/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans; Keller, Regula (2007): Tree-ring measurements of Picea obovata (Sibirean spruce) from sample NADIMPCO-31 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.595475
Project(s):	Northern Hemispheric Dendroclimatological Network (NHD/WSL)
Coverage:	LATITUDE: 66.080000 * LONGITUDE: 71.400000
	MINIMUM ELEVATION: 80.0 m * MAXIMUM ELEVATION: 80.0 m
Event(s):	NADIMPCO * LATITUDE: 66.080000 * LONGITUDE: 71.400000 * ELEVATION: 80.0 m * LOCATION: Nadim river, Russia * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition E; Slope 3 deg; Geology: Moräne-Silikat; Tree line -70 m; av. Tree height 10 m; Tree cover 40%; Shrub cover 10%; Herb cover 5%; Moss cover 100%; Vegatation type: Fi-Lä-Wald mit Torfmoos; Film number: 875A
Comment:	Species PCOB; No of rings 216; Begin 1775; End 1990
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)
	Earlywood density [1/1000 g/cm**3] (I) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch)
	Latewood density [1/1000 g/cm**3] (T) * 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:	1944 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]	I [1/1000 g/cm**3]	T [1/1000 g/cm**3]	Age_pith [a]
-0.040	1990	36	77	14	5	19	434	733	223
-0.039	1989	34	82	14	6	20	433	744	222
-0.038	1988	36	76	13	4	17	436	703	221
-0.037	1987	32	77	15	4	19	399	697	220
-0.036	1986	30	76	17	7	24	386	686	219
-0.035	1985	28	71	17	6	23	358	622	218
-0.034	1984	28	74	23	5	28	345	660	217
-0.033	1983	28	71	25	8	33	352	627	216
-0.032	1982	32	85	20	8	28	405	766	215
-0.031	1981	28	75	27	7	34	359	667	214
-0.030	1980	27	65	23	9	32	331	566	213
-0.029	1979	28	81	31	10	41	342	720	212
-0.028	1978	31	54	20	9	29	356	513	211
-0.027	1977	25	86	24	10	34	368	757	210
-0.026	1976	34	80	13	7	20	423	729	209
-0.025	1975	27	68	18	6	24	345	620	208
-0.024	1974	26	70	25	9	34	318	624	207
-0.023	1973	29	76	32	8	40	360	680	206
-0.022	1972	30	65	22	11	33	367	577	205
-0.021	1971	30	82	20	8	28	382	719	204
-0.020	1970	31	64	21	7	28	369	598	203
-0.019	1969	28	66	31	8	39	345	608	202
-0.018	1968	28	74	21	9	30	361	656	201
-0.017	1967	26	85	35	11	46	346	745	200
-0.016	1966	28	82	26	12	38	376	766	199
-0.015	1965	24	79	41	9	50	309	693	198
-0.014	1964	26	76	40	11	51	340	665	197
-0.013	1963	25	89	41	10	51	346	786	196
-0.012	1962	26	83	27	15	42	353	761	195
-0.011	1961	25	73	38	18	56	327	649	194
-0.010	1960	26	79	44	12	56	349	701	193
-0.009	1959	27	88	45	15	60	355	777	192
-0.008	1958	26	77	39	12	51	350	687	191
-0.007	1957	26	88	38	8	46	344	798	190
-0.006	1956	23	79	41	9	50	319	704	189
-0.005	1955	26	79	41	9	50	333	716	188
-0.004	1954	25	76	43	9	52	327	669	187
-0.003	1953	25	77	30	12	42	353	686	186
-0.002	1952	26	73	34	8	42	337	658	185
-0.001	1951	28	74	22	8	30	356	665	184
0.000	1950	23	81	41	11	52	322	703	183
0.001	1949	28	62	25	9	34	339	571	182
0.002	1948	24	73	35	10	45	298	642	181
0.003	1947	28	63	16	8	24	347	568	180
0.004	1946	26	67	30	9	39	334	596	179
0.005	1945	29	73	34	11	45	367	676	178
0.006	1944	25	78	35	8	43	338	706	177
0.007	1943	27	86	36	9	45	363	754	176
0.008	1942	25	76	50	9	59	321	683	175
0.009	1941	29	60	25	7	32	347	550	174
0.010	1940	28	71	29	9	38	338	631	173
0.011	1939	28	77	35	8	43	350	695	172
0.012	1938	29	70	29	14	43	367	641	171
0.013	1937	26	74	30	9	39	329	661	170
0.014	1936	28	70	25	9	34	336	603	169
0.015	1935	24	84	38	10	48	339	740	168
0.016	1934	28	61	25	11	36	335	545	167
0.017	1933	29	73	26	10	36	354	657	166
0.018	1932	25	74	35	9	44	332	662	165
0.019	1931	28	82	50	15	65	375	729	164
0.020	1930	30	86	85	26	111	382	768	163
0.021	1929	27	83	76	49	125	403	742	162
0.022	1928	23	88	78	37	115	340	756	161
0.023	1927	33	85	61	35	96	456	766	160
0.024	1926	37	85	58	63	121	495	746	159
0.025	1925	30	76	55	23	78	408	670	158
0.026	1924	32	84	29	19	48	404	761	157
0.027	1923	27	80	43	13	56	367	705	156
0.028	1922	26	74	52	13	65	346	660	155
0.029	1921	25	64	44	10	54	308	571	154
0.030	1920	29	78	57	9	66	369	702	153
0.031	1919	29	71	34	8	42	372	654	152
0.032	1918	25	64	62	12	74	312	578	151
0.033	1917	30	63	41	11	52	362	564	150
0.034	1916	30	63	32	11	43	355	574	149
0.035	1915	23	78	63	9	72	323	686	148
0.036	1914	30	72	46	10	56	380	639	147
0.037	1913	29	87	44	10	54	367	776	146
0.038	1912	28	55	55	13	68	335	498	145
0.039	1911	29	75	70	13	83	352	676	144
0.040	1910	27	84	51	15	66	365	746	143
0.041	1909	28	79	54	13	67	351	711	142
0.042	1908	27	69	45	10	55	345	628	141
0.043	1907	31	72	41	9	50	372	667	140
0.044	1906	30	76	60	11	71	386	689	139
0.045	1905	26	74	42	12	54	357	670	138
0.046	1904	29	84	57	10	67	384	768	137
0.047	1903	33	86	34	12	46	416	761	136
0.048	1902	29	78	48	16	64	383	717	135
0.049	1901	27	79	53	11	64	367	702	134
0.050	1900	25	88	60	18	78	347	788	133
0.051	1899	26	65	29	8	37	331	585	132
0.052	1898	28	81	55	11	66	390	747	131
0.053	1897	30	79	36	9	45	373	715	130
0.054	1896	32	73	30	8	38	382	661	129
0.055	1895	33	66	16	6	22	396	616	128
0.056	1894	27	72	29	8	37	344	644	127
0.057	1893	27	64	27	9	36	328	582	126
0.058	1892	22	64	31	9	40	281	564	125
0.059	1891	25	55	36	8	44	306	500	124
0.060	1890	24	58	33	8	41	303	529	123
0.061	1889	25	65	37	8	45	312	593	122
0.062	1888	24	70	42	9	51	306	628	121
0.063	1887	24	77	46	11	57	324	719	120
0.064	1886	24	53	50	13	63	299	483	119
0.065	1885	25	59	43	11	54	316	544	118
0.066	1884	23	49	41	11	52	284	447	117
0.067	1883	23	61	45	11	56	305	552	116
0.068	1882	25	60	28	9	37	312	553	115
0.069	1881	27	68	29	7	36	348	600	114
0.070	1880	25	71	60	13	73	308	640	113
0.071	1879	26	54	39	11	50	328	495	112
0.072	1878	23	70	56	13	69	300	623	111
0.073	1877	24	68	35	10	45	318	618	110
0.074	1876	25	56	30	14	44	310	509	109
0.075	1875	24	74	63	11	74	308	670	108
0.076	1874	28	74	59	14	73	349	674	107
0.077	1873	24	70	58	11	69	312	632	106
0.078	1872	24	64	49	11	60	320	570	105
0.079	1871	29	76	54	16	70	369	690	104
0.080	1870	30	71	54	12	66	371	652	103
0.081	1869	29	81	41	15	56	378	731	102
0.082	1868	27	81	35	14	49	348	738	101
0.083	1867	27	70	51	11	62	321	631	100
0.084	1866	24	57	33	10	43	316	518	99
0.085	1865	30	75	46	14	60	384	687	98
0.086	1864	30	84	45	10	55	371	756	97
0.087	1863	31	87	55	23	78	414	784	96
0.088	1862	24	60	55	15	70	335	536	95
0.089	1861	35	73	37	18	55	425	666	94
0.090	1860	41	58	33	13	46	475	543	93
0.091	1859	27	79	49	14	63	346	711	92
0.092	1858	28	67	43	10	53	357	613	91
0.093	1857	28	66	48	13	61	335	606	90
0.094	1856	25	71	58	11	69	317	640	89
0.095	1855	25	71	51	11	62	332	629	88
0.096	1854	26	63	41	11	52	312	567	87
0.097	1853	28	86	47	37	84	388	758	86
0.098	1852	31	74	25	13	38	381	680	85
0.099	1851	24	86	46	20	66	355	783	84
0.100	1850	28	73	38	14	52	375	648	83
0.101	1849	26	88	38	29	67	387	758	82
0.102	1848	25	81	33	10	43	343	724	81
0.103	1847	29	78	33	10	43	379	704	80
0.104	1846	26	74	29	11	40	359	675	79
0.105	1845	28	84	33	11	44	374	743	78
0.106	1844	28	79	30	17	47	398	689	77
0.107	1843	32	66	16	7	23	386	611	76
0.108	1842	29	73	25	9	34	365	660	75
0.109	1841	37	75	21	9	30	437	675	74
0.110	1840	34	79	49	18	67	429	713	73
0.111	1839	26	88	41	11	52	363	794	72
0.112	1838	25	82	52	12	64	345	739	71
0.113	1837	27	74	46	11	57	334	656	70
0.114	1836	29	85	46	13	59	388	748	69
0.115	1835	24	80	55	17	72	347	706	68
0.116	1834	27	64	48	13	61	334	571	67
0.117	1833	28	76	44	14	58	367	663	66
0.118	1832	25	74	42	9	51	333	653	65
0.119	1831	29	82	37	11	48	380	728	64
0.120	1830	26	82	51	11	62	339	738	63
0.121	1829	28	79	85	46	131	377	712	62
0.122	1828	33	80	31	10	41	425	711	61
0.123	1827	32	87	49	33	82	445	766	60
0.124	1826	31	79	46	39	85	394	738	59
0.125	1825	30	79	39	20	59	387	711	58
0.126	1824	28	76	38	8	46	346	687	57
0.127	1823	30	85	64	21	85	414	728	56
0.128	1822	25	66	25	10	35	313	587	55
0.129	1821	26	71	42	16	58	332	630	54
0.130	1820	27	76	42	13	55	361	678	53
0.131	1819	27	63	33	12	45	333	575	52
0.132	1818	31	76	21	9	30	391	691	51
0.133	1817	26	68	52	13	65	343	607	50
0.134	1816	30	74	27	14	41	382	669	49
0.135	1815	30	69	41	15	56	357	627	48
0.136	1814	30	73	46	13	59	394	669	47
0.137	1813	27	71	30	12	42	338	644	46
0.138	1812	32	71	30	20	50	394	661	45
0.139	1811	27	64	41	12	53	329	580	44
0.140	1810	25	71	48	17	65	334	647	43
0.141	1809	30	70	57	16	73	380	638	42
0.142	1808	26	79	64	19	83	368	680	41
0.143	1807	28	87	44	20	64	363	802	40
0.144	1806	26	64	59	13	72	338	585	39
0.145	1805	30	76	67	18	85	355	700	38
0.146	1804	28	74	49	23	72	357	662	37
0.147	1803	28	84	46	15	61	387	761	36
0.148	1802	31	79	45	12	57	398	709	35
0.149	1801	27	82	56	12	68	340	737	34
0.150	1800	28	58	46	24	70	334	534	33
0.151	1799	31	72	61	17	78	365	662	32
0.152	1798	27	70	40	18	58	375	632	31
0.153	1797	27	70	56	17	73	338	636	30
0.154	1796	30	83	55	16	71	400	737	29
0.155	1795	24	80	61	16	77	328	737	28
0.156	1794	25	79	56	16	72	342	711	27
0.157	1793	24	78	77	26	103	327	687	26
0.158	1792	23	64	50	15	65	299	586	25
0.159	1791	28	74	68	17	85	365	665	24
0.160	1790	29	65	60	23	83	365	581	23
0.161	1789	26	75	43	14	57	353	682	22
0.162	1788	25	76	38	11	49	340	682	21
0.163	1787	21	68	43	14	57	273	616	20
0.164	1786	25	76	61	19	80	325	699	19
0.165	1785	24	72	57	31	88	326	612	18
0.166	1784	22	67	162	30	192	289	588	17
0.167	1783	23	64	97	14	111	291	572	16
0.168	1782	22	53	120	45	165	299	496	15
0.169	1781	20	64	89	34	123	275	575	14
0.170	1780	21	59	93	34	127	283	532	13
0.171	1779	18	50	75	43	118	247	440	12
0.172	1778	24	67	62	16	78	304	602	11
0.173	1777	20	62	81	24	105	267	553	10
0.174	1776	30	55	41	27	68	338	495	9
0.175	1775	23	57	143	21	164	300	512	8