/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans; Keller, Regula (2007): Tree-ring measurements of Larix sibirica (Siberian larch) from sample KEDVLANO-382 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.593253
Project(s):	Northern Hemispheric Dendroclimatological Network (NHD/WSL)
Coverage:	LATITUDE: 64.150000 * LONGITUDE: 53.340000
	MINIMUM ELEVATION: 70.0 m * MAXIMUM ELEVATION: 70.0 m
Event(s):	KEDVLANO * LATITUDE: 64.150000 * LONGITUDE: 53.340000 * ELEVATION: 70.0 m * LOCATION: Kedvaran, Russia * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Slope 0 deg; Geology: Sandlehm; av. Tree height 20 m; Tree cover 70%; Herb cover 70%; Moss cover 95%; Vegatation type: Boreal Taiga, myrtillosum; Film number: 922A
Comment:	Species LASI; No of rings 275; Begin 1717; End 1991
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:	2447 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]
-0.041	1991	22	100	60	27	87	325	810	285
-0.040	1990	22	80	67	41	108	278	712	284
-0.039	1989	24	91	58	24	82	298	826	283
-0.038	1988	24	87	60	27	87	306	787	282
-0.037	1987	25	89	68	22	90	302	755	281
-0.036	1986	21	78	83	31	114	275	669	280
-0.035	1985	23	79	76	30	106	291	716	279
-0.034	1984	23	85	102	42	144	303	772	278
-0.033	1983	22	85	55	45	100	303	751	277
-0.032	1982	23	79	67	42	109	311	681	276
-0.031	1981	22	89	97	44	141	291	806	275
-0.030	1980	20	75	64	21	85	264	649	274
-0.029	1979	20	78	81	37	118	288	664	273
-0.028	1978	21	70	73	16	89	264	588	272
-0.027	1977	22	91	77	38	115	286	821	271
-0.026	1976	21	88	76	36	112	280	786	270
-0.025	1975	22	85	48	23	71	277	757	269
-0.024	1974	24	97	54	21	75	310	845	268
-0.023	1973	24	90	50	16	66	297	793	267
-0.022	1972	28	90	32	20	52	331	794	266
-0.021	1971	23	80	67	21	88	295	708	265
-0.020	1970	25	80	54	38	92	311	729	264
-0.019	1969	25	72	36	28	64	299	604	263
-0.018	1968	23	79	104	34	138	275	678	262
-0.017	1967	24	91	60	42	102	320	802	261
-0.016	1966	21	81	79	40	119	283	722	260
-0.015	1965	23	75	88	31	119	290	626	259
-0.014	1964	21	79	97	40	137	291	675	258
-0.013	1963	23	82	58	19	77	284	686	257
-0.012	1962	20	83	61	37	98	278	742	256
-0.011	1961	21	92	57	21	78	284	823	255
-0.010	1960	23	84	53	24	77	292	750	254
-0.009	1959	20	85	56	20	76	273	739	253
-0.008	1958	20	70	60	22	82	250	602	252
-0.007	1957	19	89	68	29	97	275	779	251
-0.006	1956	21	88	77	21	98	254	748	250
-0.005	1955	20	68	49	16	65	242	568	249
-0.004	1954	18	82	67	30	97	266	707	248
-0.003	1953	19	90	65	32	97	263	779	247
-0.002	1952	19	72	67	29	96	262	651	246
-0.001	1951	20	84	40	21	61	286	740	245
0.000	1950	20	85	53	21	74	302	686	244
0.001	1949	20	82	66	21	87	266	712	243
0.002	1948	19	90	61	14	75	254	752	242
0.003	1947	20	87	47	15	62	274	731	241
0.004	1946	18	83	39	15	54	275	728	240
0.005	1945	19	85	51	15	66	256	741	239
0.006	1944	20	80	52	16	68	258	706	238
0.007	1943	22	88	38	17	55	294	773	237
0.008	1942	22	82	48	19	67	282	742	236
0.009	1941	19	85	38	9	47	265	737	235
0.010	1940	21	87	34	13	47	280	772	234
0.011	1939	20	78	46	11	57	253	665	233
0.012	1938	22	88	40	18	58	292	757	232
0.013	1937	22	91	43	16	59	277	807	231
0.014	1936	19	89	33	15	48	278	795	230
0.015	1935	19	87	33	10	43	263	723	229
0.016	1934	19	81	25	6	31	272	705	228
0.017	1933	20	81	21	7	28	281	690	227
0.018	1932	21	86	30	8	38	269	729	226
0.019	1931	22	83	24	7	31	282	729	225
0.020	1930	20	86	37	12	49	267	740	224
0.021	1929	22	83	38	13	51	273	721	223
0.022	1928	22	86	35	13	48	289	747	222
0.023	1927	21	72	28	18	46	277	631	221
0.024	1926	18	77	44	14	58	253	672	220
0.025	1925	21	78	53	24	77	271	701	219
0.026	1924	20	80	46	22	68	265	702	218
0.027	1923	19	86	74	19	93	261	736	217
0.028	1922	19	90	66	26	92	273	787	216
0.029	1921	23	90	61	22	83	304	767	215
0.030	1920	23	91	40	14	54	286	782	214
0.031	1919	23	87	37	12	49	290	790	213
0.032	1918	21	75	49	18	67	277	669	212
0.033	1917	23	79	34	14	48	299	706	211
0.034	1916	22	71	49	19	68	269	633	210
0.035	1915	19	88	46	23	69	273	777	209
0.036	1914	20	77	24	10	34	277	654	208
0.037	1913	22	76	27	11	38	283	664	207
0.038	1912	21	78	29	8	37	273	679	206
0.039	1911	22	81	34	11	45	287	702	205
0.040	1910	19	82	36	14	50	271	710	204
0.041	1909	22	79	33	12	45	277	686	203
0.042	1908	19	82	35	11	46	256	685	202
0.043	1907	21	86	34	17	51	275	740	201
0.044	1906	19	94	33	8	41	274	829	200
0.045	1905	20	79	17	10	27	304	650	199
0.046	1904	21	86	21	8	29	277	732	198
0.047	1903	21	88	17	6	23	307	729	197
0.048	1902	22	89	22	9	31	286	801	196
0.049	1901	18	81	31	11	42	252	704	195
0.050	1900	19	83	41	11	52	275	722	194
0.051	1899	20	79	34	12	46	270	700	193
0.052	1898	20	85	40	16	56	284	745	192
0.053	1897	19	88	32	11	43	254	754	191
0.054	1896	19	74	23	16	39	287	608	190
0.055	1895	21	77	25	9	34	272	665	189
0.056	1894	25	83	18	8	26	297	708	188
0.057	1893	23	78	23	10	33	300	661	187
0.058	1892	22	78	19	7	26	281	689	186
0.059	1891	18	68	33	12	45	253	583	185
0.060	1890	20	84	48	15	63	266	737	184
0.061	1889	18	89	27	12	39	279	763	183
0.062	1888	18	89	25	12	37	275	789	182
0.063	1887	21	93	20	7	27	286	786	181
0.064	1886	21	80	9	6	15	320	711	180
0.065	1885	20	88	16	7	23	292	750	179
0.066	1884	23	70	27	10	37	278	602	178
0.067	1883	19	85	24	6	30	265	707	177
0.068	1882	23	80	13	5	18	327	697	176
0.069	1881	25	90	22	11	33	329	799	175
0.070	1880	23	87	38	13	51	289	767	174
0.071	1879	20	79	20	19	39	296	726	173
0.072	1878	19	78	41	19	60	280	713	172
0.073	1877	21	79	39	18	57	285	698	171
0.074	1876	19	79	32	19	51	276	697	170
0.075	1875	19	84	29	10	39	254	719	169
0.076	1874	22	87	22	10	32	292	710	168
0.077	1873	19	88	35	10	45	269	742	167
0.078	1872	23	74	13	6	19	291	634	166
0.079	1871	26	74	10	8	18	318	629	165
0.080	1870	21	79	28	13	41	279	679	164
0.081	1869	21	87	27	12	39	283	768	163
0.082	1868	22	74	9	6	15	297	617	162
0.083	1867	23	80	20	8	28	302	697	161
0.084	1866	25	82	18	10	28	316	726	160
0.085	1865	22	73	17	9	26	298	636	159
0.086	1864	20	88	35	11	46	270	776	158
0.087	1863	23	57	11	4	15	285	470	157
0.088	1862	22	71	17	7	24	291	604	156
0.089	1861	25	88	19	10	29	315	784	155
0.090	1860	23	84	24	9	33	293	694	154
0.091	1859	23	86	41	14	55	290	741	153
0.092	1858	21	85	22	9	31	279	725	152
0.093	1857	12	71	29	15	44	242	576	151
0.094	1856	21	72	44	16	60	271	603	150
0.095	1855	22	78	31	15	46	281	678	149
0.096	1854	21	80	23	11	34	284	706	148
0.097	1853	26	79	9	9	18	372	692	147
0.098	1852	19	81	26	13	39	270	696	146
0.099	1851	21	87	21	12	33	285	734	145
0.100	1850	22	78	25	10	35	290	701	144
0.101	1849								143
0.102	1848								142
0.103	1847								141
0.104	1846	22	89	27	9	36	304	760	140
0.105	1845	21	78	45	24	69	292	674	139
0.106	1844	25	81	29	22	51	321	723	138
0.107	1843	26	71	19	10	29	321	646	137
0.108	1842	26	76	25	8	33	330	673	136
0.109	1841	24	73	20	10	30	336	634	135
0.110	1840	26	82	41	20	61	324	730	134
0.111	1839	26	93	35	13	48	330	816	133
0.112	1838	26	67	13	6	19	339	560	132
0.113	1837	21	86	56	12	68	291	714	131
0.114	1836	34	66	6	4	10	399	578	130
0.115	1835	24	75	31	14	45	324	647	129
0.116	1834	22	68	45	22	67	287	572	128
0.117	1833	23	68	84	35	119	291	590	127
0.118	1832	27	68	52	40	92	324	607	126
0.119	1831	24	72	71	33	104	317	634	125
0.120	1830	24	75	85	43	128	307	676	124
0.121	1829	21	74	75	51	126	290	669	123
0.122	1828	22	82	72	20	92	283	698	122
0.123	1827	21	81	67	30	97	287	727	121
0.124	1826	24	83	22	11	33	310	741	120
0.125	1825	20	75	42	28	70	267	671	119
0.126	1824	22	70	45	18	63	295	629	118
0.127	1823	23	82	42	20	62	291	717	117
0.128	1822	21	82	28	10	38	294	697	116
0.129	1821	33	80	11	7	18	406	706	115
0.130	1820	21	83	24	10	34	293	717	114
0.131	1819	23	77	35	10	45	299	657	113
0.132	1818	25	80	25	8	33	315	670	112
0.133	1817	23	69	20	7	27	288	580	111
0.134	1816	23	72	33	7	40	284	632	110
0.135	1815	25	67	15	12	27	302	586	109
0.136	1814	23	64	29	12	41	295	548	108
0.137	1813	25	77	30	16	46	320	672	107
0.138	1812	25	74	30	31	61	343	629	106
0.139	1811	22	74	44	19	63	294	628	105
0.140	1810	21	62	31	21	52	277	531	104
0.141	1809	24	68	52	33	85	294	592	103
0.142	1808	22	77	54	27	81	304	663	102
0.143	1807	25	79	39	23	62	331	717	101
0.144	1806	23	85	36	14	50	298	742	100
0.145	1805	23	84	59	18	77	295	745	99
0.146	1804	28	78	38	27	65	370	714	98
0.147	1803	23	82	62	20	82	303	730	97
0.148	1802	23	86	64	30	94	323	760	96
0.149	1801	21	86	44	41	85	305	715	95
0.150	1800	23	71	102	33	135	293	638	94
0.151	1799	23	71	100	42	142	279	653	93
0.152	1798	22	73	134	54	188	281	651	92
0.153	1797	24	70	128	45	173	304	568	91
0.154	1796	25	85	124	57	181	326	777	90
0.155	1795	23	82	108	44	152	316	736	89
0.156	1794	25	79	119	71	190	326	711	88
0.157	1793	25	76	114	84	198	325	694	87
0.158	1792	25	65	90	76	166	321	588	86
0.159	1791	26	81	101	35	136	323	721	85
0.160	1790	23	71	127	42	169	299	602	84
0.161	1789	25	72	102	40	142	318	625	83
0.162	1788	24	86	99	39	138	328	774	82
0.163	1787	26	90	58	35	93	358	815	81
0.164	1786	26	90	51	26	77	341	803	80
0.165	1785	28	89	48	31	79	352	813	79
0.166	1784	32	87	26	34	60	399	817	78
0.167	1783	24	76	76	26	102	298	624	77
0.168	1782	24	82	90	54	144	325	734	76
0.169	1781	22	72	37	56	93	289	650	75
0.170	1780	23	82	75	57	132	309	740	74
0.171	1779	24	76	91	57	148	310	684	73
0.172	1778	27	88	93	64	157	344	790	72
0.173	1777	22	85	87	57	144	302	744	71
0.174	1776	24	86	75	31	106	313	774	70
0.175	1775	23	89	77	37	114	322	766	69
0.176	1774								68
0.177	1773	25	92	78	41	119	318	807	67
0.178	1772	22	79	62	62	124	295	707	66
0.179	1771	23	87	150	38	188	316	776	65
0.180	1770	24	69	108	50	158	288	624	64
0.181	1769	21	93	102	33	135	308	788	63
0.182	1768	23	77	122	45	167	326	666	62
0.183	1767	21	71	160	72	232	299	625	61
0.184	1766	22	73	91	56	147	300	630	60
0.185	1765	24	82	98	47	145	311	761	59
0.186	1764	25	88	65	29	94	321	791	58
0.187	1763	25	85	65	31	96	325	772	57
0.188	1762	24	75	119	49	168	284	686	56
0.189	1761	24	85	105	55	160	336	711	55
0.190	1760	26	85	109	56	165	325	781	54
0.191	1759	26	91	98	68	166	343	818	53
0.192	1758	26	84	150	54	204	335	712	52
0.193	1757	27	89	76	42	118	345	821	51
0.194	1756	28	96	78	42	120	345	865	50
0.195	1755	24	99	130	54	184	332	797	49
0.196	1754	26	87	106	67	173	351	749	48
0.197	1753	25	87	92	47	139	323	758	47
0.198	1752	27	84	86	57	143	337	733	46
0.199	1751	27	92	96	34	130	337	822	45
0.200	1750	28	96	60	30	90	360	867	44
0.201	1749	30	91	66	37	103	353	813	43
0.202	1748	27	85	50	27	77	352	757	42
0.203	1747	28	80	87	40	127	344	710	41
0.204	1746	25	75	100	38	138	324	681	40
0.205	1745	28	84	108	45	153	320	775	39
0.206	1744	27	83	90	38	128	336	740	38
0.207	1743	26	90	61	31	92	357	818	37
0.208	1742	32	85	39	23	62	369	746	36
0.209	1741	27	92	62	35	97	345	834	35
0.210	1740	26	87	79	39	118	329	776	34
0.211	1739	26	94	98	42	140	327	838	33
0.212	1738	24	82	115	46	161	312	726	32
0.213	1737	24	85	101	50	151	299	741	31
0.214	1736	25	76	94	39	133	301	680	30
0.215	1735	25	86	70	43	113	332	786	29
0.216	1734	26	87	78	31	109	335	784	28
0.217	1733	24	88	76	36	112	320	779	27
0.218	1732	25	86	80	30	110	306	740	26
0.219	1731	25	84	95	33	128	322	730	25
0.220	1730	25	83	71	42	113	314	742	24
0.221	1729	28	85	75	34	109	335	734	23
0.222	1728	25	87	85	32	117	309	770	22
0.223	1727	25	80	76	30	106	324	659	21
0.224	1726	25	79	55	19	74	325	721	20
0.225	1725	26	89	64	21	85	346	772	19
0.226	1724	25	80	62	31	93	329	716	18
0.227	1723	26	81	41	24	65	323	736	17
0.228	1722	29	90	33	28	61	364	812	16
0.229	1721	26	75	74	41	115	320	673	15
0.230	1720	25	82	28	14	42	318	718	14
0.231	1719	26	79	58	20	78	309	688	13
0.232	1718	28	84	92	23	115	341	705	12
0.233	1717	25	79	60	23	83	330	697	11