/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans (2007): Tree-ring measurements of Larix dahurica (Dahurican larch) from sample BARAYLAD-21 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.589340
Project(s):	Northern Hemispheric Dendroclimatological Network (NHD/WSL)
Coverage:	LATITUDE: 63.390000 * LONGITUDE: 133.470000
	MINIMUM ELEVATION: 200.0 m * MAXIMUM ELEVATION: 200.0 m
Event(s):	BARAYLAD * LATITUDE: 63.390000 * LONGITUDE: 133.470000 * ELEVATION: 200.0 m * LOCATION: Baraii river, Russia * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Slope 0 deg; Geology: Schwemmkies; av. Tree height 30 m; Tree cover 60%; Shrub cover 40%; Herb cover 90%; Moss cover 25%; Vegatation type: Hartholz-Aue; Film number: 975A
Comment:	Species LADA; No of rings 310; Begin 1683; End 1992
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:	1915 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]
-0.042	1992	11	25	25	14	39	148	217	315
-0.041	1991	15	79	30	7	37	209	618	314
-0.040	1990	17	89	43	14	57	241	800	313
-0.039	1989	13	88	35	10	45	216	738	312
-0.038	1988	17	91	38	11	49	240	818	311
-0.037	1987	17	83	28	6	34	245	661	310
-0.036	1986	17	86	31	5	36	232	716	309
-0.035	1985	15	88	45	14	59	229	784	308
-0.034	1984	18	83	49	16	65	224	746	307
-0.033	1983	16	89	51	8	59	214	755	306
-0.032	1982	18	85	45	22	67	245	755	305
-0.031	1981	15	91	37	11	48	245	798	304
-0.030	1980	16	99	44	11	55	235	860	303
-0.029	1979	17	91	64	13	77	235	789	302
-0.028	1978	15	88	43	17	60	246	803	301
-0.027	1977	17	87	45	16	61	240	783	300
-0.026	1976	18	91	40	17	57	249	803	299
-0.025	1975	16	94	42	12	54	234	798	298
-0.024	1974	18	96	35	17	52	240	841	297
-0.023	1973	21	92	36	13	49	291	828	296
-0.022	1972	18	85	34	17	51	247	736	295
-0.021	1971	19	64	31	9	40	236	541	294
-0.020	1970	21	78	29	11	40	278	656	293
-0.019	1969	16	96	36	17	53	262	830	292
-0.018	1968	20	91	28	9	37	271	777	291
-0.017	1967	17	92	44	14	58	243	789	290
-0.016	1966	19	82	35	11	46	252	702	289
-0.015	1965	17	65	23	10	33	226	531	288
-0.014	1964	21	76	29	8	37	264	612	287
-0.013	1963	20	89	39	9	48	275	773	286
-0.012	1962	20	89	61	41	102	268	806	285
-0.011	1961	20	96	52	13	65	265	851	284
-0.010	1960	20	88	40	8	48	250	730	283
-0.009	1959	19	93	33	10	43	264	783	282
-0.008	1958	19	85	24	7	31	268	729	281
-0.007	1957	20	80	27	7	34	253	703	280
-0.006	1956	20	81	25	6	31	255	683	279
-0.005	1955	21	83	22	8	30	285	701	278
-0.004	1954	20	70	27	7	34	259	583	277
-0.003	1953	20	84	47	7	54	264	677	276
-0.002	1952	17	90	59	19	78	222	778	275
-0.001	1951	17	95	60	15	75	218	791	274
0.000	1950	19	77	47	13	60	244	645	273
0.001	1949	17	93	48	15	63	250	834	272
0.002	1948	18	96	37	8	45	237	814	271
0.003	1947	18	95	55	17	72	237	824	270
0.004	1946	16	84	49	14	63	235	746	269
0.005	1945	17	85	38	12	50	238	743	268
0.006	1944	17	91	53	20	73	233	813	267
0.007	1943	19	84	31	18	49	256	740	266
0.008	1942	18	94	41	14	55	249	818	265
0.009	1941	17	98	40	13	53	249	831	264
0.010	1940	18	89	67	20	87	224	780	263
0.011	1939	17	94	60	19	79	248	839	262
0.012	1938	17	91	68	27	95	237	792	261
0.013	1937	19	94	57	24	81	254	836	260
0.014	1936	18	100	56	35	91	249	889	259
0.015	1935	23	62	13	10	23	282	545	258
0.016	1934	20	73	19	10	29	278	627	257
0.017	1933	23	43	8	14	22	255	401	256
0.018	1932	19	93	30	10	40	260	780	255
0.019	1931	17	60	16	9	25	240	483	254
0.020	1930	24	63	10	6	16	280	554	253
0.021	1929	21	50	10	5	15	239	450	252
0.022	1928	18	60	9	8	17	242	519	251
0.023	1927	23	56	8	6	14	280	480	250
0.024	1926	24	48	8	6	14	280	430	249
0.025	1925	22	39	3	7	10	256	341	248
0.026	1924	18	56	15	7	22	241	494	247
0.027	1923	19	55	14	8	22	234	484	246
0.028	1922	19	73	14	7	21	272	616	245
0.029	1921	18	59	22	9	31	229	499	244
0.030	1920	19	89	27	10	37	277	757	243
0.031	1919	20	97	58	18	76	270	840	242
0.032	1918	20	98	51	18	69	278	844	241
0.033	1917	18	97	64	12	76	244	814	240
0.034	1916	19	95	36	30	66	263	855	239
0.035	1915	20	61	27	8	35	255	528	238
0.036	1914	20	71	30	8	38	244	601	237
0.037	1913	17	74	38	10	48	237	593	236
0.038	1912	18	87	38	13	51	249	751	235
0.039	1911	21	81	20	11	31	269	668	234
0.040	1910	18	89	47	11	58	245	792	233
0.041	1909	21	85	29	11	40	277	727	232
0.042	1908	16	101	59	25	84	232	893	231
0.043	1907	16	77	38	9	47	233	637	230
0.044	1906	14	83	56	9	65	223	697	229
0.045	1905	18	60	30	13	43	249	499	228
0.046	1904	15	85	59	11	70	216	731	227
0.047	1903	16	95	64	19	83	221	836	226
0.048	1902	19	81	36	8	44	232	682	225
0.049	1901	15	93	54	26	80	224	820	224
0.050	1900	17	93	51	11	62	234	816	223
0.051	1899	17	97	58	41	99	234	849	222
0.052	1898	17	98	55	15	70	227	877	221
0.053	1897	15	87	48	24	72	220	752	220
0.054	1896	15	90	34	7	41	239	742	219
0.055	1895	15	91	56	19	75	211	793	218
0.056	1894	16	89	33	13	46	238	763	217
0.057	1893	19	98	52	21	73	249	873	216
0.058	1892	18	91	33	6	39	254	804	215
0.059	1891	19	94	56	17	73	247	843	214
0.060	1890	15	88	46	21	67	243	774	213
0.061	1889	18	89	50	11	61	244	767	212
0.062	1888	16	87	35	7	42	217	748	211
0.063	1887	17	91	32	8	40	227	770	210
0.064	1886	22	67	11	6	17	274	578	209
0.065	1885	18	73	16	4	20	244	606	208
0.066	1884	12	92	40	9	49	224	814	207
0.067	1883								206
0.068	1882								205
0.069	1881								204
0.070	1880								203
0.071	1879								202
0.072	1878								201
0.073	1877								200
0.074	1876								199
0.075	1875								198
0.076	1874								197
0.077	1873								196
0.078	1872								195
0.079	1871								194
0.080	1870								193
0.081	1869								192
0.082	1868								191
0.083	1867								190
0.084	1866								189
0.085	1865								188
0.086	1864								187
0.087	1863								186
0.088	1862								185
0.089	1861								184
0.090	1860								183
0.091	1859								182
0.092	1858								181
0.093	1857								180
0.094	1856								179
0.095	1855								178
0.096	1854								177
0.097	1853								176
0.098	1852								175
0.099	1851								174
0.100	1850								173
0.101	1849								172
0.102	1848								171
0.103	1847								170
0.104	1846								169
0.105	1845								168
0.106	1844								167
0.107	1843								166
0.108	1842								165
0.109	1841								164
0.110	1840								163
0.111	1839								162
0.112	1838								161
0.113	1837								160
0.114	1836								159
0.115	1835								158
0.116	1834								157
0.117	1833								156
0.118	1832								155
0.119	1831								154
0.120	1830								153
0.121	1829								152
0.122	1828								151
0.123	1827								150
0.124	1826								149
0.125	1825								148
0.126	1824								147
0.127	1823								146
0.128	1822								145
0.129	1821								144
0.130	1820								143
0.131	1819								142
0.132	1818								141
0.133	1817								140
0.134	1816								139
0.135	1815								138
0.136	1814								137
0.137	1813								136
0.138	1812								135
0.139	1811								134
0.140	1810								133
0.141	1809								132
0.142	1808								131
0.143	1807								130
0.144	1806								129
0.145	1805								128
0.146	1804								127
0.147	1803								126
0.148	1802								125
0.149	1801								124
0.150	1800								123
0.151	1799								122
0.152	1798								121
0.153	1797								120
0.154	1796								119
0.155	1795								118
0.156	1794								117
0.157	1793								116
0.158	1792								115
0.159	1791								114
0.160	1790								113
0.161	1789								112
0.162	1788								111
0.163	1787								110
0.164	1786								109
0.165	1785								108
0.166	1784								107
0.167	1783								106
0.168	1782								105
0.169	1781								104
0.170	1780								103
0.171	1779								102
0.172	1778								101
0.173	1777								100
0.174	1776								99
0.175	1775								98
0.176	1774								97
0.177	1773								96
0.178	1772								95
0.179	1771								94
0.180	1770								93
0.181	1769								92
0.182	1768								91
0.183	1767								90
0.184	1766								89
0.185	1765								88
0.186	1764								87
0.187	1763								86
0.188	1762								85
0.189	1761								84
0.190	1760								83
0.191	1759								82
0.192	1758	16	95	57	18	75	223	860	81
0.193	1757	17	76	31	5	36	229	656	80
0.194	1756	18	92	64	31	95	253	792	79
0.195	1755	19	89	53	35	88	273	806	78
0.196	1754	21	103	51	18	69	284	927	77
0.197	1753	19	91	69	29	98	267	834	76
0.198	1752	18	95	70	44	114	253	868	75
0.199	1751	19	104	73	30	103	260	945	74
0.200	1750	21	101	70	42	112	274	941	73
0.201	1749	22	100	63	30	93	290	915	72
0.202	1748	18	104	105	75	180	260	939	71
0.203	1747	18	100	82	28	110	244	886	70
0.204	1746	17	92	94	55	149	252	837	69
0.205	1745	17	83	88	42	130	240	771	68
0.206	1744	19	97	108	33	141	246	889	67
0.207	1743	18	90	91	57	148	252	756	66
0.208	1742	17	94	74	36	110	249	852	65
0.209	1741	19	88	64	35	99	272	810	64
0.210	1740	20	96	70	43	113	267	856	63
0.211	1739	19	101	46	27	73	303	903	62
0.212	1738	20	107	78	16	94	270	957	61
0.213	1737	18	102	101	46	147	255	915	60
0.214	1736	17	101	83	43	126	255	936	59
0.215	1735	18	104	81	42	123	252	892	58
0.216	1734	19	89	88	56	144	257	776	57
0.217	1733	20	89	75	46	121	266	760	56
0.218	1732	16	92	41	16	57	256	825	55
0.219	1731	20	92	44	11	55	272	809	54
0.220	1730	21	90	66	32	98	286	813	53
0.221	1729	21	104	45	20	65	300	943	52
0.222	1728	18	99	78	24	102	275	905	51
0.223	1727	16	100	87	31	118	254	903	50
0.224	1726	22	97	35	25	60	291	843	49
0.225	1725	19	101	42	13	55	275	888	48
0.226	1724	19	95	134	54	188	257	856	47
0.227	1723	17	92	125	83	208	246	807	46
0.228	1722	19	78	94	75	169	263	685	45
0.229	1721	23	93	74	53	127	299	874	44
0.230	1720	24	97	58	62	120	299	892	43
0.231	1719	21	101	61	28	89	293	886	42
0.232	1718	21	84	79	38	117	273	775	41
0.233	1717	20	90	118	42	160	274	782	40
0.234	1716	19	105	100	50	150	280	955	39
0.235	1715	19	100	84	36	120	256	900	38
0.236	1714	19	98	121	34	155	251	876	37
0.237	1713	19	94	135	60	195	266	843	36
0.238	1712	21	106	110	62	172	287	934	35
0.239	1711	21	102	133	51	184	282	877	34
0.240	1710	21	97	144	56	200	288	869	33
0.241	1709	20	90	136	80	216	293	817	32
0.242	1708	21	102	132	89	221	287	907	31
0.243	1707	22	91	115	71	186	283	822	30
0.244	1706	21	103	72	51	123	298	921	29
0.245	1705	21	75	108	62	170	281	568	28
0.246	1704	22	101	44	42	86	303	941	27
0.247	1703	21	76	100	60	160	286	674	26
0.248	1702	21	92	111	74	185	291	792	25
0.249	1701	22	94	74	32	106	287	853	24
0.250	1700	22	90	37	36	73	303	801	23
0.251	1699	20	89	57	30	87	300	766	22
0.252	1698	16	72	158	88	246	248	599	21
0.253	1697	19	88	130	77	207	260	811	20
0.254	1696	18	97	69	42	111	265	867	19
0.255	1695	18	84	144	79	223	256	674	18
0.256	1694	16	98	182	82	264	264	834	17
0.257	1693	16	92	243	42	285	230	782	16
0.258	1692	12	91	126	136	262	247	744	15
0.259	1691	18	105	140	44	184	279	936	14
0.260	1690	22	103	128	88	216	284	917	13
0.261	1689	19	104	204	54	258	271	889	12
0.262	1688	18	95	247	74	321	269	787	11
0.263	1687	17	94	347	115	462	275	770	10
0.264	1686	16	91	280	66	346	251	800	9
0.265	1685	16	81	129	32	161	247	694	8
0.266	1684	16	83	363	55	418	251	695	7
0.267	1683	13	79	401	71	472	249	684	6