.165	1785	37	75	20	12	32	37.5	91
0.166	1784	35	81	23	13	36	36.1	90
0.167	1783	33	75	23	13	36	36.1	89
0.168	1782	35	71	19	10	29	34.5	88
0.169	1781	33	84	28	11	39	28.2	87
0.170	1780	34	79	24	11	35	31.4	86
0.171	1779	39	77	16	11	27	40.7	85
0.172	1778	34	83	26	12	38	31.6	84
0.173	1777	31	86	28	10	38	26.3	83
0.174	1776	33	73	27	10	37	27.0	82
0.175	1775	36	75	17	11	28	39.3	81
0.176	1774	36	77	21	9	30	30.0	80
0.177	1773	39	74	12	8	20	40.0	79
0.178	1772	36	76	15	10	25	40.0	78
0.179	1771	38	79	15	8	23	34.8	77
0.180	1770	35	78	19	9	28	32.1	76
0.181	1769	36	84	21	10	31	32.3	75
0.182	1768	35	82	18	10	28	35.7	74
0.183	1767	34	79	24	9	33	27.3	73
0.184	1766	34	86	25	9	34	26.5	72
0.185	1765	34	80	31	9	40	22.5	71
0.186	1764	33	76	29	10	39	25.6	70
0.187	1763	33	78	29	10	39	25.6	69
0.188	1762	37	92	20	10	30	33.3	68
0.189	1761	33	92	25	10	35	28.6	67
0.190	1760	32	86	32	9	41	22.0	66
0.191	1759	32	89	32	8	40	20.0	65
0.192	1758	37	78	23	6	29	20.7	64
0.193	1757	34	78	31	7	38	18.4	63
0.194	1756	34	85	36	8	44	18.2	62
0.195	1755	38	87	25	9	34	26.5	61
0.196	1754	34	83	47	11	58	19.0	60
0.197	1753	35	83	39	12	51	23.5	59
0.198	1752	36	87	44	10	54	18.5	58
0.199	1751	32	88	43	10	53	18.9	57
0.200	1750	36	93	32	9	41	22.0	56
0.201	1749	33	87	45	16	61	26.2	55
0.202	1748	32	79	53	14	67	20.9	54
0.203	1747	33	94	45	15	60	25.0	53
0.204	1746	31	84	33	11	44	25.0	52
0.205	1745	30	86	44	13	57	22.8	51
0.206	1744	31	79	50	15	65	23.1	50
0.207	1743	32	87	46	11	57	19.3	49
0.208	1742	33	83	44	12	56	21.4	48
0.209	1741	33	82	41	9	50	18.0	47
0.210	1740	33	74	53	11	64	17.2	46
0.211	1739	33	85	52	11	63	17.5	45
0.212	1738	33	89	52	13	65	20.0	44
0.213	1737	32	88	53	16	69	23.2	43
0.214	1736	33	89	79	25	104	24.0	42
0.215	1735	34	88	57	22	79	27.8	41
0.216	1734	36	88	58	27	85	31.8	40
0.217	1733	32	83	58	24	82	29.3	39
0.218	1732	33	92	69	29	98	29.6	38
0.219	1731	37	91	61	27	88	30.7	37
0.220	1730	32	87	91	30	121	24.8	36
0.221	1729	35	92	88	38	126	30.2	35