/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans; Häfliger, Martin (2007): Tree-ring measurements of Picea mariana (Black spruce) from sample EASTMPLA-211 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.591477
Project(s):	Northern Hemispheric Dendroclimatological Network (NHD/WSL)
Coverage:	LATITUDE: 52.020000 * LONGITUDE: -77.510000
	MINIMUM ELEVATION: 450.0 m * MAXIMUM ELEVATION: 450.0 m
Event(s):	EASTMPLA * LATITUDE: 52.020000 * LONGITUDE: -77.510000 * ELEVATION: 450.0 m * LOCATION: Eastmain river, Canada * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Slope 0 deg; Geology: Sand; av. Tree height 15 m; Tree cover 35%; Shrub cover 35%; Herb cover 75%; Moss cover 45%; Vegatation type: Lock. Best. auf trock. lokal feucht. Terr. ; Film number: 837A
Comment:	Species PCMA; No of rings 216; Begin 1739; End 1954
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]
-0.004	1954	46	86	16	6	22	530	796	235
-0.003	1953	51	94	10	6	16	575	858	234
-0.002	1952	48	85	12	6	18	539	764	233
-0.001	1951	51	89	9	5	14	586	818	232
0.000	1950	49	84	10	6	16	555	759	231
0.001	1949	50	83	6	4	10	559	765	230
0.002	1948	44	84	11	6	17	498	738	229
0.003	1947	44	84	12	4	16	521	783	228
0.004	1946	49	75	12	6	18	523	696	227
0.005	1945	46	89	16	6	22	529	814	226
0.006	1944	44	85	13	5	18	498	777	225
0.007	1943	45	82	13	6	19	492	733	224
0.008	1942	44	85	17	7	24	499	773	223
0.009	1941	44	91	18	8	26	489	828	222
0.010	1940	41	95	18	7	25	498	830	221
0.011	1939	42	93	21	9	30	487	847	220
0.012	1938	43	92	15	5	20	525	848	219
0.013	1937	45	96	23	9	32	520	846	218
0.014	1936	45	83	19	6	25	521	769	217
0.015	1935	39	89	22	7	29	483	791	216
0.016	1934	46	81	21	4	25	497	771	215
0.017	1933	44	92	19	6	25	519	837	214
0.018	1932	44	85	18	6	24	502	767	213
0.019	1931	48	86	16	6	22	523	781	212
0.020	1930	49	85	13	5	18	538	792	211
0.021	1929	42	80	21	6	27	482	767	210
0.022	1928	42	85	26	6	32	490	784	209
0.023	1927	45	90	23	8	31	527	824	208
0.024	1926	47	93	21	8	29	528	844	207
0.025	1925	42	90	35	11	46	476	814	206
0.026	1924	40	89	29	10	39	490	785	205
0.027	1923	44	89	38	12	50	507	792	204
0.028	1922	41	92	31	10	41	484	806	203
0.029	1921	40	87	22	8	30	483	777	202
0.030	1920	42	81	19	6	25	469	725	201
0.031	1919	41	91	31	9	40	478	829	200
0.032	1918	40	87	32	10	42	462	763	199
0.033	1917	39	89	27	9	36	460	789	198
0.034	1916	45	94	27	10	37	520	862	197
0.035	1915	42	90	25	10	35	508	788	196
0.036	1914	41	83	22	7	29	472	772	195
0.037	1913	42	87	27	7	34	485	791	194
0.038	1912	39	86	29	6	35	470	784	193
0.039	1911	42	91	36	10	46	482	818	192
0.040	1910	45	90	25	8	33	498	821	191
0.041	1909	42	83	27	7	34	490	762	190
0.042	1908	42	91	30	7	37	479	838	189
0.043	1907	43	84	21	8	29	478	752	188
0.044	1906	45	88	19	7	26	504	829	187
0.045	1905	42	93	35	12	47	482	835	186
0.046	1904	40	93	36	11	47	475	818	185
0.047	1903	40	92	47	12	59	475	836	184
0.048	1902	41	91	44	10	54	482	807	183
0.049	1901	42	93	49	13	62	501	826	182
0.050	1900	37	91	30	8	38	473	822	181
0.051	1899	39	94	37	12	49	461	836	180
0.052	1898	38	93	29	10	39	464	827	179
0.053	1897	37	92	29	7	36	441	803	178
0.054	1896	41	90	27	9	36	462	826	177
0.055	1895	41	91	44	11	55	482	823	176
0.056	1894	39	92	60	16	76	514	817	175
0.057	1893	42	98	36	10	46	502	871	174
0.058	1892	39	93	50	14	64	481	851	173
0.059	1891	40	94	57	14	71	466	821	172
0.060	1890	40	94	48	15	63	469	835	171
0.061	1889	38	95	47	14	61	456	848	170
0.062	1888	40	89	49	13	62	491	793	169
0.063	1887	39	93	40	11	51	453	832	168
0.064	1886	38	95	53	12	65	469	852	167
0.065	1885	38	85	49	15	64	440	744	166
0.066	1884	40	92	54	14	68	464	793	165
0.067	1883	42	85	44	15	59	486	748	164
0.068	1882	38	90	70	12	82	423	789	163
0.069	1881	37	92	80	18	98	437	819	162
0.070	1880	40	90	49	16	65	466	784	161
0.071	1879	35	73	49	17	66	437	634	160
0.072	1878	40	82	89	19	108	464	717	159
0.073	1877	40	89	74	15	89	444	805	158
0.074	1876	40	86	56	10	66	474	769	157
0.075	1875	38	86	70	13	83	430	767	156
0.076	1874	36	84	62	18	80	432	740	155
0.077	1873	35	81	68	19	87	427	697	154
0.078	1872	40	84	59	15	74	469	757	153
0.079	1871	38	83	56	20	76	432	740	152
0.080	1870	40	89	51	15	66	462	789	151
0.081	1869	40	83	33	10	43	466	758	150
0.082	1868	41	84	32	9	41	473	756	149
0.083	1867	37	80	38	8	46	447	726	148
0.084	1866	40	85	40	11	51	460	762	147
0.085	1865	44	87	33	11	44	476	782	146
0.086	1864	42	80	40	12	52	474	739	145
0.087	1863	42	82	45	13	58	485	757	144
0.088	1862	43	83	43	15	58	481	757	143
0.089	1861	40	88	49	8	57	453	806	142
0.090	1860	43	90	39	11	50	497	773	141
0.091	1859	43	89	42	13	55	495	795	140
0.092	1858	42	87	35	11	46	483	771	139
0.093	1857	42	89	32	8	40	473	805	138
0.094	1856	43	89	41	11	52	462	781	137
0.095	1855	43	85	43	12	55	493	768	136
0.096	1854	42	87	46	12	58	484	793	135
0.097	1853	39	84	46	14	60	459	763	134
0.098	1852	43	86	44	15	59	488	771	133
0.099	1851	41	91	43	10	53	472	806	132
0.100	1850	41	90	41	10	51	498	795	131
0.101	1849	41	87	37	11	48	472	772	130
0.102	1848	40	91	41	13	54	473	809	129
0.103	1847	38	82	26	3	29	428	779	128
0.104	1846	41	91	37	5	42	461	834	127
0.105	1845	41	87	47	10	57	460	786	126
0.106	1844	41	92	45	9	54	494	825	125
0.107	1843	41	93	44	10	54	463	830	124
0.108	1842	40	87	34	11	45	463	786	123
0.109	1841	41	94	27	8	35	477	843	122
0.110	1840	40	90	24	6	30	471	817	121
0.111	1839	40	85	27	5	32	449	749	120
0.112	1838	40	83	37	8	45	435	759	119
0.113	1837	41	78	47	13	60	449	708	118
0.114	1836	38	82	34	15	49	452	732	117
0.115	1835	41	88	48	14	62	479	784	116
0.116	1834	35	82	57	17	74	406	694	115
0.117	1833	40	87	64	10	74	452	776	114
0.118	1832	41	91	71	16	87	467	814	113
0.119	1831	40	94	51	11	62	450	855	112
0.120	1830	41	88	53	14	67	471	803	111
0.121	1829	42	92	46	13	59	471	821	110
0.122	1828	39	95	65	16	81	474	834	109
0.123	1827	40	93	41	10	51	461	826	108
0.124	1826	40	91	36	10	46	453	818	107
0.125	1825	40	93	42	7	49	453	860	106
0.126	1824	43	88	37	11	48	476	800	105
0.127	1823	39	87	38	10	48	460	755	104
0.128	1822	37	94	35	10	45	464	820	103
0.129	1821	40	92	31	8	39	469	820	102
0.130	1820	38	92	43	12	55	471	826	101
0.131	1819	40	92	31	9	40	445	825	100
0.132	1818	42	87	27	7	34	481	785	99
0.133	1817	38	73	30	8	38	428	664	98
0.134	1816	41	74	26	10	36	453	670	97
0.135	1815	37	80	28	14	42	456	694	96
0.136	1814	43	89	30	10	40	504	808	95
0.137	1813	38	93	28	9	37	460	812	94
0.138	1812	38	83	30	9	39	449	747	93
0.139	1811	40	84	34	10	44	459	732	92
0.140	1810	41	80	28	14	42	467	704	91
0.141	1809	41	75	22	10	32	468	684	90
0.142	1808	38	71	23	16	39	436	636	89
0.143	1807	40	80	36	12	48	459	714	88
0.144	1806	41	71	19	13	32	457	636	87
0.145	1805	40	76	21	14	35	485	690	86
0.146	1804	41	75	27	14	41	473	682	85
0.147	1803	42	71	29	18	47	497	631	84
0.148	1802	41	75	30	13	43	453	664	83
0.149	1801	40	81	40	16	56	462	719	82
0.150	1800	39	85	40	22	62	447	731	81
0.151	1799	43	94	58	20	78	513	836	80
0.152	1798	49	101	26	44	70	573	866	79
0.153	1797	43	97	28	10	38	518	882	78
0.154	1796	42	97	39	12	51	512	865	77
0.155	1795	45	99	33	9	42	527	908	76
0.156	1794	49	96	20	8	28	542	855	75
0.157	1793	44	91	28	8	36	500	840	74
0.158	1792	47	89	15	8	23	535	806	73
0.159	1791	45	91	23	8	31	507	801	72
0.160	1790	45	90	23	10	33	519	803	71
0.161	1789	49	90	15	8	23	541	807	70
0.162	1788	44	91	18	7	25	517	819	69
0.163	1787	45	88	23	8	31	507	784	68
0.164	1786	52	89	17	8	25	588	807	67
0.165	1785	47	92	17	9	26	543	816	66
0.166	1784	46	82	15	10	25	533	753	65
0.167	1783	50	74	8	7	15	529	695	64
0.168	1782	41	74	12	10	22	463	661	63
0.169	1781	45	74	12	7	19	505	682	62
0.170	1780	45	78	14	9	23	498	712	61
0.171	1779	44	75	14	8	22	483	691	60
0.172	1778	42	75	19	10	29	474	696	59
0.173	1777	45	80	18	10	28	505	719	58
0.174	1776	47	79	12	9	21	520	731	57
0.175	1775	44	75	13	9	22	497	685	56
0.176	1774	44	74	11	8	19	498	683	55
0.177	1773	47	70	9	6	15	510	663	54
0.178	1772	48	68	9	7	16	515	651	53
0.179	1771	50	67	8	7	15	530	632	52
0.180	1770	52	72	8	6	14	550	680	51
0.181	1769	46	69	9	7	16	496	639	50
0.182	1768	46	75	13	7	20	510	689	49
0.183	1767	47	67	8	8	16	507	625	48
0.184	1766	51	71	7	6	13	538	665	47
0.185	1765	48	65	7	6	13	515	621	46
0.186	1764	54	67	6	4	10	561	652	45
0.187	1763	52	64	4	4	8	539	615	44
0.188	1762	50	66	6	8	14	529	626	43
0.189	1761	53	68	6	5	11	556	653	42
0.190	1760	56	66	5	4	9	581	647	41
0.191	1759	57	67	4	4	8	584	654	40
0.192	1758	50	70	7	6	13	523	658	39
0.193	1757	48	63	6	7	13	509	603	38
0.194	1756	48	69	7	7	14	511	652	37
0.195	1755	50	67	7	7	14	534	644	36
0.196	1754	50	80	10	6	16	550	746	35
0.197	1753	47	72	8	5	13	520	673	34
0.198	1752	48	66	6	6	12	515	624	33
0.199	1751	49	73	11	6	17	535	691	32
0.200	1750	47	74	9	7	16	512	688	31
0.201	1749	44	74	12	8	20	495	677	30
0.202	1748	47	72	11	8	19	514	670	29
0.203	1747	49	70	8	8	16	531	659	28
0.204	1746	47	72	12	10	22	527	665	27
0.205	1745	49	72	9	8	17	527	668	26
0.206	1744	49	77	9	7	16	536	718	25
0.207	1743	47	78	13	10	23	520	713	24
0.208	1742	52	62	4	6	10	536	602	23
0.209	1741	50	72	7	8	15	536	677	22
0.210	1740	46	59	6	10	16	482	561	21
0.211	1739	49	65	8	10	18	520	618	20