/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans (2007): Tree-ring measurements of Larix dahurica (Dahurican larch) from sample MOMALADA-162 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.595217
Project(s):	Northern Hemispheric Dendroclimatological Network (NHD/WSL)
Coverage:	LATITUDE: 65.530000 * LONGITUDE: 145.180000
	MINIMUM ELEVATION: 570.0 m * MAXIMUM ELEVATION: 570.0 m
Event(s):	MOMALADA * LATITUDE: 65.530000 * LONGITUDE: 145.180000 * ELEVATION: 570.0 m * LOCATION: Moma river, Russia * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Slope 0 deg; Geology: Schwemmschotter; Tree line 300 m; av. Tree height 12 m; Tree cover 20%; Shrub cover 60%; Herb cover 60%; Moss cover 40%; Vegatation type: Moos-Lä-Wald; Film number: 913D
Comment:	Species LADA; No of rings 174; Begin 1592; End 1765
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:	1566 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]
0.185	1765	28	80	6	2	8	354	727	190
0.186	1764	26	33	2	3	5	277	344	189
0.187	1763	26	83	9	6	15	328	675	188
0.188	1762	26	72	12	3	15	316	636	187
0.189	1761	24	91	13	5	18	332	797	186
0.190	1760	24	96	17	6	23	352	851	185
0.191	1759	26	95	16	7	23	336	841	184
0.192	1758	25	95	22	5	27	342	805	183
0.193	1757	26	96	26	6	32	329	877	182
0.194	1756	28	94	16	6	22	339	810	181
0.195	1755	28	96	26	7	33	341	834	180
0.196	1754	30	83	14	6	20	367	722	179
0.197	1753	27	87	22	8	30	338	741	178
0.198	1752	26	88	21	8	29	336	774	177
0.199	1751	23	85	29	10	39	305	743	176
0.200	1750	24	93	29	8	37	292	775	175
0.201	1749	24	89	36	9	45	308	779	174
0.202	1748	25	81	33	13	46	314	704	173
0.203	1747	27	81	37	13	50	325	681	172
0.204	1746	23	88	34	19	53	325	748	171
0.205	1745	25	84	39	21	60	311	733	170
0.206	1744	26	84	20	12	32	325	757	169
0.207	1743	24	79	9	11	20	322	621	168
0.208	1742	21	39	4	5	9	262	361	167
0.209	1741	26	67	13	6	19	323	587	166
0.210	1740	27	76	10	7	17	341	642	165
0.211	1739	25	87	13	9	22	344	775	164
0.212	1738	24	68	8	7	15	308	561	163
0.213	1737	22	67	9	7	16	300	565	162
0.214	1736	25	86	13	6	19	319	710	161
0.215	1735	28	72	10	7	17	354	639	160
0.216	1734	27	88	10	6	16	350	741	159
0.217	1733	33	78	5	3	8	436	690	158
0.218	1732	23	92	18	4	22	315	807	157
0.219	1731	25	65	4	4	8	296	580	156
0.220	1730	25	50	2	2	4	279	456	155
0.221	1729	27	70	6	5	11	349	592	154
0.222	1728	28	66	7	4	11	344	576	153
0.223	1727	26	92	18	5	23	341	795	152
0.224	1726	23	95	25	6	31	306	816	151
0.225	1725	23	89	6	4	10	356	739	150
0.226	1724	31	85	10	5	15	367	722	149
0.227	1723	27	83	13	7	20	342	672	148
0.228	1722	25	93	16	5	21	333	818	147
0.229	1721	26	97	16	7	23	345	844	146
0.230	1720	26	96	20	6	26	353	819	145
0.231	1719	25	92	16	4	20	356	838	144
0.232	1718	29	87	7	4	11	399	746	143
0.233	1717	28	99	23	7	30	354	880	142
0.234	1716	28	98	31	17	48	360	868	141
0.235	1715	26	101	31	11	42	365	894	140
0.236	1714	33	101	16	14	30	397	894	139
0.237	1713	29	104	31	8	39	381	926	138
0.238	1712	30	97	33	10	43	360	861	137
0.239	1711	26	98	38	11	49	335	834	136
0.240	1710	27	90	30	14	44	332	785	135
0.241	1709	27	86	38	11	49	322	754	134
0.242	1708	26	88	32	12	44	324	777	133
0.243	1707	27	88	30	13	43	328	759	132
0.244	1706	23	90	35	13	48	311	810	131
0.245	1705	28	86	28	10	38	342	754	130
0.246	1704	26	94	26	8	34	321	785	129
0.247	1703	28	83	21	6	27	340	708	128
0.248	1702	26	78	22	7	29	310	650	127
0.249	1701	23	87	31	7	38	301	753	126
0.250	1700	26	73	26	9	35	313	604	125
0.251	1699	27	86	31	8	39	333	769	124
0.252	1698	29	78	20	9	29	366	680	123
0.253	1697	27	83	42	20	62	317	710	122
0.254	1696	27	83	39	19	58	321	730	121
0.255	1695	29	82	24	18	42	345	712	120
0.256	1694	29	91	29	27	56	362	829	119
0.257	1693	26	90	65	17	82	306	800	118
0.258	1692	25	88	51	30	81	312	800	117
0.259	1691	26	80	72	25	97	298	730	116
0.260	1690	26	89	73	29	102	327	749	115
0.261	1689	28	88	44	46	90	359	814	114
0.262	1688	28	86	46	58	104	353	777	113
0.263	1687	29	80	40	62	102	364	716	112
0.264	1686	26	87	60	56	116	351	774	111
0.265	1685	27	85	90	64	154	342	759	110
0.266	1684	29	86	30	70	100	373	766	109
0.267	1683	25	89	37	26	63	315	780	108
0.268	1682	27	85	14	6	20	321	700	107
0.269	1681	29	80	8	5	13	350	684	106
0.270	1680	27	74	16	6	22	319	640	105
0.271	1679	26	75	13	5	18	321	657	104
0.272	1678	32	62	7	4	11	363	556	103
0.273	1677	26	77	13	5	18	315	675	102
0.274	1676	29	80	7	4	11	378	716	101
0.275	1675	27	83	29	9	38	310	690	100
0.276	1674	26	95	37	7	44	322	847	99
0.277	1673	26	92	28	10	38	343	833	98
0.278	1672	28	97	38	7	45	341	862	97
0.279	1671	27	90	25	8	33	327	774	96
0.280	1670	27	92	42	9	51	337	792	95
0.281	1669	25	88	42	16	58	313	741	94
0.282	1668	27	100	49	15	64	338	882	93
0.283	1667	26	96	58	17	75	312	838	92
0.284	1666	25	96	58	24	82	329	870	91
0.285	1665	26	90	64	20	84	310	841	90
0.286	1664	26	95	76	22	98	326	859	89
0.287	1663	25	98	49	14	63	328	885	88
0.288	1662	23	101	40	18	58	308	885	87
0.289	1661	27	90	39	17	56	326	786	86
0.290	1660	26	97	41	13	54	319	844	85
0.291	1659	26	92	36	9	45	334	793	84
0.292	1658	27	99	42	11	53	314	841	83
0.293	1657	26	86	22	10	32	308	717	82
0.294	1656	26	92	31	12	43	319	808	81
0.295	1655	24	104	49	17	66	314	912	80
0.296	1654	24	100	51	15	66	315	855	79
0.297	1653	24	100	49	14	63	303	890	78
0.298	1652	24	92	37	9	46	306	829	77
0.299	1651	26	81	17	6	23	313	701	76
0.300	1650	25	73	12	6	18	320	627	75
0.301	1649	27	83	15	6	21	344	703	74
0.302	1648	29	93	16	7	23	378	814	73
0.303	1647	29	93	23	6	29	360	847	72
0.304	1646	28	90	21	7	28	349	803	71
0.305	1645	28	83	19	5	24	350	751	70
0.306	1644	27	93	25	7	32	336	791	69
0.307	1643	30	87	18	4	22	361	782	68
0.308	1642	30	68	11	6	17	366	626	67
0.309	1641	34	72	8	6	14	390	646	66
0.310	1640	29	88	15	6	21	371	749	65
0.311	1639	26	88	20	10	30	333	762	64
0.312	1638	29	73	12	4	16	338	663	63
0.313	1637	32	77	6	4	10	410	681	62
0.314	1636	36	72	3	3	6	409	646	61
0.315	1635	29	74	9	4	13	351	639	60
0.316	1634	31	89	17	6	23	378	765	59
0.317	1633	30	87	17	6	23	363	751	58
0.318	1632	29	90	17	7	24	356	798	57
0.319	1631	27	99	24	7	31	343	852	56
0.320	1630	29	94	13	7	20	367	814	55
0.321	1629	31	88	13	5	18	382	794	54
0.322	1628	31	77	14	6	20	385	671	53
0.323	1627	27	89	22	8	30	339	744	52
0.324	1626	28	96	28	8	36	338	818	51
0.325	1625	28	91	28	13	41	327	790	50
0.326	1624	27	91	23	19	42	341	828	49
0.327	1623	26	88	32	20	52	329	781	48
0.328	1622	28	83	20	11	31	339	735	47
0.329	1621	29	92	42	8	50	342	817	46
0.330	1620	26	98	32	13	45	340	874	45
0.331	1619	25	95	29	11	40	318	832	44
0.332	1618	25	95	39	15	54	315	837	43
0.333	1617	24	94	50	26	76	315	858	42
0.334	1616	24	95	47	27	74	299	806	41
0.335	1615	24	86	48	28	76	312	762	40
0.336	1614	24	83	43	23	66	296	746	39
0.337	1613	24	87	43	21	64	305	781	38
0.338	1612	23	88	42	22	64	284	789	37
0.339	1611	24	87	32	22	54	298	781	36
0.340	1610	25	91	42	24	66	334	827	35
0.341	1609	25	88	40	36	76	353	793	34
0.342	1608	24	86	56	41	97	323	779	33
0.343	1607	24	83	36	52	88	345	746	32
0.344	1606	24	86	64	34	98	328	774	31
0.345	1605	24	87	92	65	157	392	755	30
0.346	1604	25	79	73	53	126	341	714	29
0.347	1603	23	83	62	68	130	356	754	28
0.348	1602	23	76	68	64	132	324	679	27
0.349	1601	22	74	44	43	87	325	668	26
0.350	1600	23	88	48	38	86	306	787	25
0.351	1599	23	87	40	21	61	299	777	24
0.352	1598	25	89	33	13	46	325	802	23
0.353	1597	22	89	59	47	106	311	768	22
0.354	1596	20	85	19	39	58	311	773	21
0.355	1595	21	83	22	20	42	285	731	20
0.356	1594	22	89	17	7	24	298	767	19
0.357	1593	28	70	11	5	16	335	616	18
0.358	1592	24	82	9	6	15	304	692	17