/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans (2007): Tree-ring measurements of Larix dahurica (Dahurican larch) from sample AYANDYLA-131 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.589123
Project(s):	Northern Hemispheric Dendroclimatological Network (NHD/WSL)
Coverage:	LATITUDE: 68.250000 * LONGITUDE: 143.100000
	MINIMUM ELEVATION: 45.0 m * MAXIMUM ELEVATION: 45.0 m
Event(s):	AYANDYLA * LATITUDE: 68.250000 * LONGITUDE: 143.100000 * ELEVATION: 45.0 m * LOCATION: Ayandina river, Russia * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Slope 0 deg; Geology: Schwemmsand; av. Tree height 20 m; Tree cover 60%; Shrub cover 60%; Herb cover 10%; Moss cover 90%; Film number: 924A
Comment:	Species LADA; No of rings 215; Begin 1741; End 1955
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:	1935 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]
-0.005	1955	37	64	10	11	21	412	596	231
-0.004	1954	46	54	4	10	14	474	525	230
-0.003	1953	50	57	3	7	10	514	552	229
-0.002	1952	35	59	7	12	19	393	552	228
-0.001	1951	39	81	11	9	20	446	736	227
0.000	1950	35	68	8	10	18	414	595	226
0.001	1949	54	59	2	5	7	548	570	225
0.002	1948	33	84	11	8	19	405	729	224
0.003	1947	37	68	6	7	13	430	630	223
0.004	1946	36	74	7	8	15	427	662	222
0.005	1945	37	64	5	7	12	428	589	221
0.006	1944	36	86	12	8	20	433	747	220
0.007	1943	36	94	14	8	22	431	813	219
0.008	1942	38	81	8	6	14	449	733	218
0.009	1941	42	69	4	6	10	481	632	217
0.010	1940	34	94	15	9	24	416	808	216
0.011	1939	36	75	11	6	17	408	686	215
0.012	1938	36	73	8	6	14	411	660	214
0.013	1937	35	56	5	6	11	395	518	213
0.014	1936	32	70	10	7	17	386	634	212
0.015	1935	32	68	8	6	14	376	629	211
0.016	1934	37	53	3	6	9	391	475	210
0.017	1933	33	65	7	6	13	375	591	209
0.018	1932	34	71	10	6	16	385	629	208
0.019	1931	36	65	6	6	12	417	577	207
0.020	1930	34	78	12	5	17	412	711	206
0.021	1929	33	83	11	6	17	388	725	205
0.022	1928	33	78	9	6	15	401	690	204
0.023	1927	36	77	7	5	12	436	709	203
0.024	1926	34	69	6	6	12	410	607	202
0.025	1925	35	81	10	7	17	412	700	201
0.026	1924	35	89	12	7	19	429	761	200
0.027	1923	34	71	6	7	13	403	618	199
0.028	1922	35	85	10	7	17	406	741	198
0.029	1921	33	73	13	7	20	373	645	197
0.030	1920	39	52	4	6	10	422	483	196
0.031	1919	35	84	12	7	19	403	732	195
0.032	1918	43	62	4	6	10	468	568	194
0.033	1917	33	85	11	7	18	406	739	193
0.034	1916	30	82	14	9	23	373	694	192
0.035	1915	34	81	9	7	16	428	709	191
0.036	1914	32	92	15	8	23	395	799	190
0.037	1913	32	104	17	10	27	412	912	189
0.038	1912	30	97	25	8	33	384	847	188
0.039	1911	32	91	13	7	20	400	799	187
0.040	1910	33	91	13	7	20	401	794	186
0.041	1909	32	93	14	7	21	394	804	185
0.042	1908	36	85	8	5	13	446	746	184
0.043	1907	33	92	13	7	20	404	790	183
0.044	1906	33	96	18	8	26	410	853	182
0.045	1905	33	78	14	4	18	386	710	181
0.046	1904	31	100	18	8	26	395	872	180
0.047	1903	31	100	16	8	24	389	859	179
0.048	1902	32	96	18	8	26	379	809	178
0.049	1901	30	102	18	8	26	397	901	177
0.050	1900	32	90	11	6	17	422	802	176
0.051	1899	33	92	17	6	23	403	824	175
0.052	1898	32	98	20	6	26	388	879	174
0.053	1897	31	97	13	6	19	396	851	173
0.054	1896	34	75	9	4	13	406	673	172
0.055	1895	31	101	16	8	24	407	876	171
0.056	1894	28	90	19	6	25	349	779	170
0.057	1893	28	90	16	5	21	354	778	169
0.058	1892	30	75	11	5	16	380	655	168
0.059	1891	31	97	17	5	22	381	854	167
0.060	1890	30	93	19	6	25	390	808	166
0.061	1889	36	78	11	5	16	400	701	165
0.062	1888	32	87	13	6	19	395	748	164
0.063	1887	34	91	15	7	22	406	822	163
0.064	1886	34	69	8	5	13	406	646	162
0.065	1885	33	82	9	5	14	392	734	161
0.066	1884	35	86	7	4	11	455	774	160
0.067	1883	30	89	13	5	18	385	755	159
0.068	1882	35	101	11	6	17	419	896	158
0.069	1881	32	96	11	7	18	448	840	157
0.070	1880	33	98	23	8	31	392	841	156
0.071	1879	33	99	24	13	37	410	892	155
0.072	1878	32	96	27	9	36	390	874	154
0.073	1877	31	82	12	7	19	400	696	153
0.074	1876	32	99	28	10	38	376	887	152
0.075	1875	30	90	15	7	22	367	768	151
0.076	1874	33	105	15	9	24	411	932	150
0.077	1873	29	101	24	6	30	361	905	149
0.078	1872	31	99	22	8	30	388	884	148
0.079	1871	29	96	24	11	35	367	836	147
0.080	1870	30	100	28	8	36	361	908	146
0.081	1869	30	96	17	6	23	373	825	145
0.082	1868	32	91	11	4	15	417	825	144
0.083	1867	31	88	17	5	22	371	787	143
0.084	1866	30	93	18	7	25	364	805	142
0.085	1865	33	85	11	5	16	399	738	141
0.086	1864	29	91	24	7	31	351	795	140
0.087	1863	30	59	9	5	14	335	527	139
0.088	1862	35	80	10	4	14	414	717	138
0.089	1861	30	86	14	5	19	371	768	137
0.090	1860	32	92	12	6	18	393	781	136
0.091	1859	38	67	6	3	9	460	623	135
0.092	1858	33	92	14	7	21	391	786	134
0.093	1857	32	95	17	6	23	406	828	133
0.094	1856	31	100	15	7	22	390	895	132
0.095	1855	32	94	15	7	22	412	849	131
0.096	1854	32	100	17	8	25	401	890	130
0.097	1853	34	91	20	8	28	405	778	129
0.098	1852	35	99	15	8	23	413	889	128
0.099	1851	33	67	10	8	18	387	604	127
0.100	1850	35	91	12	7	19	428	812	126
0.101	1849	33	92	17	8	25	406	806	125
0.102	1848	34	79	14	8	22	394	701	124
0.103	1847	32	91	25	10	35	398	786	123
0.104	1846	36	80	14	8	22	421	712	122
0.105	1845	35	97	22	12	34	419	848	121
0.106	1844	34	101	18	11	29	406	896	120
0.107	1843	32	93	24	8	32	393	812	119
0.108	1842	34	89	16	8	24	409	781	118
0.109	1841	36	94	19	8	27	437	815	117
0.110	1840	33	97	22	8	30	379	848	116
0.111	1839	34	70	9	4	13	396	642	115
0.112	1838	31	96	31	11	42	381	847	114
0.113	1837	33	88	25	7	32	381	803	113
0.114	1836	33	92	45	11	56	381	817	112
0.115	1835	33	97	24	13	37	409	898	111
0.116	1834	34	102	28	13	41	393	924	110
0.117	1833	32	105	39	15	54	383	947	109
0.118	1832	35	100	22	14	36	419	908	108
0.119	1831	34	100	23	8	31	399	890	107
0.120	1830	31	102	26	10	36	378	902	106
0.121	1829	32	100	24	8	32	394	874	105
0.122	1828	33	100	19	6	25	401	897	104
0.123	1827	30	85	11	7	18	386	720	103
0.124	1826	34	103	20	15	35	428	945	102
0.125	1825	34	97	24	17	41	405	905	101
0.126	1824	33	96	27	10	37	395	854	100
0.127	1823	32	94	26	11	37	403	842	99
0.128	1822	34	90	16	8	24	414	808	98
0.129	1821	32	97	40	14	54	383	861	97
0.130	1820	33	99	27	12	39	395	862	96
0.131	1819	31	102	41	15	56	379	913	95
0.132	1818	33	96	24	15	39	400	865	94
0.133	1817	31	93	36	13	49	362	839	93
0.134	1816	32	85	35	23	58	382	751	92
0.135	1815	31	98	30	20	50	382	884	91
0.136	1814	30	102	27	13	40	389	901	90
0.137	1813	32	98	30	13	43	384	871	89
0.138	1812	32	95	27	13	40	381	870	88
0.139	1811	32	96	29	8	37	377	846	87
0.140	1810	33	102	60	25	85	397	935	86
0.141	1809	34	98	61	22	83	409	897	85
0.142	1808	34	105	68	59	127	427	951	84
0.143	1807	34	104	47	57	104	435	944	83
0.144	1806	34	99	33	22	55	405	898	82
0.145	1805	33	100	51	23	74	390	917	81
0.146	1804	34	98	35	21	56	416	889	80
0.147	1803	31	98	38	17	55	374	886	79
0.148	1802	31	102	60	12	72	378	906	78
0.149	1801	35	95	23	12	35	425	837	77
0.150	1800	33	98	41	25	66	413	905	76
0.151	1799	35	91	44	18	62	415	821	75
0.152	1798	34	105	57	37	94	418	950	74
0.153	1797	33	95	55	29	84	392	873	73
0.154	1796	34	101	38	32	70	414	923	72
0.155	1795	33	99	87	46	133	409	901	71
0.156	1794	32	96	68	39	107	388	860	70
0.157	1793	32	98	50	30	80	386	873	69
0.158	1792	34	106	45	43	88	412	989	68
0.159	1791	32	102	45	28	73	386	957	67
0.160	1790	32	102	91	34	125	413	927	66
0.161	1789	32	101	82	51	133	418	906	65
0.162	1788	33	98	25	26	51	403	872	64
0.163	1787	34	103	62	44	106	416	943	63
0.164	1786	33	95	80	39	119	383	859	62
0.165	1785	32	103	80	30	110	389	940	61
0.166	1784	30	100	89	38	127	370	893	60
0.167	1783	29	91	112	65	177	394	795	59
0.168	1782	30	98	87	62	149	394	893	58
0.169	1781	29	97	45	23	68	369	880	57
0.170	1780	31	97	53	27	80	384	868	56
0.171	1779	32	97	57	29	86	400	855	55
0.172	1778	31	104	85	31	116	380	925	54
0.173	1777	32	99	58	27	85	391	906	53
0.174	1776	31	101	71	31	102	384	911	52
0.175	1775	30	91	63	25	88	376	834	51
0.176	1774	30	103	58	39	97	385	942	50
0.177	1773	29	96	74	28	102	367	887	49
0.178	1772	33	98	44	27	71	412	883	48
0.179	1771	35	104	47	15	62	418	911	47
0.180	1770	33	103	44	22	66	394	938	46
0.181	1769	33	104	94	60	154	419	949	45
0.182	1768	31	94	57	46	103	394	874	44
0.183	1767	33	101	46	22	68	394	931	43
0.184	1766	31	103	69	15	84	365	936	42
0.185	1765	29	96	111	38	149	384	867	41
0.186	1764	29	88	68	48	116	367	798	40
0.187	1763	30	90	83	24	107	359	819	39
0.188	1762	32	101	60	36	96	379	914	38
0.189	1761	29	97	91	26	117	356	881	37
0.190	1760	30	88	110	87	197	366	802	36
0.191	1759	31	99	128	40	168	387	891	35
0.192	1758	28	94	108	65	173	375	849	34
0.193	1757	31	102	96	37	133	377	943	33
0.194	1756	30	100	81	48	129	417	868	32
0.195	1755	32	102	106	32	138	404	921	31
0.196	1754	33	102	75	41	116	399	939	30
0.197	1753	32	96	111	55	166	393	849	29
0.198	1752	28	90	127	88	215	367	791	28
0.199	1751	30	84	78	67	145	396	737	27
0.200	1750	32	95	110	37	147	387	867	26
0.201	1749	29	98	95	31	126	379	886	25
0.202	1748	31	97	85	25	110	363	872	24
0.203	1747	32	97	100	28	128	387	858	23
0.204	1746	29	95	86	34	120	372	849	22
0.205	1745	30	94	72	14	86	365	830	21
0.206	1744	33	87	39	19	58	427	804	20
0.207	1743	31	93	33	14	47	379	861	19
0.208	1742	29	87	43	22	65	370	782	18
0.209	1741	32	91	28	16	44	389	818	17