/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans (2007): Tree-ring measurements of Larix dahurica (Dahurican larch) from sample JULISOLA-103 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.593044
Project(s):	Northern Hemispheric Dendroclimatological Network (NHD/WSL)
Coverage:	LATITUDE: 61.100000 * LONGITUDE: 153.580000
	MINIMUM ELEVATION: -999.0 m * MAXIMUM ELEVATION: -999.0 m
Event(s):	JULISOLA * LATITUDE: 61.100000 * LONGITUDE: 153.580000 * ELEVATION: -999.0 m * LOCATION: Julietta, Russia * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition S; av. Tree height 15 m; Tree cover 45%; Shrub cover 55%; Herb cover 45%; Moss cover 60%; Vegatation type: Open Larch forest; Film number: 1062A
Comment:	Species LADA; No of rings 148; Begin 1787; End 1934
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:	1332 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]
0.016	1934	23	63	10	4	14	299	569	155
0.017	1933	25	73	9	6	15	312	610	154
0.018	1932	24	84	17	6	23	325	724	153
0.019	1931	23	82	21	5	26	299	732	152
0.020	1930	23	81	24	6	30	296	693	151
0.021	1929	22	88	26	9	35	307	748	150
0.022	1928	25	78	16	7	23	315	694	149
0.023	1927	25	65	7	3	10	307	583	148
0.024	1926	23	66	12	5	17	291	531	147
0.025	1925	26	80	13	6	19	314	684	146
0.026	1924	22	71	14	5	19	291	597	145
0.027	1923	23	70	11	4	15	305	631	144
0.028	1922	25	54	10	3	13	306	489	143
0.029	1921	23	83	20	7	27	292	722	142
0.030	1920	20	79	18	6	24	282	667	141
0.031	1919	21	59	15	5	20	265	526	140
0.032	1918	31	47	3	4	7	330	417	139
0.033	1917	26	68	11	4	15	303	580	138
0.034	1916	22	69	12	6	18	290	557	137
0.035	1915	20	81	15	5	20	307	676	136
0.036	1914	25	81	16	4	20	327	716	135
0.037	1913	22	74	16	3	19	311	657	134
0.038	1912	23	58	10	5	15	306	496	133
0.039	1911	23	73	13	6	19	332	628	132
0.040	1910	23	85	16	6	22	330	722	131
0.041	1909	26	74	16	5	21	311	641	130
0.042	1908	23	59	11	4	15	294	525	129
0.043	1907	24	65	10	4	14	306	552	128
0.044	1906	27	55	10	5	15	312	503	127
0.045	1905	22	61	14	6	20	290	508	126
0.046	1904	27	66	6	5	11	346	559	125
0.047	1903	29	75	9	8	17	346	624	124
0.048	1902	22	88	23	6	29	291	738	123
0.049	1901	26	79	9	7	16	332	670	122
0.050	1900	24	86	23	6	29	321	776	121
0.051	1899	21	81	21	5	26	259	702	120
0.052	1898	25	83	24	13	37	319	722	119
0.053	1897	27	72	11	8	19	353	640	118
0.054	1896	24	91	27	10	37	324	748	117
0.055	1895	26	94	27	14	41	345	799	116
0.056	1894	25	85	30	14	44	329	708	115
0.057	1893	25	91	34	14	48	338	766	114
0.058	1892	24	92	48	11	59	321	823	113
0.059	1891	23	85	43	17	60	317	774	112
0.060	1890	26	84	29	12	41	323	717	111
0.061	1889	25	67	17	11	28	324	557	110
0.062	1888	31	74	17	9	26	364	669	109
0.063	1887	25	63	25	12	37	319	550	108
0.064	1886	25	80	40	12	52	314	687	107
0.065	1885	27	83	25	13	38	341	715	106
0.066	1884	26	88	43	12	55	322	736	105
0.067	1883	29	84	13	14	27	378	743	104
0.068	1882	28	88	17	12	29	362	751	103
0.069	1881	26	82	34	13	47	336	707	102
0.070	1880	28	85	54	18	72	336	750	101
0.071	1879	27	84	32	19	51	328	741	100
0.072	1878	24	95	51	19	70	315	830	99
0.073	1877	24	83	40	11	51	315	713	98
0.074	1876	25	81	32	11	43	315	671	97
0.075	1875	24	84	27	20	47	340	675	96
0.076	1874	25	88	37	18	55	328	743	95
0.077	1873	27	88	41	10	51	333	780	94
0.078	1872	26	89	36	17	53	324	781	93
0.079	1871	26	78	48	16	64	313	695	92
0.080	1870	28	87	44	19	63	342	787	91
0.081	1869	27	91	35	16	51	344	812	90
0.082	1868	28	86	44	15	59	330	767	89
0.083	1867	27	85	42	20	62	334	741	88
0.084	1866	26	94	58	28	86	350	855	87
0.085	1865	26	84	44	28	72	337	763	86
0.086	1864	27	85	26	14	40	353	750	85
0.087	1863	28	72	17	13	30	336	610	84
0.088	1862	25	83	39	16	55	305	710	83
0.089	1861	27	88	38	13	51	327	754	82
0.090	1860	26	83	39	15	54	318	739	81
0.091	1859	24	94	52	16	68	314	818	80
0.092	1858	25	83	44	17	61	327	715	79
0.093	1857	28	81	33	20	53	340	720	78
0.094	1856	28	86	23	12	35	344	737	77
0.095	1855	21	75	44	8	52	288	602	76
0.096	1854	26	94	71	40	111	348	859	75
0.097	1853	25	75	85	29	114	311	661	74
0.098	1852	26	85	47	36	83	337	750	73
0.099	1851	25	91	82	33	115	326	802	72
0.100	1850	23	85	45	24	69	314	735	71
0.101	1849	25	90	43	17	60	314	768	70
0.102	1848	27	80	24	14	38	360	739	69
0.103	1847	27	99	47	23	70	347	880	68
0.104	1846	27	83	64	18	82	336	739	67
0.105	1845	28	81	47	20	67	340	719	66
0.106	1844	27	89	39	35	74	359	786	65
0.107	1843	26	95	39	16	55	344	846	64
0.108	1842	26	79	32	11	43	331	647	63
0.109	1841	28	87	32	38	70	370	773	62
0.110	1840	28	96	64	29	93	345	854	61
0.111	1839	30	90	50	21	71	362	826	60
0.112	1838	27	89	49	17	66	345	772	59
0.113	1837	27	81	49	17	66	342	709	58
0.114	1836	28	70	71	26	97	343	620	57
0.115	1835	29	87	58	25	83	343	770	56
0.116	1834	28	86	69	28	97	352	749	55
0.117	1833	27	93	104	24	128	340	779	54
0.118	1832	27	81	57	19	76	342	707	53
0.119	1831	29	82	96	42	138	355	757	52
0.120	1830	28	94	97	41	138	359	812	51
0.121	1829	28	98	109	47	156	355	871	50
0.122	1828	27	96	77	44	121	356	868	49
0.123	1827	26	83	51	50	101	354	759	48
0.124	1826	29	95	65	32	97	363	857	47
0.125	1825	26	91	83	35	118	338	810	46
0.126	1824	26	87	81	38	119	344	788	45
0.127	1823	27	78	57	27	84	350	677	44
0.128	1822	28	82	82	30	112	343	699	43
0.129	1821	30	84	85	34	119	374	725	42
0.130	1820	26	90	121	45	166	345	803	41
0.131	1819	26	81	98	26	124	326	717	40
0.132	1818	26	72	31	13	44	312	619	39
0.133	1817	28	84	69	37	106	354	736	38
0.134	1816	26	78	118	41	159	359	690	37
0.135	1815	29	84	59	27	86	373	740	36
0.136	1814	30	90	75	35	110	367	806	35
0.137	1813	28	93	57	40	97	369	857	34
0.138	1812	29	91	67	27	94	362	823	33
0.139	1811	30	76	55	40	95	371	692	32
0.140	1810	28	87	77	46	123	385	789	31
0.141	1809	29	85	68	39	107	372	776	30
0.142	1808	30	89	57	29	86	374	816	29
0.143	1807	30	97	87	31	118	365	871	28
0.144	1806	30	89	80	20	100	370	800	27
0.145	1805	29	93	97	40	137	380	820	26
0.146	1804	30	88	66	53	119	377	778	25
0.147	1803	29	94	49	57	106	388	826	24
0.148	1802	32	78	48	20	68	394	675	23
0.149	1801	29	86	76	30	106	371	763	22
0.150	1800	29	80	89	30	119	352	710	21
0.151	1799	29	78	119	33	152	366	671	20
0.152	1798	29	86	104	41	145	370	746	19
0.153	1797	31	78	70	38	108	391	698	18
0.154	1796	47	81	74	48	122	552	722	17
0.155	1795	34	90	25	51	76	457	786	16
0.156	1794	33	75	46	30	76	388	636	15
0.157	1793	31	87	60	34	94	370	769	14
0.158	1792	33	86	80	26	106	402	758	13
0.159	1791	37	78	36	34	70	438	701	12
0.160	1790	38	75	45	25	70	450	682	11
0.161	1789	30	69	37	19	56	370	602	10
0.162	1788	35	77	49	22	71	432	669	9
0.163	1787	38	78	41	28	69	461	695	8