Citation:

PANGAEA.598189

Name: Tree-ring measurements of Larix sibirica (Siberian larch) from sample SIDOROLA-21
Creator: Fritz Hans Schweingruber
Published: 2007-01-26
License: https://creativecommons.org/licenses/by/3.0/

Always quote citation above when using data! You can download the citation in several formats below.

Published: 2007-01-26 • DOI registered: 2007-02-25

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Project(s):

Northern Hemispheric Dendroclimatological Network (NHD/WSL)

Coverage:

Latitude: 66.400000 * Longitude: 82.200000

Minimum Elevation: 15.0 m * Maximum Elevation: 15.0 m

Event(s):

SIDOROLA * Latitude: 66.400000 * Longitude: 82.200000 * Elevation: 15.0 m * Location: Sidorovsk, Russia * Campaign: * Method/Device: Tree ring sampling (TREE) * Comment: Film number: 863A

Comment:

Species LASI; No of rings 120; Begin 1762; End 1881

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	AGE	Age	ka BP		Geocode
2	Age	Age	a AD/CE	Schweingruber, Fritz Hans
3	Density, minimum	N	1/100 g/cm³	Schweingruber, Fritz Hans
4	Density, maximum	X	1/100 g/cm³	Schweingruber, Fritz Hans
5	Earlywood width	E	1/100 mm	Schweingruber, Fritz Hans
6	Latewood width	L	1/100 mm	Schweingruber, Fritz Hans
7	Tree ring width	TRW	1/100 mm	Schweingruber, Fritz Hans
8	Earlywood density	I	1/1000 g/cm³	Schweingruber, Fritz Hans
9	Latewood density	T	1/1000 g/cm³	Schweingruber, Fritz Hans
10	Approximate age of pith	Age_pith	a	Schweingruber, Fritz Hans

License:

Creative Commons Attribution 3.0 Unported (CC-BY-3.0)

Size:

1080 data points

Data

Download dataset as tab-delimited text — use the following character encoding:

1 Age [ka BP]	2 Age [a AD/CE]	3 N [1/100 g/cm³]	4 X [1/100 g/cm³]	5 E [1/100 mm]	6 L [1/100 mm]	7 TRW [1/100 mm]	8 I [1/1000 g/cm³]	9 T [1/1000 g/cm³]	10 Age_pith [a]
0.069	1881	27	79	42	14	56	356	709	139
0.070	1880	25	86	64	24	88	335	774	138
0.071	1879	25	74	88	21	109	342	674	137
0.072	1878	26	80	82	30	112	339	746	136
0.073	1877	26	82	67	14	81	335	743	135
0.074	1876	30	70	59	21	80	360	666	134
0.075	1875	25	97	37	14	51	345	919	133
0.076	1874	28	91	31	9	40	365	843	132
0.077	1873	24	83	30	12	42	332	745	131
0.078	1872	26	67	44	15	59	338	625	130
0.079	1871	26	85	30	10	40	351	788	129
0.080	1870	25	87	35	12	47	337	793	128
0.081	1869	28	75	15	6	21	363	667	127
0.082	1868	22	85	43	11	54	311	769	126
0.083	1867	29	55	3	2	5	314	495	125
0.084	1866	26	59	31	19	50	306	541	124
0.085	1865	23	83	50	14	64	335	766	123
0.086	1864	26	81	41	16	57	343	727	122
0.087	1863	26	91	51	20	71	348	837	121
0.088	1862	27	67	50	14	64	321	618	120
0.089	1861	26	91	63	16	79	344	869	119
0.090	1860	26	78	49	17	66	332	704	118
0.091	1859	26	86	45	18	63	336	788	117
0.092	1858	26	83	40	10	50	324	752	116
0.093	1857	26	79	44	10	54	323	713	115
0.094	1856	25	88	41	11	52	320	793	114
0.095	1855	27	66	29	10	39	324	582	113
0.096	1854	27	74	39	11	50	333	693	112
0.097	1853	25	90	41	13	54	342	856	111
0.098	1852	26	61	45	12	57	327	576	110
0.099	1851	28	83	37	10	47	352	760	109
0.100	1850	23	85	42	9	51	308	762	108
0.101	1849	25	86	43	14	57	343	780	107
0.102	1848	25	89	35	11	46	328	823	106
0.103	1847	27	81	56	12	68	340	736	105
0.104	1846	27	79	64	22	86	339	743	104
0.105	1845	27	77	55	18	73	322	706	103
0.106	1844	26	89	59	10	69	318	832	102
0.107	1843	26	81	32	13	45	324	733	101
0.108	1842	26	87	66	17	83	327	806	100
0.109	1841	25	78	29	17	46	334	728	99
0.110	1840	24	77	67	21	88	328	716	98
0.111	1839	24	84	86	20	106	311	802	97
0.112	1838	22	81	53	29	82	275	703	96
0.113	1837	23	72	41	12	53	289	635	95
0.114	1836	26	82	34	10	44	346	758	94
0.115	1835	26	86	36	11	47	332	789	93
0.116	1834	23	55	23	8	31	293	505	92
0.117	1833	28	62	9	7	16	349	554	91
0.118	1832	27	70	34	10	44	331	631	90
0.119	1831	24	88	27	10	37	327	795	89
0.120	1830	27	74	18	10	28	342	659	88
0.121	1829	27	83	43	12	55	344	747	87
0.122	1828	33	70	8	7	15	399	641	86
0.123	1827	25	95	41	11	52	343	879	85
0.124	1826	26	77	30	10	40	326	704	84
0.125	1825	26	72	18	6	24	318	647	83
0.126	1824	27	80	34	19	53	361	762	82
0.127	1823	27	95	36	14	50	346	901	81
0.128	1822	27	91	41	10	51	339	851	80
0.129	1821	28	81	17	8	25	353	735	79
0.130	1820	28	78	17	5	22	354	708	78
0.131	1819	29	58	12	4	16	337	546	77
0.132	1818	27	65	20	10	30	343	594	76
0.133	1817	26	73	22	7	29	326	670	75
0.134	1816	27	63	11	6	17	333	580	74
0.135	1815	25	58	24	8	32	289	527	73
0.136	1814	27	86	36	10	46	347	780	72
0.137	1813	26	73	29	9	38	324	650	71
0.138	1812	27	84	19	7	26	348	773	70
0.139	1811	28	61	49	11	60	330	566	69
0.140	1810	24	89	41	19	60	341	820	68
0.141	1809	26	66	23	11	34	337	595	67
0.142	1808	27	86	37	18	55	352	791	66
0.143	1807	28	86	35	14	49	355	795	65
0.144	1806	24	73	40	11	51	302	647	64
0.145	1805	25	87	36	9	45	303	766	63
0.146	1804	27	79	32	7	39	337	709	62
0.147	1803	26	91	26	12	38	348	829	61
0.148	1802	28	84	36	10	46	359	765	60
0.149	1801	27	88	45	12	57	338	808	59
0.150	1800	27	71	27	15	42	345	640	58
0.151	1799	26	80	38	9	47	336	731	57
0.152	1798	26	77	37	16	53	362	714	56
0.153	1797	29	82	27	16	43	385	747	55
0.154	1796	28	90	36	10	46	367	835	54
0.155	1795	30	76	49	10	59	359	694	53
0.156	1794	27	90	51	16	67	371	842	52
0.157	1793	29	93	42	11	53	361	876	51
0.158	1792	30	77	33	8	41	360	692	50
0.159	1791	29	91	37	9	46	378	826	49
0.160	1790	26	84	31	9	40	349	747	48
0.161	1789	30	75	18	5	23	360	669	47
0.162	1788	37	74	10	5	15	414	682	46
0.163	1787	30	89	29	7	36	365	812	45
0.164	1786	30	78	15	8	23	369	720	44
0.165	1785	30	81	30	8	38	358	721	43
0.166	1784	24	81	32	9	41	358	745	42
0.167	1783	28	45	4	3	7	296	414	41
0.168	1782	26	83	34	9	43	344	761	40
0.169	1781	28	67	14	8	22	368	598	39
0.170	1780	27	73	22	8	30	341	660	38
0.171	1779	29	73	25	8	33	351	666	37
0.172	1778	27	82	22	9	31	356	732	36
0.173	1777	26	79	27	9	36	341	726	35
0.174	1776	31	63	30	10	40	376	595	34
0.175	1775	26	84	43	12	55	344	794	33
0.176	1774	27	76	22	7	29	357	716	32
0.177	1773	33	76	9	5	14	413	705	31
0.178	1772	32	77	25	5	30	379	704	30
0.179	1771	28	81	25	11	36	364	739	29
0.180	1770	31	78	12	4	16	382	706	28
0.181	1769	28	74	37	8	45	336	679	27
0.182	1768	31	73	14	6	20	368	675	26
0.183	1767	31	84	60	25	85	407	778	25
0.184	1766	31	75	42	18	60	377	693	24
0.185	1765	31	78	31	13	44	405	693	23
0.186	1764	31	63	28	11	39	365	581	22
0.187	1763	30	67	27	16	43	375	607	21
0.188	1762	33	61	33	14	47	380	561	20