/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans (2007): Tree-ring measurements of Larix sibirica (Siberian larch) from sample LINDLASI-42 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.594419
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 212; Begin 1779; 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:	1908 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	20	87	60	15	75	247	734	217
-0.039	1989	20	94	45	24	69	264	819	216
-0.038	1988	19	101	64	36	100	268	920	215
-0.037	1987	19	90	62	29	91	241	790	214
-0.036	1986	21	96	40	21	61	264	844	213
-0.035	1985	20	91	48	16	64	239	786	212
-0.034	1984	21	61	19	8	27	265	531	211
-0.033	1983	20	101	54	20	74	256	867	210
-0.032	1982	21	92	44	18	62	265	790	209
-0.031	1981	19	94	41	16	57	261	857	208
-0.030	1980	20	89	38	12	50	251	804	207
-0.029	1979	18	92	56	22	78	244	834	206
-0.028	1978	20	92	48	15	63	244	804	205
-0.027	1977	19	94	51	26	77	248	847	204
-0.026	1976	21	89	38	35	73	275	804	203
-0.025	1975	21	94	56	26	82	273	840	202
-0.024	1974	22	93	45	29	74	288	829	201
-0.023	1973	22	102	62	24	86	297	907	200
-0.022	1972	22	106	55	34	89	298	955	199
-0.021	1971	22	95	52	31	83	283	844	198
-0.020	1970	22	101	60	23	83	276	882	197
-0.019	1969	21	96	54	33	87	289	867	196
-0.018	1968	23	96	50	24	74	293	865	195
-0.017	1967	22	103	59	41	100	292	924	194
-0.016	1966	22	101	61	31	92	284	894	193
-0.015	1965	23	92	64	34	98	290	833	192
-0.014	1964	24	102	67	36	103	295	905	191
-0.013	1963	20	100	79	44	123	277	900	190
-0.012	1962	21	98	54	20	74	266	858	189
-0.011	1961	23	102	52	22	74	294	909	188
-0.010	1960	23	102	41	21	62	279	883	187
-0.009	1959	23	106	56	33	89	288	981	186
-0.008	1958	22	97	58	27	85	274	846	185
-0.007	1957	21	102	71	27	98	281	886	184
-0.006	1956	23	92	38	14	52	295	800	183
-0.005	1955	23	104	50	19	69	309	904	182
-0.004	1954	23	99	43	15	58	286	855	181
-0.003	1953	23	100	39	26	65	304	904	180
-0.002	1952	24	93	28	12	40	293	796	179
-0.001	1951	23	93	32	11	43	294	798	178
0.000	1950	23	96	36	12	48	293	823	177
0.001	1949	23	101	49	29	78	284	910	176
0.002	1948	22	97	26	14	40	291	864	175
0.003	1947	24	91	23	9	32	315	771	174
0.004	1946	22	100	36	14	50	296	913	173
0.005	1945	22	104	36	24	60	302	921	172
0.006	1944	22	101	39	20	59	282	897	171
0.007	1943	22	93	25	9	34	291	796	170
0.008	1942	23	94	34	11	45	300	836	169
0.009	1941	24	98	37	9	46	291	828	168
0.010	1940	25	104	51	21	72	311	928	167
0.011	1939	25	103	52	36	88	306	943	166
0.012	1938	23	108	77	48	125	291	956	165
0.013	1937	22	107	78	35	113	286	976	164
0.014	1936	24	105	47	32	79	296	966	163
0.015	1935	24	99	62	56	118	309	907	162
0.016	1934	23	109	84	64	148	307	976	161
0.017	1933	25	105	50	43	93	316	961	160
0.018	1932	21	106	63	52	115	302	967	159
0.019	1931	21	106	57	41	98	299	956	158
0.020	1930	22	101	61	31	92	284	923	157
0.021	1929	21	100	34	18	52	279	902	156
0.022	1928	22	92	28	9	37	279	817	155
0.023	1927	23	100	49	19	68	292	919	154
0.024	1926	21	101	50	29	79	291	905	153
0.025	1925	21	100	39	12	51	273	870	152
0.026	1924	23	104	57	38	95	298	935	151
0.027	1923	20	89	61	30	91	276	795	150
0.028	1922	22	98	67	53	120	287	903	149
0.029	1921	23	102	50	46	96	303	927	148
0.030	1920	21	103	42	21	63	289	898	147
0.031	1919	21	103	37	19	56	279	908	146
0.032	1918	23	92	24	7	31	302	789	145
0.033	1917	25	98	40	12	52	305	881	144
0.034	1916	23	99	25	12	37	311	880	143
0.035	1915	23	92	30	10	40	289	793	142
0.036	1914	25	101	31	10	41	306	868	141
0.037	1913	24	96	27	11	38	311	865	140
0.038	1912	21	99	43	12	55	285	875	139
0.039	1911	22	97	45	11	56	301	870	138
0.040	1910	24	97	34	13	47	301	862	137
0.041	1909	21	93	37	13	50	274	813	136
0.042	1908	20	93	43	10	53	267	820	135
0.043	1907	22	94	40	11	51	288	840	134
0.044	1906	23	101	49	17	66	291	905	133
0.045	1905	22	100	55	10	65	281	891	132
0.046	1904	23	95	47	15	62	293	839	131
0.047	1903	21	100	41	23	64	297	900	130
0.048	1902	24	93	56	27	83	284	828	129
0.049	1901	23	110	50	28	78	324	1005	128
0.050	1900	22	104	60	36	96	294	935	127
0.051	1899	23	104	58	33	91	300	929	126
0.052	1898	22	106	59	34	93	298	953	125
0.053	1897	23	102	52	26	78	283	909	124
0.054	1896	24	108	49	24	73	316	992	123
0.055	1895	24	106	85	21	106	324	965	122
0.056	1894	22	103	47	40	87	302	934	121
0.057	1893	21	100	57	25	82	302	913	120
0.058	1892	20	93	59	14	73	259	819	119
0.059	1891	22	101	43	21	64	294	916	118
0.060	1890	22	100	33	14	47	297	900	117
0.061	1889	21	99	32	8	40	292	886	116
0.062	1888	19	96	35	9	44	267	832	115
0.063	1887	22	97	43	13	56	283	869	114
0.064	1886	23	99	35	18	53	294	898	113
0.065	1885	20	102	45	18	63	282	900	112
0.066	1884	22	96	55	27	82	287	872	111
0.067	1883	24	99	46	24	70	298	903	110
0.068	1882	23	103	48	25	73	297	932	109
0.069	1881	22	99	59	27	86	296	874	108
0.070	1880	20	101	67	42	109	287	914	107
0.071	1879	22	105	70	32	102	278	940	106
0.072	1878	22	95	55	27	82	288	876	105
0.073	1877	22	97	57	23	80	291	869	104
0.074	1876	26	100	47	31	78	321	914	103
0.075	1875	23	103	65	23	88	307	940	102
0.076	1874	22	95	72	24	96	293	864	101
0.077	1873	25	104	87	45	132	326	945	100
0.078	1872	24	108	62	60	122	351	987	99
0.079	1871	24	105	46	33	79	321	953	98
0.080	1870	25	105	42	43	85	330	966	97
0.081	1869	27	104	44	28	72	332	951	96
0.082	1868	25	111	67	36	103	315	1021	95
0.083	1867	24	95	81	31	112	317	867	94
0.084	1866	25	105	71	46	117	329	961	93
0.085	1865	24	103	32	16	48	340	955	92
0.086	1864	26	101	49	14	63	317	934	91
0.087	1863	26	98	39	19	58	334	887	90
0.088	1862	22	95	70	35	105	283	863	89
0.089	1861	21	107	60	25	85	299	986	88
0.090	1860	25	101	41	13	54	302	911	87
0.091	1859	26	102	42	17	59	314	931	86
0.092	1858	26	106	48	17	65	311	955	85
0.093	1857	23	102	58	24	82	308	952	84
0.094	1856	23	100	71	29	100	290	924	83
0.095	1855	22	109	52	25	77	311	1018	82
0.096	1854	22	105	75	27	102	290	987	81
0.097	1853	23	110	109	38	147	313	996	80
0.098	1852	22	108	131	55	186	312	991	79
0.099	1851	23	110	162	113	275	341	952	78
0.100	1850	27	109	195	142	337	361	965	77
0.101	1849	23	106	131	111	242	317	961	76
0.102	1848	25	109	62	69	131	324	989	75
0.103	1847	25	109	43	34	77	324	998	74
0.104	1846	25	109	50	34	84	311	975	73
0.105	1845	24	110	90	30	120	303	1023	72
0.106	1844	24	107	97	38	135	316	988	71
0.107	1843	24	109	110	56	166	325	1015	70
0.108	1842	22	107	92	70	162	298	958	69
0.109	1841	25	112	127	85	212	330	1035	68
0.110	1840	25	103	102	82	184	332	942	67
0.111	1839	24	114	88	47	135	329	1041	66
0.112	1838	23	108	85	33	118	315	1002	65
0.113	1837	22	110	73	20	93	302	993	64
0.114	1836	25	96	15	11	26	365	844	63
0.115	1835	23	109	30	13	43	353	1008	62
0.116	1834	27	113	49	26	75	351	1039	61
0.117	1833	25	114	72	39	111	359	1038	60
0.118	1832	25	108	67	33	100	353	985	59
0.119	1831	26	112	111	57	168	342	1032	58
0.120	1830	26	106	107	62	169	362	939	57
0.121	1829	27	101	61	64	125	359	927	56
0.122	1828	25	110	77	54	131	339	1010	55
0.123	1827	27	109	60	53	113	352	1015	54
0.124	1826	26	113	66	51	117	348	1026	53
0.125	1825	25	107	58	35	93	329	977	52
0.126	1824	26	108	43	49	92	375	984	51
0.127	1823	26	110	46	41	87	335	1015	50
0.128	1822	25	100	31	10	41	326	877	49
0.129	1821	25	105	44	20	64	320	946	48
0.130	1820	25	110	53	33	86	346	973	47
0.131	1819	26	114	89	40	129	368	1027	46
0.132	1818	26	114	102	57	159	351	1013	45
0.133	1817	26	112	129	71	200	359	1023	44
0.134	1816	25	112	120	69	189	337	1020	43
0.135	1815	25	107	74	83	157	346	954	42
0.136	1814	27	111	91	74	165	348	1024	41
0.137	1813	25	115	121	79	200	353	1015	40
0.138	1812	24	105	120	72	192	332	986	39
0.139	1811	24	110	145	87	232	338	1005	38
0.140	1810	28	102	156	52	208	350	905	37
0.141	1809	24	107	128	68	196	315	984	36
0.142	1808	24	112	96	46	142	313	1031	35
0.143	1807	25	114	166	45	211	329	1046	34
0.144	1806	27	113	99	77	176	349	1016	33
0.145	1805	23	115	103	46	149	350	1029	32
0.146	1804	25	117	93	37	130	350	1076	31
0.147	1803	27	117	98	71	169	355	1037	30
0.148	1802	24	112	135	79	214	336	1008	29
0.149	1801	24	113	91	67	158	325	1019	28
0.150	1800	23	104	82	44	126	300	952	27
0.151	1799	23	107	80	46	126	313	990	26
0.152	1798	24	117	66	39	105	334	1033	25
0.153	1797	24	108	63	32	95	347	976	24
0.154	1796	24	113	66	29	95	327	1027	23
0.155	1795	24	106	102	50	152	315	970	22
0.156	1794	24	108	116	64	180	322	983	21
0.157	1793	22	101	95	86	181	307	862	20
0.158	1792	22	103	165	91	256	300	919	19
0.159	1791	23	98	135	88	223	341	849	18
0.160	1790	27	99	154	64	218	356	873	17
0.161	1789	27	114	153	48	201	354	1047	16
0.162	1788	28	110	76	51	127	348	982	15
0.163	1787	29	103	113	65	178	378	916	14
0.164	1786	25	109	107	85	192	350	983	13
0.165	1785	25	106	146	80	226	334	935	12
0.166	1784	24	101	116	61	177	332	901	11
0.167	1783	24	96	123	59	182	325	874	10
0.168	1782	25	93	136	64	200	316	839	9
0.169	1781	24	95	76	47	123	331	871	8
0.170	1780	23	98	73	59	132	359	856	7
0.171	1779	24	99	93	63	156	360	860	6