/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans (2007): Tree-ring measurements of Larix sibirica (Siberian larch) from sample LINDLASI-21 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.594409
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 226; Begin 1765; 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:	2034 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	15	79	78	10	88	199	665	233
-0.039	1989	15	88	70	30	100	220	790	232
-0.038	1988	16	90	84	22	106	214	816	231
-0.037	1987	18	88	59	12	71	240	757	230
-0.036	1986	18	97	89	46	135	234	862	229
-0.035	1985	17	92	98	23	121	229	821	228
-0.034	1984	20	84	60	7	67	235	720	227
-0.033	1983	19	105	100	33	133	248	925	226
-0.032	1982	20	103	85	29	114	252	906	225
-0.031	1981	19	98	78	16	94	251	894	224
-0.030	1980	18	99	60	18	78	256	891	223
-0.029	1979	19	97	76	9	85	239	832	222
-0.028	1978	19	100	82	17	99	249	889	221
-0.027	1977	20	104	94	27	121	260	922	220
-0.026	1976	20	101	63	36	99	259	921	219
-0.025	1975	19	97	64	13	77	252	812	218
-0.024	1974	19	97	49	18	67	256	840	217
-0.023	1973	19	102	67	14	81	251	883	216
-0.022	1972	18	103	80	11	91	243	897	215
-0.021	1971	19	100	86	17	103	236	880	214
-0.020	1970	18	104	99	19	118	248	926	213
-0.019	1969	20	104	84	29	113	250	900	212
-0.018	1968	16	99	80	11	91	236	883	211
-0.017	1967	18	100	82	23	105	244	884	210
-0.016	1966	19	100	101	23	124	254	927	209
-0.015	1965	18	98	91	10	101	239	887	208
-0.014	1964	20	105	85	17	102	259	923	207
-0.013	1963	18	105	113	29	142	258	953	206
-0.012	1962	19	99	73	13	86	261	896	205
-0.011	1961	20	100	57	12	69	270	896	204
-0.010	1960	19	95	45	8	53	258	790	203
-0.009	1959	20	79	35	5	40	264	621	202
-0.008	1958	21	94	35	8	43	270	806	201
-0.007	1957	23	91	29	6	35	286	774	200
-0.006	1956	23	87	32	4	36	290	736	199
-0.005	1955	29	91	30	6	36	349	827	198
-0.004	1954	21	90	27	9	36	290	781	197
-0.003	1953	18	92	41	8	49	240	816	196
-0.002	1952	18	91	43	6	49	232	763	195
-0.001	1951	20	97	68	11	79	244	832	194
0.000	1950	20	101	58	14	72	249	891	193
0.001	1949	19	102	83	14	97	246	887	192
0.002	1948	19	103	75	16	91	249	914	191
0.003	1947	20	103	75	21	96	263	937	190
0.004	1946	19	105	95	23	118	252	945	189
0.005	1945	19	102	88	16	104	247	877	188
0.006	1944	19	98	65	13	78	240	878	187
0.007	1943	18	92	34	10	44	246	773	186
0.008	1942	18	95	46	10	56	247	817	185
0.009	1941	17	96	48	10	58	246	837	184
0.010	1940	19	77	30	6	36	245	611	183
0.011	1939	20	81	29	4	33	250	680	182
0.012	1938	18	95	65	10	75	233	827	181
0.013	1937	19	92	40	8	48	243	768	180
0.014	1936	19	69	28	4	32	243	597	179
0.015	1935	20	91	51	9	60	245	797	178
0.016	1934	18	94	56	10	66	238	819	177
0.017	1933	22	89	28	10	38	265	785	176
0.018	1932	20	88	41	9	50	258	740	175
0.019	1931	17	73	37	7	44	244	619	174
0.020	1930	22	63	19	7	26	262	550	173
0.021	1929	20	96	65	9	74	264	825	172
0.022	1928	21	97	56	17	73	258	862	171
0.023	1927	17	99	76	31	107	255	889	170
0.024	1926	19	104	125	34	159	255	943	169
0.025	1925	20	102	79	18	97	246	885	168
0.026	1924	20	104	99	27	126	259	934	167
0.027	1923	21	92	77	25	102	276	811	166
0.028	1922	21	100	89	19	108	263	878	165
0.029	1921	22	98	66	14	80	271	876	164
0.030	1920	22	101	56	13	69	272	895	163
0.031	1919	21	103	74	20	94	262	882	162
0.032	1918	21	96	46	11	57	284	840	161
0.033	1917	21	94	62	15	77	276	846	160
0.034	1916	22	101	45	15	60	293	894	159
0.035	1915	22	96	44	12	56	283	857	158
0.036	1914	23	104	68	18	86	303	943	157
0.037	1913	21	100	64	17	81	277	929	156
0.038	1912	21	101	99	23	122	267	893	155
0.039	1911	21	101	90	17	107	274	882	154
0.040	1910	22	107	69	31	100	293	943	153
0.041	1909	19	98	58	20	78	285	855	152
0.042	1908	20	96	69	17	86	250	792	151
0.043	1907	19	105	56	20	76	266	928	150
0.044	1906	19	100	77	15	92	264	911	149
0.045	1905	21	100	46	10	56	268	885	148
0.046	1904	20	95	51	8	59	248	828	147
0.047	1903	21	95	36	12	48	279	835	146
0.048	1902	21	98	65	17	82	262	844	145
0.049	1901	20	105	64	17	81	283	954	144
0.050	1900	20	101	69	14	83	271	907	143
0.051	1899	20	98	45	17	62	279	875	142
0.052	1898	19	104	71	13	84	264	925	141
0.053	1897	19	102	85	16	101	250	908	140
0.054	1896	20	109	87	25	112	276	955	139
0.055	1895	19	103	101	27	128	265	938	138
0.056	1894	19	101	42	17	59	281	922	137
0.057	1893	17	101	65	18	83	242	880	136
0.058	1892	18	97	56	11	67	249	860	135
0.059	1891	19	104	69	14	83	258	920	134
0.060	1890	18	106	78	24	102	260	950	133
0.061	1889	18	104	71	15	86	262	922	132
0.062	1888	18	103	67	17	84	266	920	131
0.063	1887	18	106	91	20	111	262	947	130
0.064	1886	20	106	96	39	135	283	964	129
0.065	1885	19	110	74	22	96	277	976	128
0.066	1884	20	104	88	23	111	280	960	127
0.067	1883	23	107	92	32	124	294	969	126
0.068	1882	22	106	89	32	121	279	937	125
0.069	1881	22	101	115	28	143	280	907	124
0.070	1880	21	104	130	43	173	289	941	123
0.071	1879	20	107	162	31	193	255	967	122
0.072	1878	20	105	95	31	126	286	920	121
0.073	1877	21	102	91	23	114	281	882	120
0.074	1876	20	101	72	26	98	277	923	119
0.075	1875	21	107	98	23	121	291	967	118
0.076	1874	22	99	104	25	129	279	875	117
0.077	1873	22	105	109	35	144	291	958	116
0.078	1872	21	106	79	33	112	290	967	115
0.079	1871	19	107	101	29	130	272	943	114
0.080	1870	20	101	91	28	119	270	910	113
0.081	1869	19	98	90	20	110	260	892	112
0.082	1868	19	107	116	44	160	275	972	111
0.083	1867	20	98	121	39	160	272	876	110
0.084	1866	16	104	126	56	182	290	938	109
0.085	1865	20	104	112	35	147	291	924	108
0.086	1864	21	102	144	36	180	288	910	107
0.087	1863	23	99	80	45	125	311	882	106
0.088	1862	22	102	85	39	124	283	918	105
0.089	1861	21	108	109	43	152	290	969	104
0.090	1860	22	110	111	47	158	304	970	103
0.091	1859	24	104	94	30	124	292	974	102
0.092	1858	23	109	86	36	122	304	988	101
0.093	1857	25	104	83	22	105	305	954	100
0.094	1856	23	103	104	22	126	286	926	99
0.095	1855	24	105	86	32	118	290	968	98
0.096	1854	25	107	104	35	139	312	968	97
0.097	1853	26	108	146	31	177	324	971	96
0.098	1852	25	106	136	30	166	308	925	95
0.099	1851	25	110	148	71	219	331	1012	94
0.100	1850	24	112	179	82	261	324	1024	93
0.101	1849	22	109	101	35	136	280	987	92
0.102	1848	23	109	102	28	130	292	996	91
0.103	1847	21	101	67	13	80	261	863	90
0.104	1846	22	103	59	20	79	295	915	89
0.105	1845	22	106	130	22	152	283	960	88
0.106	1844	21	102	133	15	148	271	913	87
0.107	1843	24	106	125	37	162	305	964	86
0.108	1842	22	109	81	36	117	304	954	85
0.109	1841	25	106	132	54	186	318	975	84
0.110	1840	23	107	123	35	158	307	971	83
0.111	1839	24	106	128	42	170	312	953	82
0.112	1838	25	105	133	56	189	320	962	81
0.113	1837	23	101	113	24	137	305	895	80
0.114	1836	25	99	71	30	101	320	891	79
0.115	1835	25	97	84	15	99	303	882	78
0.116	1834	26	98	90	26	116	323	889	77
0.117	1833	25	104	69	12	81	306	914	76
0.118	1832	24	92	37	6	43	309	803	75
0.119	1831	22	100	53	11	64	298	889	74
0.120	1830	24	103	38	11	49	317	905	73
0.121	1829	26	107	57	22	79	342	969	72
0.122	1828	24	100	51	12	63	302	898	71
0.123	1827	26	101	41	10	51	329	876	70
0.124	1826	26	105	60	20	80	347	921	69
0.125	1825	26	102	56	22	78	316	933	68
0.126	1824	26	107	55	33	88	336	991	67
0.127	1823	26	109	100	32	132	318	973	66
0.128	1822	27	109	78	58	136	342	934	65
0.129	1821	23	104	96	100	196	320	929	64
0.130	1820	23	108	106	58	164	315	991	63
0.131	1819	24	112	100	47	147	311	1011	62
0.132	1818	22	112	96	39	135	307	1022	61
0.133	1817	22	91	89	18	107	277	785	60
0.134	1816	24	116	99	43	142	321	1038	59
0.135	1815	25	111	77	27	104	316	957	58
0.136	1814	23	112	97	28	125	300	1032	57
0.137	1813	24	113	109	71	180	312	1028	56
0.138	1812	24	111	128	59	187	313	1019	55
0.139	1811	23	105	154	58	212	307	980	54
0.140	1810	25	107	104	29	133	311	972	53
0.141	1809	22	111	125	55	180	297	1018	52
0.142	1808	24	107	117	77	194	317	988	51
0.143	1807	23	112	130	50	180	321	1023	50
0.144	1806	21	108	103	57	160	289	979	49
0.145	1805	21	108	110	35	145	285	961	48
0.146	1804	21	111	91	25	116	289	1011	47
0.147	1803	24	110	84	34	118	303	1003	46
0.148	1802	22	109	132	59	191	289	982	45
0.149	1801	22	104	99	69	168	289	950	44
0.150	1800	21	106	146	50	196	293	935	43
0.151	1799	23	103	92	41	133	301	961	42
0.152	1798	23	111	62	27	89	301	1018	41
0.153	1797	22	103	60	17	77	293	937	40
0.154	1796	23	108	81	19	100	295	953	39
0.155	1795	22	107	97	24	121	292	980	38
0.156	1794	21	113	103	41	144	304	1008	37
0.157	1793	26	112	124	61	185	331	983	36
0.158	1792	23	109	112	52	164	288	992	35
0.159	1791	25	109	87	49	136	306	972	34
0.160	1790	22	103	126	45	171	297	928	33
0.161	1789	23	112	122	26	148	293	1020	32
0.162	1788	23	108	90	39	129	296	974	31
0.163	1787	24	105	112	23	135	290	944	30
0.164	1786	24	106	100	59	159	316	974	29
0.165	1785	23	106	115	38	153	296	951	28
0.166	1784	21	104	134	47	181	290	954	27
0.167	1783	21	103	134	48	182	287	937	26
0.168	1782	21	103	101	27	128	279	940	25
0.169	1781	24	100	83	26	109	307	912	24
0.170	1780	23	106	117	29	146	320	946	23
0.171	1779	21	106	124	35	159	310	950	22
0.172	1778	22	105	119	24	143	306	952	21
0.173	1777	20	104	116	32	148	283	948	20
0.174	1776	26	110	142	33	175	317	1003	19
0.175	1775	25	105	136	48	184	298	952	18
0.176	1774	25	109	84	35	119	317	993	17
0.177	1773	23	106	155	38	193	321	982	16
0.178	1772	26	105	107	27	134	315	941	15
0.179	1771	20	100	162	35	197	316	896	14
0.180	1770	20	99	59	35	94	362	859	13
0.181	1769	24	101	217	65	282	297	870	12
0.182	1768	23	94	316	50	366	317	823	11
0.183	1767	24	93	240	53	293	302	812	10
0.184	1766	27	100	211	28	239	343	874	9
0.185	1765	25	91	280	73	353	310	793	8