/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans; Ziegler, Ruth (2007): Tree-ring measurements of Picea glauca (White spruce) from sample SCHEFPGL-452 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.597867
Project(s):	Northern Hemispheric Dendroclimatological Network (NHD/WSL)
Coverage:	LATITUDE: 55.170000 * LONGITUDE: -67.070000
	MINIMUM ELEVATION: 1200.0 m * MAXIMUM ELEVATION: 1200.0 m
Event(s):	SCHEFPGL * LATITUDE: 55.170000 * LONGITUDE: -67.070000 * ELEVATION: 1200.0 m * LOCATION: Wakuach lake, Canada * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Slope 0 deg; Geology: Lehm. Sandb. , Silver Kalk; av. Tree height 30 m; Tree cover 40%; Shrub cover 60%; Herb cover 75%; Moss cover 85%; Vegatation type: S. vit. alt. Best. in Flussb. Feucht,ev. Kalk; Film number: 822A
Comment:	Species PCGL; No of rings 271; Begin 1718; End 1988
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:	2439 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]
-0.038	1988	27	68	56	10	66	334	589	278
-0.037	1987	26	64	44	7	51	306	586	277
-0.036	1986	25	57	32	10	42	315	500	276
-0.035	1985	28	69	49	8	57	348	584	275
-0.034	1984	26	64	58	7	65	311	586	274
-0.033	1983	24	67	56	8	64	309	593	273
-0.032	1982	25	54	60	7	67	304	474	272
-0.031	1981	28	59	62	14	76	334	529	271
-0.030	1980	27	66	64	10	74	332	581	270
-0.029	1979	25	65	65	11	76	329	567	269
-0.028	1978	23	49	52	7	59	292	436	268
-0.027	1977	24	54	49	7	56	292	478	267
-0.026	1976	25	53	48	11	59	285	468	266
-0.025	1975	23	59	46	6	52	284	519	265
-0.024	1974	23	59	50	7	57	287	522	264
-0.023	1973	26	68	48	7	55	310	606	263
-0.022	1972	23	55	63	7	70	280	498	262
-0.021	1971	24	59	62	8	70	294	517	261
-0.020	1970	27	67	51	7	58	335	597	260
-0.019	1969	24	55	66	11	77	311	467	259
-0.018	1968	25	52	61	9	70	289	464	258
-0.017	1967	26	66	73	9	82	309	584	257
-0.016	1966	25	65	46	7	53	311	572	256
-0.015	1965	25	48	52	11	63	301	418	255
-0.014	1964	25	59	53	9	62	316	510	254
-0.013	1963	26	55	68	7	75	298	507	253
-0.012	1962	30	67	63	8	71	331	600	252
-0.011	1961	31	74	73	10	83	367	632	251
-0.010	1960	26	71	74	9	83	307	609	250
-0.009	1959	24	63	79	9	88	304	564	249
-0.008	1958	28	68	67	13	80	338	584	248
-0.007	1957	27	62	62	10	72	337	542	247
-0.006	1956	26	49	73	8	81	301	436	246
-0.005	1955	25	62	72	10	82	308	540	245
-0.004	1954	28	66	73	12	85	339	582	244
-0.003	1953	30	60	67	10	77	339	527	243
-0.002	1952	26	67	65	12	77	322	579	242
-0.001	1951	28	62	73	8	81	323	553	241
0.000	1950	27	60	52	12	64	318	522	240
0.001	1949	24	56	54	10	64	299	481	239
0.002	1948	30	66	56	10	66	342	595	238
0.003	1947	26	47	39	15	54	309	404	237
0.004	1946	30	64	49	10	59	348	568	236
0.005	1945	26	64	52	7	59	310	565	235
0.006	1944	27	72	62	7	69	323	631	234
0.007	1943	26	64	59	8	67	322	540	233
0.008	1942	27	69	46	8	54	338	610	232
0.009	1941	27	57	64	5	69	313	501	231
0.010	1940	28	62	44	9	53	349	550	230
0.011	1939	27	68	53	6	59	333	593	229
0.012	1938	29	63	44	7	51	339	580	228
0.013	1937	25	68	44	7	51	322	614	227
0.014	1936	25	54	43	5	48	303	492	226
0.015	1935	30	65	32	4	36	339	618	225
0.016	1934	27	55	62	10	72	316	496	224
0.017	1933	28	66	46	8	54	345	577	223
0.018	1932	28	63	50	8	58	337	576	222
0.019	1931	28	70	65	11	76	348	624	221
0.020	1930	29	69	45	11	56	358	617	220
0.021	1929	27	56	57	7	64	304	501	219
0.022	1928	26	70	67	9	76	330	610	218
0.023	1927	25	65	49	6	55	308	576	217
0.024	1926	30	60	40	7	47	335	548	216
0.025	1925	27	62	52	9	61	335	549	215
0.026	1924	28	66	53	8	61	333	576	214
0.027	1923	27	49	41	6	47	296	444	213
0.028	1922	29	55	45	11	56	317	482	212
0.029	1921	31	52	49	7	56	336	485	211
0.030	1920	29	63	49	8	57	333	568	210
0.031	1919	32	69	42	8	50	359	623	209
0.032	1918	28	54	46	8	54	319	474	208
0.033	1917	29	63	65	8	73	342	565	207
0.034	1916	30	70	74	10	84	357	639	206
0.035	1915	27	64	66	13	79	339	560	205
0.036	1914	29	57	66	10	76	330	509	204
0.037	1913	31	56	64	9	73	336	508	203
0.038	1912	30	50	63	14	77	337	457	202
0.039	1911	29	61	86	13	99	342	563	201
0.040	1910	30	62	70	11	81	337	559	200
0.041	1909	29	60	65	15	80	333	541	199
0.042	1908	28	58	74	11	85	325	508	198
0.043	1907	28	63	85	12	97	330	565	197
0.044	1906	28	54	74	9	83	319	495	196
0.045	1905	25	59	60	10	70	315	519	195
0.046	1904	26	49	84	12	96	296	438	194
0.047	1903	26	54	77	10	87	318	488	193
0.048	1902	27	58	76	10	86	306	513	192
0.049	1901	26	66	77	10	87	312	586	191
0.050	1900	30	69	79	10	89	347	630	190
0.051	1899	28	70	80	11	91	340	618	189
0.052	1898	27	69	69	11	80	342	585	188
0.053	1897	27	69	79	9	88	329	614	187
0.054	1896	29	65	79	12	91	337	579	186
0.055	1895	27	69	89	15	104	336	580	185
0.056	1894	26	51	80	8	88	296	459	184
0.057	1893	25	74	84	13	97	311	655	183
0.058	1892	27	56	78	17	95	317	494	182
0.059	1891	27	52	105	14	119	310	461	181
0.060	1890	29	55	99	11	110	326	488	180
0.061	1889	28	75	100	12	112	352	644	179
0.062	1888	29	72	98	14	112	352	607	178
0.063	1887	28	68	93	15	108	332	545	177
0.064	1886	27	70	95	13	108	331	580	176
0.065	1885	28	56	83	12	95	331	496	175
0.066	1884	31	57	81	8	89	340	506	174
0.067	1883	28	67	75	12	87	342	582	173
0.068	1882	28	72	87	17	104	328	634	172
0.069	1881	29	72	82	10	92	366	626	171
0.070	1880	28	61	74	26	100	335	536	170
0.071	1879	27	69	75	9	84	318	604	169
0.072	1878	29	81	81	11	92	349	692	168
0.073	1877	25	74	78	12	90	328	645	167
0.074	1876	26	75	71	11	82	329	642	166
0.075	1875	26	74	68	13	81	332	621	165
0.076	1874	26	57	71	10	81	306	497	164
0.077	1873	26	68	66	10	76	328	595	163
0.078	1872	32	72	62	8	70	364	634	162
0.079	1871	28	69	56	9	65	354	621	161
0.080	1870	25	66	53	12	65	342	561	160
0.081	1869	29	64	55	10	65	325	546	159
0.082	1868	26	56	59	9	68	298	500	158
0.083	1867	29	74	67	8	75	347	636	157
0.084	1866	26	70	67	9	76	325	613	156
0.085	1865	29	54	58	9	67	326	477	155
0.086	1864	28	67	61	6	67	313	599	154
0.087	1863	28	51	46	10	56	326	461	153
0.088	1862	28	54	51	14	65	337	477	152
0.089	1861	28	63	65	9	74	332	556	151
0.090	1860	26	72	58	8	66	323	613	150
0.091	1859	28	65	60	11	71	339	549	149
0.092	1858	28	79	67	10	77	353	682	148
0.093	1857	26	71	86	12	98	336	607	147
0.094	1856	29	69	73	19	92	356	588	146
0.095	1855	30	52	76	8	84	327	466	145
0.096	1854	28	62	74	14	88	335	534	144
0.097	1853	30	53	59	6	65	333	490	143
0.098	1852	29	64	64	10	74	329	564	142
0.099	1851	31	57	73	9	82	352	515	141
0.100	1850	36	70	73	8	81	384	594	140
0.101	1849	31	69	76	10	86	344	613	139
0.102	1848	33	76	73	11	84	375	662	138
0.103	1847	28	70	82	10	92	332	594	137
0.104	1846	31	73	74	17	91	353	637	136
0.105	1845	30	54	78	23	101	352	476	135
0.106	1844	30	66	76	9	85	369	606	134
0.107	1843	30	67	70	5	75	340	629	133
0.108	1842	29	66	73	7	80	358	610	132
0.109	1841	30	70	73	7	80	366	651	131
0.110	1840	27	68	78	5	83	343	640	130
0.111	1839	30	67	90	8	98	349	620	129
0.112	1838	29	64	82	8	90	350	588	128
0.113	1837	34	70	38	6	44	402	661	127
0.114	1836	27	47	52	4	56	322	454	126
0.115	1835	29	57	57	6	63	340	535	125
0.116	1834	27	68	74	7	81	334	648	124
0.117	1833	28	58	79	6	85	317	545	123
0.118	1832	29	49	64	6	70	327	472	122
0.119	1831	30	67	56	7	63	371	636	121
0.120	1830	28	70	73	6	79	345	670	120
0.121	1829	29	66	60	6	66	349	628	119
0.122	1828	30	73	49	7	56	372	682	118
0.123	1827	28	61	47	5	52	333	578	117
0.124	1826	27	72	74	7	81	324	680	116
0.125	1825	28	60	53	6	59	329	559	115
0.126	1824	29	53	52	7	59	321	495	114
0.127	1823	28	63	60	7	67	338	590	113
0.128	1822	28	58	82	7	89	323	540	112
0.129	1821	26	59	85	10	95	327	543	111
0.130	1820	29	73	85	12	97	368	659	110
0.131	1819	29	54	57	12	69	347	509	109
0.132	1818	31	73	92	6	98	381	700	108
0.133	1817	25	44	58	5	63	285	413	107
0.134	1816	20	39	82	7	89	260	366	106
0.135	1815	28	68	87	9	96	335	603	105
0.136	1814	28	56	73	23	96	325	480	104
0.137	1813	26	63	108	15	123	325	538	103
0.138	1812	26	71	97	19	116	330	600	102
0.139	1811	25	63	112	12	124	303	539	101
0.140	1810	27	70	114	13	127	320	600	100
0.141	1809	26	67	80	14	94	334	576	99
0.142	1808	28	67	107	13	120	318	568	98
0.143	1807	30	71	90	17	107	342	613	97
0.144	1806	31	56	85	17	102	338	505	96
0.145	1805	29	72	83	16	99	340	629	95
0.146	1804	29	67	83	14	97	332	593	94
0.147	1803	27	63	107	18	125	332	543	93
0.148	1802	27	73	97	16	113	341	609	92
0.149	1801	27	66	97	28	125	327	566	91
0.150	1800	27	51	83	10	93	300	453	90
0.151	1799	28	53	73	20	93	327	458	89
0.152	1798	26	63	54	11	65	325	541	88
0.153	1797	26	64	77	12	89	316	561	87
0.154	1796	29	62	66	10	76	330	543	86
0.155	1795	27	59	74	11	85	315	537	85
0.156	1794	30	63	59	11	70	353	559	84
0.157	1793	30	65	55	11	66	347	586	83
0.158	1792	26	49	74	14	88	300	435	82
0.159	1791	30	62	55	20	75	334	559	81
0.160	1790	28	55	69	15	84	300	484	80
0.161	1789	28	62	61	12	73	331	548	79
0.162	1788	25	63	78	16	94	310	527	78
0.163	1787	25	66	70	16	86	320	556	77
0.164	1786	26	62	72	13	85	309	546	76
0.165	1785	25	67	85	45	130	306	529	75
0.166	1784	28	54	81	12	93	308	492	74
0.167	1783	25	52	78	11	89	296	470	73
0.168	1782	27	71	107	14	121	328	605	72
0.169	1781	27	71	107	16	123	316	616	71
0.170	1780	27	61	106	19	125	325	533	70
0.171	1779	26	51	90	21	111	301	473	69
0.172	1778	27	68	100	20	120	326	593	68
0.173	1777	25	58	109	17	126	308	500	67
0.174	1776	27	67	87	15	102	318	563	66
0.175	1775	27	56	78	25	103	308	489	65
0.176	1774	25	67	103	12	115	307	582	64
0.177	1773	26	57	88	20	108	307	497	63
0.178	1772	27	65	80	9	89	315	576	62
0.179	1771	26	53	85	9	94	293	486	61
0.180	1770	25	47	61	16	77	294	425	60
0.181	1769	27	67	60	15	75	326	571	59
0.182	1768	26	61	50	9	59	317	533	58
0.183	1767	26	58	47	10	57	303	494	57
0.184	1766	26	72	75	16	91	322	596	56
0.185	1765	27	67	70	8	78	310	588	55
0.186	1764	28	57	68	9	77	337	492	54
0.187	1763	28	70	84	14	98	336	603	53
0.188	1762	30	62	80	11	91	345	534	52
0.189	1761	30	69	72	12	84	343	591	51
0.190	1760	30	58	75	14	89	339	511	50
0.191	1759	29	67	78	10	88	333	584	49
0.192	1758	30	68	80	16	96	342	589	48
0.193	1757	29	58	91	12	103	335	502	47
0.194	1756	28	70	78	18	96	339	613	46
0.195	1755	26	58	88	26	114	310	478	45
0.196	1754	29	72	100	15	115	342	619	44
0.197	1753	27	56	82	14	96	314	482	43
0.198	1752	27	63	126	19	145	319	531	42
0.199	1751	26	76	106	18	124	348	640	41
0.200	1750	25	57	109	30	139	306	481	40
0.201	1749	24	67	113	21	134	313	548	39
0.202	1748	26	55	104	17	121	316	463	38
0.203	1747	27	63	88	23	111	314	561	37
0.204	1746	24	55	81	22	103	285	477	36
0.205	1745	26	60	138	19	157	310	526	35
0.206	1744	27	66	127	20	147	323	559	34
0.207	1743	26	65	108	21	129	307	558	33
0.208	1742	24	65	136	22	158	307	556	32
0.209	1741	26	62	173	24	197	299	521	31
0.210	1740	25	51	129	33	162	294	439	30
0.211	1739	24	53	149	32	181	288	444	29
0.212	1738	26	68	149	25	174	319	559	28
0.213	1737	22	64	183	33	216	290	517	27
0.214	1736	24	65	259	30	289	306	524	26
0.215	1735	23	60	185	47	232	307	521	25
0.216	1734	26	59	158	37	195	312	500	24
0.217	1733	27	61	166	39	205	336	524	23
0.218	1732	26	52	149	54	203	313	462	22
0.219	1731	26	55	169	37	206	308	487	21
0.220	1730	25	54	139	43	182	305	454	20
0.221	1729	26	59	149	38	187	320	507	19
0.222	1728	27	56	97	33	130	324	484	18
0.223	1727	24	55	67	30	97	289	476	17
0.224	1726	28	54	151	46	197	319	458	16
0.225	1725	28	62	200	43	243	335	539	15
0.226	1724	27	59	142	43	185	325	505	14
0.227	1723	27	52	147	43	190	314	447	13
0.228	1722	30	58	169	63	232	349	498	12
0.229	1721	30	59	120	52	172	341	522	11
0.230	1720	28	56	171	80	251	342	496	10
0.231	1719	30	64	158	48	206	370	565	9
0.232	1718	32	57	117	60	177	364	523	8