/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans (2007): Tree-ring measurements of Larix dahurica (Dahurican larch) from sample OMOLOYLA-21 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.596192
Project(s):	Northern Hemispheric Dendroclimatological Network (NHD/WSL)
Coverage:	LATITUDE: 70.570000 * LONGITUDE: 132.590000
	MINIMUM ELEVATION: 20.0 m * MAXIMUM ELEVATION: 20.0 m
Event(s):	OMOLOYLA * LATITUDE: 70.570000 * LONGITUDE: 132.590000 * ELEVATION: 20.0 m * LOCATION: Omoloya river, Russia * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Slope 0 deg; Tree line 150 m; av. Tree height 8 m; Tree cover 20%; Shrub cover 5%; Herb cover 50%; Moss cover 100%; Film number: 981A
Comment:	Species LADA; No of rings 148; Begin 1666; End 1813
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]
0.137	1813	29	38	4	4	8	299	351	161
0.138	1812	26	39	6	12	18	286	349	160
0.139	1811	31	49	9	8	17	341	439	159
0.140	1810	26	48	11	5	16	305	450	158
0.141	1809	25	40	2	1	3	260	380	157
0.142	1808	27	44	5	13	18	297	399	156
0.143	1807	34	42	2	5	7	353	386	155
0.144	1806	20	44	9	7	16	254	406	154
0.145	1805	24	37	6	4	10	276	336	153
0.146	1804	25	40	2	1	3	260	380	152
0.147	1803	23	49	9	10	19	290	430	151
0.148	1802	27	44	6	6	12	301	384	150
0.149	1801	32	42	4	2	6	340	396	149
0.150	1800	22	47	7	8	15	262	416	148
0.151	1799	29	41	3	9	12	309	376	147
0.152	1798	23	54	11	12	23	292	470	146
0.153	1797	26	45	5	10	15	280	409	145
0.154	1796	26	35	6	9	15	282	331	144
0.155	1795	24	42	10	14	24	288	371	143
0.156	1794	25	40	2	1	3	260	380	142
0.157	1793	26	43	10	9	19	302	393	141
0.158	1792	22	45	6	12	18	268	389	140
0.159	1791	30	39	7	5	12	329	362	139
0.160	1790	24	48	11	18	29	270	431	138
0.161	1789	26	61	14	11	25	304	534	137
0.162	1788	28	50	8	9	17	316	457	136
0.163	1787	24	60	15	10	25	296	536	135
0.164	1786	26	47	10	14	24	308	425	134
0.165	1785	25	57	19	15	34	297	487	133
0.166	1784	22	81	30	16	46	305	681	132
0.167	1783	22	48	14	17	31	290	423	131
0.168	1782	25	77	22	16	38	351	645	130
0.169	1781	24	79	27	16	43	305	657	129
0.170	1780	25	43	8	8	16	284	394	128
0.171	1779	28	41	4	11	15	303	370	127
0.172	1778	26	61	13	10	23	326	550	126
0.173	1777	27	62	14	9	23	329	561	125
0.174	1776	26	65	11	9	20	311	556	124
0.175	1775	24	65	19	13	32	305	548	123
0.176	1774	24	82	23	11	34	339	688	122
0.177	1773	26	64	21	9	30	326	578	121
0.178	1772	25	56	13	8	21	292	481	120
0.179	1771	25	60	15	10	25	305	505	119
0.180	1770	42	52	4	5	9	442	495	118
0.181	1769	26	72	17	9	26	338	610	117
0.182	1768	24	83	28	15	43	339	686	116
0.183	1767	25	80	23	10	33	335	672	115
0.184	1766	24	100	50	25	75	330	874	114
0.185	1765	26	72	38	18	56	325	609	113
0.186	1764	30	53	12	15	27	330	476	112
0.187	1763	25	85	52	26	78	328	744	111
0.188	1762	43	94	5	13	18	512	821	110
0.189	1761	23	62	17	12	29	290	553	109
0.190	1760	29	53	18	13	31	321	464	108
0.191	1759	28	63	15	12	27	339	529	107
0.192	1758	26	78	21	13	34	324	666	106
0.193	1757	24	106	37	22	59	335	920	105
0.194	1756	25	49	7	10	17	299	442	104
0.195	1755	21	73	27	13	40	289	632	103
0.196	1754	27	44	6	8	14	309	402	102
0.197	1753	25	53	11	9	20	303	472	101
0.198	1752	21	79	23	12	35	295	666	100
0.199	1751	22	42	30	17	47	273	399	99
0.200	1750	25	93	22	15	37	334	801	98
0.201	1749	22	73	22	9	31	306	622	97
0.202	1748	26	69	20	12	32	323	584	96
0.203	1747	26	98	30	13	43	348	845	95
0.204	1746	26	85	24	15	39	352	730	94
0.205	1745	24	86	29	12	41	322	727	93
0.206	1744	27	54	9	16	25	316	468	92
0.207	1743	21	73	30	12	42	283	620	91
0.208	1742	21	55	21	13	34	267	474	90
0.209	1741	22	46	14	11	25	263	420	89
0.210	1740	26	48	9	11	20	300	429	88
0.211	1739	20	67	31	12	43	273	582	87
0.212	1738	26	60	13	9	22	311	521	86
0.213	1737	23	65	16	13	29	297	572	85
0.214	1736	24	56	14	12	26	293	494	84
0.215	1735	23	40	15	12	27	264	360	83
0.216	1734	22	55	18	16	34	289	493	82
0.217	1733	23	63	25	13	38	308	517	81
0.218	1732	24	77	43	24	67	307	658	80
0.219	1731	21	50	25	28	53	263	430	79
0.220	1730	28	42	9	9	18	304	389	78
0.221	1729	25	69	27	13	40	327	584	77
0.222	1728	31	73	13	13	26	380	642	76
0.223	1727	26	71	18	13	31	339	625	75
0.224	1726	25	65	14	11	25	309	565	74
0.225	1725	30	41	5	6	11	324	375	73
0.226	1724	26	42	5	11	16	292	375	72
0.227	1723	24	50	21	11	32	284	446	71
0.228	1722	25	64	16	9	25	294	559	70
0.229	1721	24	50	23	7	30	288	452	69
0.230	1720	24	52	21	11	32	306	454	68
0.231	1719	24	73	29	12	41	297	610	67
0.232	1718	26	56	13	14	27	319	490	66
0.233	1717	22	74	28	10	38	296	625	65
0.234	1716	20	64	28	24	52	252	565	64
0.235	1715	24	41	17	10	27	272	372	63
0.236	1714	26	56	18	13	31	312	489	62
0.237	1713	25	67	18	12	30	306	577	61
0.238	1712	24	44	15	16	31	280	391	60
0.239	1711	23	53	25	14	39	268	461	59
0.240	1710	23	59	40	14	54	281	504	58
0.241	1709	33	36	4	8	12	333	364	57
0.242	1708	27	66	34	16	50	326	572	56
0.243	1707	24	66	16	16	32	318	561	55
0.244	1706	26	49	24	16	40	301	436	54
0.245	1705	28	57	19	12	31	333	502	53
0.246	1704	28	59	25	17	42	331	515	52
0.247	1703	24	78	33	16	49	335	656	51
0.248	1702	33	65	11	12	23	383	564	50
0.249	1701	31	60	9	13	22	361	543	49
0.250	1700	26	50	13	12	25	308	446	48
0.251	1699	25	44	20	20	40	285	404	47
0.252	1698	25	40	2	1	3	260	380	46
0.253	1697	24	78	29	23	52	310	668	45
0.254	1696	25	46	17	15	32	285	401	44
0.255	1695	30	40	5	17	22	330	396	43
0.256	1694	26	80	38	19	57	353	675	42
0.257	1693	25	80	80	29	109	319	693	41
0.258	1692	28	57	30	25	55	324	504	40
0.259	1691	26	77	32	18	50	327	652	39
0.260	1690	28	52	26	19	45	321	478	38
0.261	1689	28	84	60	24	84	360	712	37
0.262	1688	22	89	47	36	83	338	746	36
0.263	1687	26	61	38	19	57	309	530	35
0.264	1686	24	72	46	24	70	296	621	34
0.265	1685	22	50	32	26	58	279	428	33
0.266	1684	27	60	42	28	70	329	516	32
0.267	1683	28	78	40	39	79	375	683	31
0.268	1682	30	62	15	19	34	359	552	30
0.269	1681	26	45	19	25	44	305	413	29
0.270	1680	25	40	2	1	3	260	380	28
0.271	1679	24	54	48	24	72	299	466	27
0.272	1678	28	53	55	41	96	337	457	26
0.273	1677	27	80	42	35	77	378	693	25
0.274	1676	22	83	43	41	84	320	701	24
0.275	1675	26	36	7	18	25	286	335	23
0.276	1674	25	41	19	35	54	298	377	22
0.277	1673	23	64	95	41	136	313	524	21
0.278	1672	26	70	55	30	85	326	603	20
0.279	1671	30	47	24	29	53	332	426	19
0.280	1670	24	64	96	43	139	328	541	18
0.281	1669	28	63	45	34	79	356	544	17
0.282	1668	28	59	51	42	93	360	513	16
0.283	1667	26	59	72	58	130	338	484	15
0.284	1666	30	54	20	39	59	364	475	14