/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans (2007): Tree-ring measurements of Larix dahurica (Dahurican larch) from sample BULUNLAD-21 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.590205
Project(s):	Northern Hemispheric Dendroclimatological Network (NHD/WSL)
Coverage:	LATITUDE: 65.060000 * LONGITUDE: 154.560000
	MINIMUM ELEVATION: 150.0 m * MAXIMUM ELEVATION: 150.0 m
Event(s):	BULUNLAD * LATITUDE: 65.060000 * LONGITUDE: 154.560000 * ELEVATION: 150.0 m * LOCATION: Bulun river, Russia * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition E; Geology: Schwemmsand; Tree line 600 m; av. Tree height 25 m; Tree cover 75%; Shrub cover 75%; Herb cover 10%; Moss cover 5%; Vegatation type: Auenwald-Lärchenwald; Film number: 956A
Comment:	Species LADA; No of rings 224; Begin 1631; End 1854
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:	2016 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]
0.096	1854	29	92	35	9	44	370	808	243
0.097	1853	26	86	19	5	24	343	733	242
0.098	1852	28	85	12	5	17	359	738	241
0.099	1851	28	100	16	5	21	354	847	240
0.100	1850	29	78	13	4	17	347	675	239
0.101	1849	27	86	13	4	17	349	770	238
0.102	1848	27	61	5	4	9	334	503	237
0.103	1847	26	91	12	5	17	330	771	236
0.104	1846	30	57	8	3	11	341	525	235
0.105	1845	28	65	9	3	12	335	592	234
0.106	1844	30	64	6	3	9	359	592	233
0.107	1843	27	75	7	4	11	318	622	232
0.108	1842	25	58	7	5	12	304	499	231
0.109	1841	29	67	9	3	12	331	563	230
0.110	1840	25	88	10	5	15	341	714	229
0.111	1839	27	60	8	2	10	331	556	228
0.112	1838	26	90	14	6	20	332	752	227
0.113	1837	24	85	20	5	25	303	718	226
0.114	1836	24	56	12	5	17	301	484	225
0.115	1835	25	95	24	6	30	314	828	224
0.116	1834	28	91	26	7	33	331	796	223
0.117	1833	26	99	28	8	36	328	846	222
0.118	1832	26	100	25	9	34	321	874	221
0.119	1831	26	68	18	4	22	305	554	220
0.120	1830	23	97	51	9	60	309	877	219
0.121	1829	24	99	46	10	56	311	864	218
0.122	1828	23	102	44	17	61	318	869	217
0.123	1827	22	91	40	5	45	300	795	216
0.124	1826	24	104	44	13	57	306	934	215
0.125	1825	25	92	43	15	58	297	846	214
0.126	1824	21	73	18	3	21	288	640	213
0.127	1823	23	87	26	4	30	299	772	212
0.128	1822	27	73	15	4	19	324	667	211
0.129	1821	25	89	24	5	29	306	754	210
0.130	1820	22	36	20	7	27	248	339	209
0.131	1819	23	101	43	14	57	288	910	208
0.132	1818	22	101	25	11	36	302	886	207
0.133	1817	23	94	25	5	30	304	820	206
0.134	1816	22	87	29	6	35	275	766	205
0.135	1815	21	72	15	5	20	281	590	204
0.136	1814	21	68	25	4	29	286	547	203
0.137	1813	22	95	22	5	27	293	805	202
0.138	1812	24	86	14	3	17	317	749	201
0.139	1811	24	83	13	3	16	328	708	200
0.140	1810	26	66	8	2	10	325	617	199
0.141	1809	24	83	21	4	25	291	689	198
0.142	1808	24	76	14	3	17	299	643	197
0.143	1807	24	65	26	3	29	304	563	196
0.144	1806	23	66	16	4	20	285	541	195
0.145	1805	22	96	62	19	81	285	899	194
0.146	1804	23	96	40	15	55	282	832	193
0.147	1803	22	101	37	12	49	292	866	192
0.148	1802	22	89	53	15	68	292	797	191
0.149	1801	23	90	31	9	40	290	795	190
0.150	1800	22	94	48	12	60	287	818	189
0.151	1799	23	92	21	6	27	291	788	188
0.152	1798	23	88	23	6	29	287	749	187
0.153	1797	21	82	20	7	27	284	683	186
0.154	1796	28	52	7	3	10	323	472	185
0.155	1795	23	88	39	7	46	291	781	184
0.156	1794	23	87	33	9	42	292	766	183
0.157	1793	24	76	26	5	31	289	670	182
0.158	1792	22	81	47	6	53	277	699	181
0.159	1791	22	85	71	35	106	276	748	180
0.160	1790	25	84	58	22	80	299	755	179
0.161	1789	24	90	40	16	56	297	820	178
0.162	1788	26	76	23	5	28	312	674	177
0.163	1787	25	91	39	20	59	315	800	176
0.164	1786	27	82	23	9	32	330	699	175
0.165	1785	25	86	37	10	47	305	766	174
0.166	1784	26	80	36	6	42	314	667	173
0.167	1783	26	86	63	30	93	321	754	172
0.168	1782	26	88	61	31	92	328	805	171
0.169	1781	28	87	37	16	53	338	806	170
0.170	1780	22	90	47	14	61	297	780	169
0.171	1779	27	73	18	3	21	328	636	168
0.172	1778	25	94	49	48	97	348	830	167
0.173	1777	27	89	25	37	62	331	813	166
0.174	1776	24	87	31	20	51	293	779	165
0.175	1775	23	80	24	6	30	298	663	164
0.176	1774	26	91	39	12	51	312	824	163
0.177	1773	28	92	33	11	44	383	813	162
0.178	1772	36	79	8	4	12	424	673	161
0.179	1771	31	83	28	4	32	390	738	160
0.180	1770	32	93	29	5	34	441	829	159
0.181	1769	34	117	22	7	29	451	975	158
0.182	1768	37	83	13	3	16	423	745	157
0.183	1767	30	81	10	4	14	397	692	156
0.184	1766	27	87	15	3	18	372	758	155
0.185	1765	28	92	33	8	41	360	801	154
0.186	1764	30	101	25	7	32	372	908	153
0.187	1763	32	77	20	4	24	383	643	152
0.188	1762	28	114	34	11	45	391	1019	151
0.189	1761	31	98	35	6	41	383	865	150
0.190	1760	26	139	52	15	67	373	1176	149
0.191	1759	25	94	42	12	54	341	800	148
0.192	1758	26	86	31	5	36	317	764	147
0.193	1757	26	70	17	4	21	344	589	146
0.194	1756	23	94	52	12	64	317	835	145
0.195	1755	25	83	41	8	49	296	719	144
0.196	1754	26	108	48	80	128	362	916	143
0.197	1753	31	97	39	68	107	385	855	142
0.198	1752	27	90	27	11	38	353	790	141
0.199	1751	27	76	18	7	25	308	656	140
0.200	1750	30	44	13	6	19	327	416	139
0.201	1749	23	88	33	9	42	313	750	138
0.202	1748	30	64	22	5	27	347	585	137
0.203	1747	29	71	30	7	37	329	631	136
0.204	1746	34	58	7	6	13	398	528	135
0.205	1745	27	88	22	6	28	334	767	134
0.206	1744	29	78	19	7	26	346	689	133
0.207	1743	26	80	25	7	32	327	696	132
0.208	1742	25	73	25	8	33	316	613	131
0.209	1741	25	86	27	7	34	310	746	130
0.210	1740	26	58	18	7	25	308	524	129
0.211	1739	27	92	30	8	38	330	795	128
0.212	1738	28	95	34	8	42	332	816	127
0.213	1737	25	86	26	6	32	330	752	126
0.214	1736	25	88	19	6	25	308	748	125
0.215	1735	28	75	17	5	22	338	648	124
0.216	1734	26	92	19	6	25	330	772	123
0.217	1733	25	85	20	5	25	318	751	122
0.218	1732	25	59	12	5	17	292	496	121
0.219	1731	30	93	12	6	18	379	799	120
0.220	1730	24	92	25	7	32	314	784	119
0.221	1729	24	97	35	10	45	325	813	118
0.222	1728	26	97	28	8	36	318	859	117
0.223	1727	25	94	28	6	34	306	801	116
0.224	1726	24	89	24	9	33	309	781	115
0.225	1725	27	89	23	7	30	322	805	114
0.226	1724	26	91	17	6	23	341	788	113
0.227	1723	26	90	16	6	22	334	797	112
0.228	1722	21	89	23	8	31	297	739	111
0.229	1721	25	67	12	4	16	318	558	110
0.230	1720	24	71	7	2	9	328	633	109
0.231	1719	21	92	21	5	26	300	786	108
0.232	1718	24	86	16	3	19	311	752	107
0.233	1717	21	53	13	4	17	284	450	106
0.234	1716	25	91	31	5	36	319	817	105
0.235	1715	24	82	14	4	18	329	715	104
0.236	1714	27	87	24	8	32	339	791	103
0.237	1713	26	71	13	6	19	323	578	102
0.238	1712	24	89	46	10	56	314	825	101
0.239	1711	28	86	19	8	27	339	751	100
0.240	1710	27	94	23	5	28	328	780	99
0.241	1709	25	91	26	9	35	325	748	98
0.242	1708	29	93	23	7	30	347	827	97
0.243	1707	25	94	48	21	69	328	825	96
0.244	1706	26	97	36	9	45	344	824	95
0.245	1705	28	100	36	11	47	342	851	94
0.246	1704	30	101	36	7	43	370	908	93
0.247	1703	28	98	29	5	34	348	871	92
0.248	1702	25	95	48	16	64	316	858	91
0.249	1701	22	93	53	14	67	312	785	90
0.250	1700	25	90	64	19	83	319	792	89
0.251	1699	27	132	53	22	75	356	1106	88
0.252	1698	26	94	40	28	68	327	839	87
0.253	1697	24	89	25	4	29	309	758	86
0.254	1696	28	89	28	25	53	363	795	85
0.255	1695	28	99	35	15	50	396	894	84
0.256	1694	27	92	38	9	47	355	792	83
0.257	1693	29	94	44	12	56	349	842	82
0.258	1692	30	103	39	8	47	373	887	81
0.259	1691	32	91	77	36	113	413	795	80
0.260	1690	34	108	56	17	73	426	937	79
0.261	1689	31	97	48	15	63	400	867	78
0.262	1688	28	108	51	12	63	428	948	77
0.263	1687	33	142	36	10	46	494	1177	76
0.264	1686	25	115	57	28	85	335	943	75
0.265	1685	25	92	50	26	76	304	823	74
0.266	1684	23	98	37	10	47	310	893	73
0.267	1683	21	95	59	16	75	284	856	72
0.268	1682	24	98	32	15	47	313	921	71
0.269	1681	22	96	50	24	74	290	852	70
0.270	1680	25	89	22	9	31	319	806	69
0.271	1679	24	85	19	4	23	315	740	68
0.272	1678	22	91	21	4	25	315	735	67
0.273	1677	24	93	17	4	21	327	809	66
0.274	1676	27	101	27	11	38	322	900	65
0.275	1675	21	91	31	6	37	290	783	64
0.276	1674	24	101	26	7	33	327	893	63
0.277	1673	24	96	20	6	26	319	861	62
0.278	1672	25	63	16	5	21	297	526	61
0.279	1671	23	87	21	8	29	325	739	60
0.280	1670	25	96	26	7	33	318	807	59
0.281	1669	25	92	40	14	54	307	828	58
0.282	1668	26	95	34	9	43	330	830	57
0.283	1667	25	86	23	7	30	323	741	56
0.284	1666	28	59	7	7	14	330	532	55
0.285	1665	27	101	36	11	47	329	889	54
0.286	1664	27	93	23	6	29	331	793	53
0.287	1663	25	94	30	7	37	329	786	52
0.288	1662	25	91	35	6	41	323	821	51
0.289	1661	29	86	17	7	24	346	715	50
0.290	1660	28	92	25	8	33	350	816	49
0.291	1659	27	96	30	8	38	336	839	48
0.292	1658	27	77	14	5	19	349	678	47
0.293	1657	29	91	24	9	33	350	802	46
0.294	1656	30	83	20	5	25	354	726	45
0.295	1655	27	89	18	6	24	342	768	44
0.296	1654	28	91	15	5	20	347	761	43
0.297	1653	32	68	8	3	11	374	630	42
0.298	1652	29	68	8	6	14	339	564	41
0.299	1651	26	92	35	7	42	337	794	40
0.300	1650	26	82	25	7	32	320	764	39
0.301	1649	24	96	38	8	46	321	849	38
0.302	1648	26	101	26	8	34	331	883	37
0.303	1647	28	98	29	8	37	350	876	36
0.304	1646	25	95	33	10	43	329	815	35
0.305	1645	26	92	22	7	29	339	824	34
0.306	1644	28	100	41	16	57	331	906	33
0.307	1643	28	98	31	13	44	356	884	32
0.308	1642	26	97	35	15	50	333	818	31
0.309	1641	27	93	33	8	41	327	803	30
0.310	1640	27	99	43	14	57	327	885	29
0.311	1639	26	100	45	20	65	322	900	28
0.312	1638	27	96	40	12	52	323	816	27
0.313	1637	27	102	50	15	65	326	907	26
0.314	1636	27	93	47	18	65	329	823	25
0.315	1635	29	96	47	22	69	343	848	24
0.316	1634	28	102	40	12	52	331	897	23
0.317	1633	27	93	46	12	58	325	823	22
0.318	1632	28	102	57	18	75	347	918	21
0.319	1631	26	101	69	19	88	317	896	20