/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans (2007): Tree-ring measurements of Larix sibirica (Siberian larch) from sample CEMILASI-11 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.590717
Project(s):	Northern Hemispheric Dendroclimatological Network (NHD/WSL)
Coverage:	LATITUDE: 51.000000 * LONGITUDE: 85.380000
	MINIMUM ELEVATION: 1450.0 m * MAXIMUM ELEVATION: 1450.0 m
Event(s):	CEMILASI * LATITUDE: 51.000000 * LONGITUDE: 85.380000 * ELEVATION: 1450.0 m * LOCATION: Ceminsky pass, Russia * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition SW; Slope 8 deg; Geology: Gneis; Tree line 2300 m; av. Tree height 28 m; Tree cover 60%; Shrub cover 60%; Herb cover 100%; Moss cover 10%; Vegatation type: Lä-Arvenwald rel. wenig beweidet; Film number: 1018A
Comment:	Species LASI; No of rings 321; Begin 1674; End 1994
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:	2868 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]
-0.044	1994	27	70	18	5	23	313	615	342
-0.043	1993	27	62	17	7	24	307	543	341
-0.042	1992	24	86	37	6	43	304	735	340
-0.041	1991	24	91	41	11	52	312	800	339
-0.040	1990	24	93	33	7	40	309	809	338
-0.039	1989	22	83	33	6	39	288	697	337
-0.038	1988	28	85	17	5	22	338	714	336
-0.037	1987	25	59	16	5	21	296	519	335
-0.036	1986	26	58	13	5	18	295	525	334
-0.035	1985	26	47	9	5	14	303	432	333
-0.034	1984	22	63	21	7	28	271	541	332
-0.033	1983	23	76	31	6	37	289	657	331
-0.032	1982	27	79	22	4	26	311	694	330
-0.031	1981	28	74	24	6	30	340	651	329
-0.030	1980	26	80	32	9	41	315	668	328
-0.029	1979	25	94	48	8	56	310	819	327
-0.028	1978	25	87	47	10	57	319	726	326
-0.027	1977	24	91	46	10	56	306	763	325
-0.026	1976	25	100	54	12	66	326	867	324
-0.025	1975	28	89	31	9	40	340	755	323
-0.024	1974	26	94	36	6	42	346	780	322
-0.023	1973	26	87	32	6	38	301	746	321
-0.022	1972	25	88	39	7	46	306	744	320
-0.021	1971	26	95	46	8	54	321	848	319
-0.020	1970	28	95	30	10	40	336	836	318
-0.019	1969	26	85	33	5	38	327	742	317
-0.018	1968	28	92	27	5	32	341	816	316
-0.017	1967	24	85	38	8	46	313	756	315
-0.016	1966	27	87	34	7	41	312	729	314
-0.015	1965	27	87	43	6	49	327	766	313
-0.014	1964	27	98	50	6	56	326	854	312
-0.013	1963	29	88	43	6	49	332	742	311
-0.012	1962	27	97	40	8	48	321	814	310
-0.011	1961	27	91	31	9	40	327	778	309
-0.010	1960	25	75	45	6	51	303	662	308
-0.009	1959	26	85	34	11	45	309	729	307
-0.008	1958	26	72	34	7	41	300	610	306
-0.007	1957	25	76	38	9	47	312	643	305
-0.006	1956	28	90	39	8	47	325	773	304
-0.005	1955	28	97	49	12	61	340	855	303
-0.004	1954	25	91	57	12	69	312	784	302
-0.003	1953	25	96	66	7	73	298	831	301
-0.002	1952	26	98	51	15	66	325	825	300
-0.001	1951	27	88	45	9	54	327	749	299
0.000	1950	26	91	41	10	51	315	756	298
0.001	1949	27	87	40	10	50	321	742	297
0.002	1948	24	84	47	11	58	299	719	296
0.003	1947	26	63	22	7	29	308	562	295
0.004	1946	26	65	25	8	33	312	586	294
0.005	1945	24	81	31	10	41	297	672	293
0.006	1944	27	90	37	9	46	323	772	292
0.007	1943	27	74	29	7	36	311	640	291
0.008	1942	26	77	37	7	44	309	680	290
0.009	1941	27	84	34	9	43	319	723	289
0.010	1940	29	79	30	7	37	338	688	288
0.011	1939	27	89	31	10	41	336	784	287
0.012	1938	30	78	25	5	30	358	675	286
0.013	1937	27	81	40	8	48	329	685	285
0.014	1936	27	61	31	11	42	324	538	284
0.015	1935	26	70	31	10	41	317	620	283
0.016	1934	27	63	36	9	45	295	548	282
0.017	1933	28	85	40	12	52	342	729	281
0.018	1932	28	68	40	13	53	324	602	280
0.019	1931	29	57	24	9	33	320	518	279
0.020	1930	24	57	34	9	43	282	486	278
0.021	1929	27	78	54	13	67	324	665	277
0.022	1928	29	93	58	13	71	369	786	276
0.023	1927	28	91	48	18	66	347	779	275
0.024	1926	27	91	65	17	82	349	786	274
0.025	1925	27	86	80	17	97	337	729	273
0.026	1924	29	91	88	10	98	332	786	272
0.027	1923	29	95	83	23	106	351	818	271
0.028	1922	28	99	59	17	76	338	855	270
0.029	1921	26	90	58	11	69	353	753	269
0.030	1920	29	90	44	10	54	351	784	268
0.031	1919	29	99	35	15	50	353	861	267
0.032	1918	28	88	38	12	50	334	750	266
0.033	1917	27	83	35	9	44	315	717	265
0.034	1916	26	88	54	12	66	323	756	264
0.035	1915	27	94	49	9	58	330	805	263
0.036	1914	29	94	50	5	55	339	807	262
0.037	1913	29	86	44	12	56	340	745	261
0.038	1912	28	86	44	12	56	342	732	260
0.039	1911	28	87	39	11	50	340	755	259
0.040	1910	29	92	40	10	50	350	767	258
0.041	1909	27	99	61	10	71	335	876	257
0.042	1908	27	100	66	18	84	336	886	256
0.043	1907	26	96	49	13	62	332	817	255
0.044	1906	27	95	61	9	70	332	837	254
0.045	1905	27	94	51	14	65	338	808	253
0.046	1904	28	96	48	4	52	338	820	252
0.047	1903	27	78	57	8	65	314	653	251
0.048	1902	28	87	49	11	60	347	755	250
0.049	1901	27	93	55	14	69	339	791	249
0.050	1900	26	87	47	10	57	334	756	248
0.051	1899	27	86	56	9	65	311	737	247
0.052	1898	26	80	49	12	61	300	670	246
0.053	1897	26	89	60	8	68	307	760	245
0.054	1896	27	101	63	13	76	348	891	244
0.055	1895	23	99	54	13	67	308	856	243
0.056	1894	26	97	57	12	69	310	842	242
0.057	1893	25	99	58	14	72	334	841	241
0.058	1892	24	98	50	9	59	327	874	240
0.059	1891	25	94	42	7	49	310	838	239
0.060	1890	24	80	69	9	78	295	692	238
0.061	1889	26	98	70	14	84	316	879	237
0.062	1888	24	98	64	16	80	314	885	236
0.063	1887	26	93	64	13	77	327	813	235
0.064	1886	26	94	70	11	81	311	817	234
0.065	1885	27	95	52	11	63	341	853	233
0.066	1884	25	94	52	10	62	315	815	232
0.067	1883	24	83	61	9	70	314	714	231
0.068	1882	25	97	66	15	81	329	846	230
0.069	1881	27	99	61	12	73	339	882	229
0.070	1880	26	96	73	14	87	340	845	228
0.071	1879	28	97	65	17	82	355	863	227
0.072	1878	25	102	71	21	92	335	910	226
0.073	1877	27	100	63	15	78	331	897	225
0.074	1876	26	93	79	20	99	326	839	224
0.075	1875	26	98	57	10	67	327	901	223
0.076	1874	26	99	60	8	68	314	878	222
0.077	1873	26	94	63	8	71	323	842	221
0.078	1872	26	94	55	9	64	318	828	220
0.079	1871	24	97	57	10	67	314	860	219
0.080	1870	25	85	57	6	63	308	738	218
0.081	1869	27	88	68	9	77	325	767	217
0.082	1868	25	97	94	13	107	319	850	216
0.083	1867	25	98	81	10	91	322	874	215
0.084	1866	27	98	65	14	79	336	858	214
0.085	1865	28	101	68	17	85	354	896	213
0.086	1864	28	96	74	14	88	360	823	212
0.087	1863	27	102	89	14	103	331	912	211
0.088	1862	29	100	98	19	117	356	887	210
0.089	1861	27	104	87	19	106	340	914	209
0.090	1860	26	94	92	12	104	350	841	208
0.091	1859	28	103	66	19	85	363	921	207
0.092	1858	26	102	73	15	88	376	921	206
0.093	1857	27	96	87	8	95	355	853	205
0.094	1856	26	100	73	18	91	352	871	204
0.095	1855	27	98	64	13	77	344	866	203
0.096	1854	27	99	69	11	80	346	835	202
0.097	1853	30	97	79	18	97	352	850	201
0.098	1852	28	98	66	13	79	367	879	200
0.099	1851	29	94	70	11	81	346	834	199
0.100	1850	29	97	38	11	49	374	861	198
0.101	1849	28	84	68	10	78	340	740	197
0.102	1848	29	99	85	12	97	360	872	196
0.103	1847	30	97	82	23	105	357	877	195
0.104	1846	27	101	83	23	106	359	912	194
0.105	1845	28	101	71	8	79	343	900	193
0.106	1844	28	91	64	11	75	347	814	192
0.107	1843	27	78	77	6	83	307	686	191
0.108	1842	28	94	78	10	88	342	825	190
0.109	1841	28	98	76	12	88	360	880	189
0.110	1840	30	92	51	28	79	374	817	188
0.111	1839	32	87	63	15	78	367	784	187
0.112	1838	29	97	66	17	83	366	858	186
0.113	1837	30	88	44	5	49	361	741	185
0.114	1836	33	87	34	8	42	403	772	184
0.115	1835	31	93	39	7	46	381	821	183
0.116	1834	30	93	63	16	79	350	848	182
0.117	1833	27	90	69	9	78	348	772	181
0.118	1832	30	94	69	8	77	351	820	180
0.119	1831	32	95	74	12	86	366	831	179
0.120	1830	32	101	63	22	85	394	921	178
0.121	1829	31	94	52	7	59	374	844	177
0.122	1828	32	95	58	8	66	381	817	176
0.123	1827	31	93	63	12	75	374	838	175
0.124	1826	31	97	75	16	91	383	890	174
0.125	1825	32	98	58	21	79	397	888	173
0.126	1824	34	96	59	10	69	387	842	172
0.127	1823	31	99	62	12	74	382	887	171
0.128	1822	35	100	51	24	75	426	926	170
0.129	1821	29	100	60	15	75	386	895	169
0.130	1820	32	94	61	12	73	380	805	168
0.131	1819	32	96	55	13	68	389	865	167
0.132	1818	32	96	59	16	75	388	875	166
0.133	1817	29	97	80	17	97	379	861	165
0.134	1816	29	94	73	10	83	372	819	164
0.135	1815	31	99	76	14	90	365	881	163
0.136	1814	28	98	77	15	92	362	847	162
0.137	1813	32	94	84	16	100	386	845	161
0.138	1812	32	94	68	8	76	389	840	160
0.139	1811	30	94	71	14	85	387	858	159
0.140	1810	27	97	74	11	85	371	830	158
0.141	1809	26	82	48	9	57	332	707	157
0.142	1808	31	89	89	21	110	356	787	156
0.143	1807	31	99	94	23	117	384	883	155
0.144	1806	29	95	85	15	100	355	836	154
0.145	1805	27	90	107	12	119	339	762	153
0.146	1804	28	92	107	15	122	343	799	152
0.147	1803	29	97	106	20	126	353	867	151
0.148	1802	29	96	132	13	145	352	868	150
0.149	1801	30	91	94	28	122	360	828	149
0.150	1800	29	92	89	22	111	350	830	148
0.151	1799	28	95	89	10	99	338	840	147
0.152	1798	29	96	68	30	98	355	867	146
0.153	1797	28	92	71	10	81	352	806	145
0.154	1796	29	92	58	20	78	354	830	144
0.155	1795	30	95	64	20	84	359	840	143
0.156	1794	28	94	96	13	109	335	841	142
0.157	1793	28	94	87	16	103	358	836	141
0.158	1792	26	97	98	16	114	334	849	140
0.159	1791	28	95	109	13	122	345	861	139
0.160	1790	29	97	107	22	129	349	873	138
0.161	1789	29	91	95	19	114	342	802	137
0.162	1788	29	89	100	15	115	344	772	136
0.163	1787	28	99	103	29	132	358	891	135
0.164	1786	28	93	107	17	124	354	839	134
0.165	1785	30	94	113	24	137	358	847	133
0.166	1784	29	100	109	31	140	350	895	132
0.167	1783	30	85	124	15	139	352	728	131
0.168	1782	31	99	131	32	163	375	874	130
0.169	1781	31	99	130	30	160	389	897	129
0.170	1780	26	99	124	23	147	349	857	128
0.171	1779	30	89	106	18	124	358	779	127
0.172	1778	32	99	82	25	107	388	911	126
0.173	1777	29	101	128	20	148	364	892	125
0.174	1776	30	93	135	15	150	371	806	124
0.175	1775	29	96	89	16	105	347	854	123
0.176	1774	28	91	78	12	90	329	792	122
0.177	1773	28	94	91	13	104	341	834	121
0.178	1772	29	97	125	23	148	369	866	120
0.179	1771	29	96	90	32	122	344	890	119
0.180	1770	24	96	102	14	116	315	842	118
0.181	1769	27	89	82	12	94	333	790	117
0.182	1768	28	98	95	17	112	331	881	116
0.183	1767	27	93	96	18	114	349	806	115
0.184	1766	29	99	69	13	82	352	880	114
0.185	1765	26	90	97	9	106	315	773	113
0.186	1764	29	94	113	29	142	342	867	112
0.187	1763	25	98	96	32	128	318	896	111
0.188	1762	27	93	102	18	120	333	825	110
0.189	1761	26	97	99	24	123	350	870	109
0.190	1760	25	100	108	20	128	334	867	108
0.191	1759	27	99	104	24	128	329	875	107
0.192	1758	26	95	88	14	102	311	835	106
0.193	1757	24	96	96	17	113	303	859	105
0.194	1756	24	92	78	11	89	304	803	104
0.195	1755	26	94	69	11	80	318	809	103
0.196	1754	24	95	81	20	101	315	831	102
0.197	1753	25	94	94	18	112	305	830	101
0.198	1752	25	99	79	12	91	319	858	100
0.199	1751	24	98	118	21	139	310	856	99
0.200	1750	25	100	90	39	129	314	910	98
0.201	1749	27	95	124	28	152	325	853	97
0.202	1748	27	95	91	38	129	331	824	96
0.203	1747	23	99	75	20	95	319	895	95
0.204	1746								94
0.205	1745								93
0.206	1744								92
0.207	1743	26	93	103	27	130	315	813	91
0.208	1742	24	93	104	31	135	299	786	90
0.209	1741	27	95	95	12	107	321	822	89
0.210	1740	28	93	108	22	130	340	844	88
0.211	1739	26	97	122	24	146	331	844	87
0.212	1738	25	98	93	30	123	322	837	86
0.213	1737	26	98	83	24	107	333	862	85
0.214	1736	25	95	95	18	113	322	822	84
0.215	1735	25	89	69	31	100	320	778	83
0.216	1734	27	97	98	15	113	326	836	82
0.217	1733	24	97	77	24	101	307	868	81
0.218	1732	22	59	76	21	97	432	379	80
0.219	1731	24	90	78	13	91	303	761	79
0.220	1730	26	91	102	16	118	309	789	78
0.221	1729	25	96	96	22	118	305	830	77
0.222	1728	24	95	89	17	106	301	832	76
0.223	1727	25	92	85	19	104	311	803	75
0.224	1726	27	96	83	22	105	335	847	74
0.225	1725	26	98	76	20	96	323	857	73
0.226	1724	26	98	83	15	98	321	854	72
0.227	1723	25	99	107	29	136	346	893	71
0.228	1722	28	99	108	33	141	339	897	70
0.229	1721	26	100	99	36	135	343	908	69
0.230	1720	27	97	118	32	150	343	841	68
0.231	1719	25	97	125	16	141	321	844	67
0.232	1718	26	93	78	18	96	325	819	66
0.233	1717	25	94	108	28	136	327	816	65
0.234	1716	23	95	105	41	146	302	844	64
0.235	1715	25	100	101	24	125	308	919	63
0.236	1714	23	95	86	22	108	304	841	62
0.237	1713	25	100	46	16	62	318	889	61
0.238	1712	25	88	66	8	74	304	764	60
0.239	1711	26	91	112	22	134	312	798	59
0.240	1710	25	98	97	22	119	318	853	58
0.241	1709	26	84	108	25	133	321	742	57
0.242	1708	25	103	94	22	116	328	914	56
0.243	1707	25	91	75	19	94	312	770	55
0.244	1706	26	94	69	16	85	325	790	54
0.245	1705	25	96	73	17	90	306	810	53
0.246	1704	23	87	102	14	116	280	735	52
0.247	1703	24	92	103	22	125	307	775	51
0.248	1702	28	92	85	23	108	344	780	50
0.249	1701	27	97	87	24	111	336	846	49
0.250	1700	26	90	89	24	113	320	758	48
0.251	1699	26	100	73	32	105	330	880	47
0.252	1698	28	85	91	18	109	317	731	46
0.253	1697	26	100	95	27	122	336	882	45
0.254	1696	26	94	88	19	107	322	783	44
0.255	1695	26	83	145	24	169	323	718	43
0.256	1694	28	107	107	38	145	352	952	42
0.257	1693	27	101	103	52	155	345	871	41
0.258	1692	24	101	71	24	95	314	876	40
0.259	1691	28	99	82	19	101	356	855	39
0.260	1690	27	98	102	15	117	326	832	38
0.261	1689	25	103	116	28	144	319	883	37
0.262	1688	27	101	72	30	102	354	890	36
0.263	1687	28	102	103	25	128	338	910	35
0.264	1686	27	103	100	38	138	344	921	34
0.265	1685	28	96	73	20	93	350	830	33
0.266	1684	28	92	76	30	106	332	819	32
0.267	1683	26	96	89	16	105	330	829	31
0.268	1682	29	100	78	18	96	361	851	30
0.269	1681	29	101	107	29	136	350	914	29
0.270	1680	28	105	94	24	118	342	938	28
0.271	1679	26	95	123	28	151	334	809	27
0.272	1678	28	92	139	31	170	353	805	26
0.273	1677	28	95	121	27	148	346	823	25
0.274	1676	29	94	112	25	137	347	794	24
0.275	1675	28	94	97	33	130	345	831	23
0.276	1674	26	91	131	21	152	326	756	22