/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans (2007): Tree-ring measurements of Larix sibirica (Siberian larch) from sample LINDLASI-92 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.594424
Project(s):	Northern Hemispheric Dendroclimatological Network (NHD/WSL)
Coverage:	LATITUDE: 60.160000 * LONGITUDE: 29.350000
	MINIMUM ELEVATION: 20.0 m * MAXIMUM ELEVATION: 20.0 m
Event(s):	LINDLASI * LATITUDE: 60.160000 * LONGITUDE: 29.350000 * ELEVATION: 20.0 m * LOCATION: Lindulowo, Russia * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Slope 0 deg; av. Tree height 36 m; Tree cover 80%; Shrub cover 15%; Herb cover 80%; Moss cover 10%; Vegatation type: Lariceetum oxaliosum; Film number: 984A
Comment:	Species LASI; No of rings 228; Begin 1763; 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:	2049 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	17	58	31	7	38	216	483	237
-0.039	1989	18	92	34	12	46	236	819	236
-0.038	1988	19	94	48	8	56	244	796	235
-0.037	1987	19	79	30	6	36	247	678	234
-0.036	1986	20	97	53	39	92	269	889	233
-0.035	1985	19	94	58	28	86	257	850	232
-0.034	1984	19	97	50	20	70	256	864	231
-0.033	1983	20	101	49	22	71	263	871	230
-0.032	1982	21	92	32	14	46	278	792	229
-0.031	1981	22	92	33	14	47	279	803	228
-0.030	1980	22	90	25	14	39	304	791	227
-0.029	1979	21	97	45	17	62	281	850	226
-0.028	1978	21	94	38	12	50	276	790	225
-0.027	1977	21	90	36	15	51	273	763	224
-0.026	1976	20	88	46	14	60	246	750	223
-0.025	1975	19	85	35	19	54	269	756	222
-0.024	1974	18	83	24	12	36	239	754	221
-0.023	1973	19	92	33	10	43	250	797	220
-0.022	1972	19	95	48	12	60	249	851	219
-0.021	1971	18	92	40	13	53	239	767	218
-0.020	1970	20	93	37	9	46	242	784	217
-0.019	1969	19	57	19	9	28	252	473	216
-0.018	1968		55	2	1	3			215
-0.017	1967	23	61	14	7	21	272	536	214
-0.016	1966	22	52	17	8	25	265	467	213
-0.015	1965	23	78	25	7	32	277	677	212
-0.014	1964	23	86	27	8	35	306	731	211
-0.013	1963	21	99	51	20	71	282	865	210
-0.012	1962	19	91	40	11	51	247	779	209
-0.011	1961	19	95	30	16	46	262	825	208
-0.010	1960	20	94	31	11	42	260	784	207
-0.009	1959	21	53	20	11	31	249	461	206
-0.008	1958	20	86	39	15	54	255	723	205
-0.007	1957	20	97	50	25	75	260	862	204
-0.006	1956	20	85	30	11	41	264	704	203
-0.005	1955	20	95	51	21	72	276	837	202
-0.004	1954	20	90	48	16	64	265	752	201
-0.003	1953	21	93	32	14	46	300	776	200
-0.002	1952	20	74	21	13	34	273	615	199
-0.001	1951	17	92	44	13	57	236	801	198
0.000	1950	18	90	42	13	55	242	755	197
0.001	1949	18	97	50	14	64	241	817	196
0.002	1948	19	84	29	9	38	255	695	195
0.003	1947	22	95	35	12	47	283	836	194
0.004	1946	20	94	40	20	60	264	836	193
0.005	1945	18	96	67	33	100	268	854	192
0.006	1944	21	96	41	16	57	267	866	191
0.007	1943	20	99	38	17	55	269	883	190
0.008	1942	19	95	37	14	51	273	824	189
0.009	1941	24	57	16	10	26	289	503	188
0.010	1940	23	97	40	23	63	312	854	187
0.011	1939	21	94	30	15	45	295	808	186
0.012	1938	21	103	63	22	85	274	885	185
0.013	1937	20	103	37	23	60	287	928	184
0.014	1936	21	96	47	18	65	276	880	183
0.015	1935	23	90	48	27	75	295	831	182
0.016	1934	22	101	54	39	93	287	918	181
0.017	1933	23	91	43	23	66	288	828	180
0.018	1932	21	89	61	55	116	294	828	179
0.019	1931	19	92	83	25	108	283	822	178
0.020	1930	20	92	48	39	87	269	826	177
0.021	1929	19	95	42	14	56	257	848	176
0.022	1928	21	90	22	8	30	284	733	175
0.023	1927	21	100	35	14	49	286	868	174
0.024	1926	21	96	35	18	53	283	893	173
0.025	1925	21	97	29	10	39	286	851	172
0.026	1924	23	97	25	13	38	298	863	171
0.027	1923	22	85	20	12	32	294	771	170
0.028	1922	22	97	49	20	69	292	906	169
0.029	1921	20	102	41	15	56	286	886	168
0.030	1920	22	95	28	11	39	287	816	167
0.031	1919	21	100	31	9	40	279	889	166
0.032	1918	21	86	18	9	27	271	701	165
0.033	1917	24	94	31	7	38	295	825	164
0.034	1916	22	101	21	11	32	313	891	163
0.035	1915	20	96	28	10	38	274	841	162
0.036	1914	21	91	29	8	37	273	793	161
0.037	1913	22	97	19	10	29	292	791	160
0.038	1912	17	93	28	8	36	269	756	159
0.039	1911	18	100	40	13	53	278	888	158
0.040	1910	19	92	24	7	31	288	788	157
0.041	1909	21	92	19	8	27	278	792	156
0.042	1908	19	82	21	6	27	253	688	155
0.043	1907	22	92	20	8	28	277	779	154
0.044	1906	20	82	21	6	27	264	710	153
0.045	1905	20	78	13	6	19	270	654	152
0.046	1904	20	70	18	7	25	248	574	151
0.047	1903	20	80	21	6	27	265	695	150
0.048	1902	17	84	35	8	43	231	713	149
0.049	1901	19	89	37	7	44	250	753	148
0.050	1900	19	91	39	10	49	247	776	147
0.051	1899	21	84	22	8	30	262	705	146
0.052	1898	19	91	37	11	48	253	776	145
0.053	1897	19	91	31	10	41	249	798	144
0.054	1896	19	93	34	8	42	251	790	143
0.055	1895	20	78	26	4	30	245	642	142
0.056	1894	21	63	16	3	19	260	555	141
0.057	1893	21	62	10	3	13	256	551	140
0.058	1892	20	54	15	6	21	238	455	139
0.059	1891	20	89	39	9	48	262	799	138
0.060	1890	17	97	43	16	59	246	848	137
0.061	1889	21	91	33	6	39	261	785	136
0.062	1888	21	89	30	9	39	259	735	135
0.063	1887	22	93	31	9	40	268	823	134
0.064	1886	22	94	29	14	43	273	834	133
0.065	1885	20	95	31	8	39	276	807	132
0.066	1884	21	90	38	12	50	270	813	131
0.067	1883	22	92	33	17	50	278	848	130
0.068	1882	19	98	41	21	62	264	875	129
0.069	1881	20	90	52	26	78	272	820	128
0.070	1880	21	94	77	38	115	282	845	127
0.071	1879	19	96	78	24	102	250	882	126
0.072	1878	20	92	48	24	72	258	825	125
0.073	1877	19	91	38	10	48	265	778	124
0.074	1876	21	92	50	23	73	271	832	123
0.075	1875	19	91	49	16	65	252	805	122
0.076	1874	19	88	57	18	75	258	809	121
0.077	1873	20	94	71	25	96	270	858	120
0.078	1872	19	96	32	25	57	254	873	119
0.079	1871	19	91	30	8	38	265	786	118
0.080	1870	19	94	48	27	75	264	848	117
0.081	1869	20	98	48	19	67	280	882	116
0.082	1868	19	99	71	33	104	279	903	115
0.083	1867	20	85	65	19	84	268	749	114
0.084	1866	20	94	62	26	88	283	862	113
0.085	1865	22	88	22	19	41	298	796	112
0.086	1864	21	87	57	17	74	274	797	111
0.087	1863	19	98	60	35	95	274	857	110
0.088	1862	20	91	67	33	100	283	826	109
0.089	1861	23	98	65	21	86	320	868	108
0.090	1860	24	92	47	18	65	315	846	107
0.091	1859	21	96	43	14	57	306	871	106
0.092	1858	21	103	54	18	72	286	905	105
0.093	1857	21	93	45	16	61	286	825	104
0.094	1856	21	89	49	20	69	267	783	103
0.095	1855	23	95	41	14	55	289	854	102
0.096	1854	23	98	46	18	64	303	891	101
0.097	1853	22	97	57	20	77	308	882	100
0.098	1852	21	95	59	16	75	281	828	99
0.099	1851	23	100	61	27	88	304	906	98
0.100	1850	21	101	62	31	93	305	935	97
0.101	1849	21	98	54	15	69	290	866	96
0.102	1848	23	95	23	9	32	321	881	95
0.103	1847	24	96	36	15	51	303	849	94
0.104	1846	25	98	33	21	54	326	881	93
0.105	1845	25	96	56	19	75	328	864	92
0.106	1844	23	100	81	31	112	297	891	91
0.107	1843	25	90	66	28	94	312	823	90
0.108	1842	24	99	65	29	94	305	871	89
0.109	1841	24	102	52	27	79	317	941	88
0.110	1840	23	91	47	25	72	304	828	87
0.111	1839	23	98	62	15	77	293	904	86
0.112	1838	23	97	63	27	90	306	881	85
0.113	1837	22	97	61	12	73	282	848	84
0.114	1836	28	94	21	12	33	343	843	83
0.115	1835	25	92	70	41	111	341	845	82
0.116	1834	25	102	63	51	114	310	944	81
0.117	1833	22	100	75	34	109	310	910	80
0.118	1832	23	96	65	32	97	301	865	79
0.119	1831	24	103	58	35	93	332	958	78
0.120	1830	22	99	31	17	48	301	890	77
0.121	1829	24	99	50	26	76	318	908	76
0.122	1828	21	98	38	14	52	288	810	75
0.123	1827	26	103	47	29	76	316	970	74
0.124	1826	23	105	54	27	81	320	975	73
0.125	1825	20	84	39	10	49	281	688	72
0.126	1824	27	99	41	51	92	349	908	71
0.127	1823	24	104	59	28	87	321	931	70
0.128	1822	26	100	41	33	74	330	903	69
0.129	1821	25	96	67	47	114	324	863	68
0.130	1820	25	102	75	22	97	325	924	67
0.131	1819	26	101	91	36	127	339	922	66
0.132	1818	25	98	107	40	147	330	891	65
0.133	1817	25	103	95	37	132	314	941	64
0.134	1816	27	104	88	35	123	336	943	63
0.135	1815	24	102	95	43	138	321	928	62
0.136	1814	25	101	68	38	106	331	913	61
0.137	1813	25	108	80	47	127	327	965	60
0.138	1812	24	99	77	43	120	321	914	59
0.139	1811	26	105	65	40	105	337	958	58
0.140	1810	24	100	63	25	88	337	916	57
0.141	1809	24	104	87	29	116	320	949	56
0.142	1808	25	102	65	37	102	327	948	55
0.143	1807	25	102	75	30	105	334	949	54
0.144	1806	25	103	81	39	120	317	935	53
0.145	1805	22	102	98	43	141	321	939	52
0.146	1804	22	105	86	49	135	315	978	51
0.147	1803	24	103	49	36	85	322	973	50
0.148	1802	23	98	89	13	102	294	852	49
0.149	1801	24	100	112	72	184	318	935	48
0.150	1800	21	97	122	50	172	288	874	47
0.151	1799	22	97	130	63	193	302	893	46
0.152	1798	22	105	100	64	164	312	952	45
0.153	1797	23	99	67	26	93	304	881	44
0.154	1796	22	102	94	38	132	296	934	43
0.155	1795	22	98	78	34	112	298	883	42
0.156	1794	22	98	159	97	256	300	884	41
0.157	1793	24	99	115	101	216	333	860	40
0.158	1792	24	101	116	66	182	305	932	39
0.159	1791	23	90	109	92	201	325	804	38
0.160	1790	24	87	137	58	195	297	777	37
0.161	1789	24	103	106	29	135	300	946	36
0.162	1788	24	100	91	86	177	340	875	35
0.163	1787	24	87	136	52	188	297	774	34
0.164	1786	21	87	86	85	171	302	782	33
0.165	1785	22	87	124	50	174	284	769	32
0.166	1784	23	89	166	61	227	297	798	31
0.167	1783	23	86	174	126	300	335	750	30
0.168	1782	25	81	134	78	212	312	732	29
0.169	1781	23	85	144	81	225	360	739	28
0.170	1780	24	85	160	82	242	365	749	27
0.171	1779	24	85	172	134	306	348	744	26
0.172	1778	23	89	200	101	301	354	793	25
0.173	1777	22	80	186	120	306	311	703	24
0.174	1776	25	93	170	90	260	338	831	23
0.175	1775	23	97	196	81	277	305	851	22
0.176	1774	25	94	196	111	307	329	811	21
0.177	1773	24	91	230	151	381	342	764	20
0.178	1772	24	95	298	80	378	372	832	19
0.179	1771	21	83	224	111	335	321	716	18
0.180	1770	23	86	194	121	315	344	748	17
0.181	1769	24	89	305	135	440	348	760	16
0.182	1768	23	93	365	77	442	319	785	15
0.183	1767	22	87	373	97	470	304	756	14
0.184	1766	25	94	195	117	312	339	822	13
0.185	1765	23	87	258	79	337	310	764	12
0.186	1764	23	79	263	90	353	332	696	11
0.187	1763	23	88	180	77	257	296	817	10