/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans; Z'Graggen, Stefan (2007): Tree-ring measurements of Larix gmelinii (Dahurian larch) from sample IKONLAGM-211 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.592501
Project(s):	Northern Hemispheric Dendroclimatological Network (NHD/WSL)
Coverage:	LATITUDE: 70.310000 * LONGITUDE: 89.300000
	MINIMUM ELEVATION: 50.0 m * MAXIMUM ELEVATION: 50.0 m
Event(s):	IKONLAGM * LATITUDE: 70.310000 * LONGITUDE: 89.300000 * ELEVATION: 50.0 m * LOCATION: Ikon river, Russia * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition SW; Slope 8 deg; Geology: Moräne, Sand, Kies; Tree line -70 m; av. Tree height 8 m; Tree cover 40%; Shrub cover 70%; Herb cover 30%; Moss cover 50%; Vegatation type: Lä-Wald mit ALFR; Film number: 872A
Comment:	Species LAGM; No of rings 264; Begin 1707; End 1970
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:	1797 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]
-0.020	1970	26	57	12	18	30	321	494	300
-0.019	1969	26	73	12	16	28	342	623	299
-0.018	1968	22	55	13	14	27	276	473	298
-0.017	1967	31	82	13	24	37	415	756	297
-0.016	1966	39	66	6	9	15	436	598	296
-0.015	1965	29	88	16	19	35	397	764	295
-0.014	1964	33	78	18	30	48	415	695	294
-0.013	1963	36	87	16	22	38	467	775	293
-0.012	1962	34	84	14	16	30	409	740	292
-0.011	1961	33	77	13	13	26	429	679	291
-0.010	1960	28	68	14	16	30	374	601	290
-0.009	1959	30	90	34	22	56	376	803	289
-0.008	1958	31	70	14	19	33	412	618	288
-0.007	1957	32	87	25	29	54	399	794	287
-0.006	1956	30	84	22	35	57	397	755	286
-0.005	1955	30	85	23	37	60	367	753	285
-0.004	1954	25	78	24	20	44	343	674	284
-0.003	1953	28	85	20	40	60	380	777	283
-0.002	1952	31	70	23	18	41	361	620	282
-0.001	1951	36	79	15	23	38	452	677	281
0.000	1950	29	79	16	26	42	384	715	280
0.001	1949	31	81	10	11	21	377	722	279
0.002	1948	26	85	33	45	78	356	744	278
0.003	1947	30	84	9	19	28	372	737	277
0.004	1946	23	78	37	32	69	322	705	276
0.005	1945	27	88	36	38	74	350	773	275
0.006	1944	23	65	22	23	45	307	579	274
0.007	1943	28	87	24	28	52	374	769	273
0.008	1942	26	86	23	31	54	331	756	272
0.009	1941	30	87	23	35	58	388	799	271
0.010	1940	30	84	26	34	60	381	741	270
0.011	1939	30	85	19	24	43	381	775	269
0.012	1938	31	79	23	26	49	369	726	268
0.013	1937	29	77	13	19	32	366	661	267
0.014	1936	27	73	9	22	31	350	671	266
0.015	1935	23	77	12	12	24	333	653	265
0.016	1934	26	78	14	16	30	333	696	264
0.017	1933	26	73	11	18	29	340	656	263
0.018	1932	28	86	10	26	36	378	791	262
0.019	1931	28	56	6	6	12	328	486	261
0.020	1930	26	77	9	10	19	357	679	260
0.021	1929	23	70	14	12	26	314	623	259
0.022	1928	17	84	19	9	28	253	679	258
0.023	1927	26	61	7	5	12	343	534	257
0.024	1926	18	75	18	7	25	237	626	256
0.025	1925	24	40	5	6	11	274	390	255
0.026	1924	21	87	15	10	25	299	748	254
0.027	1923	21	64	7	5	12	297	558	253
0.028	1922		50	2	1	3			252
0.029	1921	31	59	5	4	9	358	532	251
0.030	1920	18	50	6	7	13	243	432	250
0.031	1919	24	68	5	7	12	332	576	249
0.032	1918	19	82	23	10	33	280	703	248
0.033	1917	22	83	9	7	16	294	701	247
0.034	1916	20	71	10	5	15	280	586	246
0.035	1915	22	90	14	6	20	304	769	245
0.036	1914	23	64	8	5	13	288	546	244
0.037	1913	33	63	2	3	5	377	571	243
0.038	1912	15	50	8	6	14	211	448	242
0.039	1911	44	74	4	3	7	505	692	241
0.040	1910	22	87	12	12	24	287	758	240
0.041	1909	17	81	15	7	22	250	655	239
0.042	1908	11	84	32	6	38	215	733	238
0.043	1907	15	65	7	6	13	257	530	237
0.044	1906								236
0.045	1905								235
0.046	1904								234
0.047	1903								233
0.048	1902								232
0.049	1901								231
0.050	1900								230
0.051	1899								229
0.052	1898								228
0.053	1897								227
0.054	1896								226
0.055	1895								225
0.056	1894								224
0.057	1893								223
0.058	1892								222
0.059	1891								221
0.060	1890								220
0.061	1889								219
0.062	1888								218
0.063	1887								217
0.064	1886								216
0.065	1885								215
0.066	1884								214
0.067	1883								213
0.068	1882								212
0.069	1881								211
0.070	1880								210
0.071	1879								209
0.072	1878								208
0.073	1877								207
0.074	1876								206
0.075	1875								205
0.076	1874								204
0.077	1873								203
0.078	1872								202
0.079	1871								201
0.080	1870								200
0.081	1869								199
0.082	1868								198
0.083	1867								197
0.084	1866								196
0.085	1865								195
0.086	1864								194
0.087	1863								193
0.088	1862								192
0.089	1861								191
0.090	1860								190
0.091	1859								189
0.092	1858								188
0.093	1857								187
0.094	1856								186
0.095	1855								185
0.096	1854								184
0.097	1853								183
0.098	1852								182
0.099	1851								181
0.100	1850								180
0.101	1849								179
0.102	1848								178
0.103	1847								177
0.104	1846								176
0.105	1845								175
0.106	1844								174
0.107	1843								173
0.108	1842								172
0.109	1841								171
0.110	1840								170
0.111	1839								169
0.112	1838								168
0.113	1837								167
0.114	1836								166
0.115	1835								165
0.116	1834								164
0.117	1833								163
0.118	1832								162
0.119	1831								161
0.120	1830								160
0.121	1829								159
0.122	1828								158
0.123	1827								157
0.124	1826								156
0.125	1825	33	58	2	2	4	406	525	155
0.126	1824	23	67	12	3	15	282	573	154
0.127	1823	19	88	14	10	24	309	727	153
0.128	1822	16	77	16	6	22	248	639	152
0.129	1821	19	77	15	6	21	249	624	151
0.130	1820	33	44	2	4	6	349	422	150
0.131	1819		50	2	1	3			149
0.132	1818	24	60	8	6	14	285	527	148
0.133	1817	16	57	18	8	26	240	481	147
0.134	1816	30	65	4	4	8	354	566	146
0.135	1815	20	57	8	5	13	280	478	145
0.136	1814	19	72	9	5	14	261	618	144
0.137	1813	16	56	12	6	18	255	473	143
0.138	1812		55	2	1	3			142
0.139	1811	19	66	16	6	22	275	584	141
0.140	1810	23	87	9	7	16	365	720	140
0.141	1809	19	47	20	9	29	243	390	139
0.142	1808	16	71	39	7	46	249	583	138
0.143	1807		60	6	4	10			137
0.144	1806	19	64	31	17	48	266	519	136
0.145	1805	21	89	25	20	45	287	781	135
0.146	1804	18	80	29	9	38	275	681	134
0.147	1803	19	95	26	15	41	307	822	133
0.148	1802	17	75	23	9	32	260	642	132
0.149	1801	20	69	33	7	40	264	595	131
0.150	1800	21	68	9	7	16	249	550	130
0.151	1799	19	51	10	7	17	248	430	129
0.152	1798	34	57	5	3	8	378	520	128
0.153	1797	40	57	3	3	6	450	519	127
0.154	1796	25	82	16	9	25	325	693	126
0.155	1795	22	70	24	7	31	286	592	125
0.156	1794	21	89	28	14	42	328	773	124
0.157	1793	20	91	21	10	31	283	772	123
0.158	1792	22	75	21	9	30	299	633	122
0.159	1791	25	93	11	9	20	356	800	121
0.160	1790	26	71	12	6	18	336	625	120
0.161	1789	22	78	13	7	20	291	673	119
0.162	1788	21	58	5	7	12	285	494	118
0.163	1787	21	84	19	4	23	294	698	117
0.164	1786	24	76	10	10	20	319	636	116
0.165	1785	18	79	26	8	34	257	675	115
0.166	1784	16	80	21	14	35	270	712	114
0.167	1783	32	47	2	4	6	349	435	113
0.168	1782	18	85	24	8	32	284	749	112
0.169	1781	24	75	6	3	9	356	680	111
0.170	1780	30	65	3	3	6	385	597	110
0.171	1779	14	72	20	7	27	256	578	109
0.172	1778	19	81	20	6	26	296	710	108
0.173	1777	17	66	30	10	40	254	582	107
0.174	1776	18	62	27	13	40	268	511	106
0.175	1775	18	81	26	14	40	270	708	105
0.176	1774	23	63	8	4	12	309	554	104
0.177	1773	21	60	5	3	8	311	552	103
0.178	1772	26	62	7	4	11	354	546	102
0.179	1771	25	79	19	10	29	318	679	101
0.180	1770	20	90	23	19	42	330	796	100
0.181	1769	19	65	46	15	61	271	543	99
0.182	1768	20	78	19	11	30	314	639	98
0.183	1767	22	92	36	12	48	307	821	97
0.184	1766	20	66	20	8	28	295	546	96
0.185	1765	20	94	37	21	58	319	827	95
0.186	1764	17	84	65	7	72	259	695	94
0.187	1763	20	84	49	21	70	276	719	93
0.188	1762	25	88	31	23	54	327	769	92
0.189	1761	21	90	31	15	46	280	805	91
0.190	1760	25	56	15	15	30	342	506	90
0.191	1759	38	79	6	10	16	467	739	89
0.192	1758	26	80	17	11	28	349	679	88
0.193	1757	21	71	19	8	27	296	600	87
0.194	1756	21	77	27	10	37	269	683	86
0.195	1755	19	65	11	7	18	285	558	85
0.196	1754	22	59	20	7	27	270	530	84
0.197	1753	17	71	14	9	23	276	575	83
0.198	1752	24	80	16	15	31	338	712	82
0.199	1751	20	72	31	18	49	300	604	81
0.200	1750	19	92	32	13	45	291	790	80
0.201	1749	22	73	37	17	54	294	652	79
0.202	1748	18	78	63	29	92	273	708	78
0.203	1747	19	93	47	18	65	301	791	77
0.204	1746	19	83	38	12	50	280	730	76
0.205	1745	34	72	5	4	9	426	661	75
0.206	1744	23	93	34	21	55	316	824	74
0.207	1743	23	83	66	23	89	322	701	73
0.208	1742	33	69	5	7	12	389	610	72
0.209	1741	24	60	59	14	73	301	527	71
0.210	1740	23	89	55	36	91	325	793	70
0.211	1739	22	92	44	21	65	300	826	69
0.212	1738	24	64	10	4	14	310	579	68
0.213	1737	22	89	18	8	26	320	780	67
0.214	1736	26	66	9	6	15	335	577	66
0.215	1735	26	76	19	10	29	345	670	65
0.216	1734	28	80	15	9	24	341	707	64
0.217	1733	15	81	34	12	46	264	672	63
0.218	1732	25	48	6	7	13	291	440	62
0.219	1731	21	50	21	15	36	279	426	61
0.220	1730	23	77	31	15	46	315	637	60
0.221	1729	22	79	52	15	67	323	653	59
0.222	1728	26	82	23	13	36	357	694	58
0.223	1727	24	91	35	16	51	330	769	57
0.224	1726	25	74	19	17	36	333	628	56
0.225	1725	27	54	13	16	29	317	476	55
0.226	1724	25	68	20	12	32	322	591	54
0.227	1723	27	58	12	11	23	327	528	53
0.228	1722	20	47	21	15	36	248	415	52
0.229	1721	24	45	28	16	44	274	413	51
0.230	1720	32	74	11	13	24	397	654	50
0.231	1719	22	59	26	17	43	283	515	49
0.232	1718	30	40	7	10	17	333	384	48
0.233	1717	21	76	55	25	80	295	621	47
0.234	1716	23	79	47	19	66	326	675	46
0.235	1715	23	74	29	18	47	296	634	45
0.236	1714	30	42	2	10	12	327	406	44
0.237	1713	28	65	16	13	29	341	569	43
0.238	1712	23	62	32	15	47	304	544	42
0.239	1711	25	53	32	22	54	309	471	41
0.240	1710	34	80	18	18	36	417	689	40
0.241	1709	25	74	58	25	83	346	626	39
0.242	1708	28	79	43	26	69	389	694	38
0.243	1707	30	80	56	27	83	386	686	37