Citation:

PANGAEA.593065

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Project(s):

Northern Hemispheric Dendroclimatological Network (NHD/WSL)

Coverage:

Latitude: 61.100000 * Longitude: 153.580000

Minimum Elevation: -999.0 m * Maximum Elevation: -999.0 m

Event(s):

JULISOLA * Latitude: 61.100000 * Longitude: 153.580000 * Elevation: -999.0 m * Location: Julietta, Russia * Campaign: * Method/Device: Tree ring sampling (TREE) * Comment: Exposition S; av. Tree height 15 m; Tree cover 45%; Shrub cover 55%; Herb cover 45%; Moss cover 60%; Vegatation type: Open Larch forest; Film number: 1062A

Comment:

Species LADA; No of rings 138; Begin 1774; End 1911

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:

1239 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]
0.039	1911	17	46	11	9	20	223	391	141
0.040	1910	17	52	15	10	25	244	443	140
0.041	1909	17	57	17	7	24	236	486	139
0.042	1908	21	53	17	9	26	256	461	138
0.043	1907	19	52	15	7	22	245	433	137
0.044	1906	18	42	15	7	22	229	397	136
0.045	1905	17	47	14	7	21	230	388	135
0.046	1904	20	44	8	7	15	250	394	134
0.047	1903	21	47	8	7	15	272	424	133
0.048	1902	20	55	16	8	24	247	456	132
0.049	1901	25	44	4	5	9	274	399	131
0.050	1900	16	46	10	5	15	195	408	130
0.051	1899		35	17	5	22			129
0.052	1898	19	57	36	8	44	241	471	128
0.053	1897	18	71	28	9	37	265	607	127
0.054	1896	22	58	31	6	37	265	503	126
0.055	1895	20	80	42	10	52	278	680	125
0.056	1894	20	72	51	15	66	273	609	124
0.057	1893	21	80	56	15	71	275	710	123
0.058	1892	18	74	67	13	80	239	628	122
0.059	1891	17	67	64	14	78	239	573	121
0.060	1890	20	77	40	14	54	261	668	120
0.061	1889	19	64	41	12	53	242	537	119
0.062	1888	20	56	30	9	39	245	488	118
0.063	1887	19	57	30	9	39	243	492	117
0.064	1886	17	54	45	9	54	232	449	116
0.065	1885	19	57	33	10	43	238	489	115
0.066	1884	19	61	38	12	50	248	498	114
0.067	1883	18	67	31	13	44	261	579	113
0.068	1882	19	83	31	9	40	264	708	112
0.069	1881	17	55	31	8	39	220	468	111
0.070	1880	17	65	48	8	56	228	559	110
0.071	1879	18	65	38	11	49	243	554	109
0.072	1878	17	74	51	9	60	244	646	108
0.073	1877	18	59	32	8	40	240	496	107
0.074	1876	19	52	24	7	31	236	447	106
0.075	1875	17	66	41	10	51	240	533	105
0.076	1874	18	63	57	14	71	242	563	104
0.077	1873	20	74	56	10	66	263	639	103
0.078	1872	20	81	58	13	71	257	712	102
0.079	1871	18	59	61	11	72	234	482	101
0.080	1870	18	77	53	11	64	258	647	100
0.081	1869	20	72	45	11	56	262	633	99
0.082	1868	19	74	49	11	60	250	634	98
0.083	1867	21	65	41	10	51	272	562	97
0.084	1866	21	81	64	11	75	271	698	96
0.085	1865	20	73	58	17	75	257	617	95
0.086	1864	18	62	35	9	44	236	519	94
0.087	1863	19	56	24	9	33	245	490	93
0.088	1862	18	54	55	12	67	243	450	92
0.089	1861	20	78	56	14	70	275	674	91
0.090	1860	20	73	44	9	53	276	630	90
0.091	1859	20	79	51	12	63	270	684	89
0.092	1858	18	72	49	15	64	258	599	88
0.093	1857	19	64	35	9	44	247	557	87
0.094	1856	21	64	35	9	44	266	546	86
0.095	1855	23	55	24	9	33	282	475	85
0.096	1854	18	84	64	15	79	262	732	84
0.097	1853	20	59	53	12	65	247	509	83
0.098	1852	18	67	28	9	37	254	547	82
0.099	1851	18	76	56	11	67	249	649	81
0.100	1850	20	68	40	15	55	258	598	80
0.101	1849	19	71	49	11	60	241	591	79
0.102	1848	20	46	12	8	20	264	396	78
0.103	1847	18	73	44	8	52	247	603	77
0.104	1846	16	52	49	9	58	221	435	76
0.105	1845	18	54	47	12	59	221	462	75
0.106	1844	19	76	52	9	61	260	631	74
0.107	1843	19	77	39	10	49	255	654	73
0.108	1842	18	62	37	10	47	238	500	72
0.109	1841	18	73	44	14	58	248	612	71
0.110	1840	17	87	61	13	74	256	730	70
0.111	1839	18	80	60	13	73	260	694	69
0.112	1838	18	74	57	12	69	240	629	68
0.113	1837	17	62	41	11	52	237	511	67
0.114	1836	18	50	64	14	78	234	418	66
0.115	1835	18	79	65	13	78	252	660	65
0.116	1834	17	69	81	12	93	236	601	64
0.117	1833	17	74	92	12	104	219	612	63
0.118	1832	18	64	45	10	55	252	540	62
0.119	1831	17	70	73	18	91	243	595	61
0.120	1830	19	88	90	17	107	255	744	60
0.121	1829	17	85	90	18	108	250	775	59
0.122	1828	19	90	68	21	89	276	783	58
0.123	1827	20	79	69	30	99	286	707	57
0.124	1826	19	83	54	13	67	259	719	56
0.125	1825	17	76	83	18	101	252	658	55
0.126	1824	19	72	70	16	86	258	606	54
0.127	1823	19	61	57	15	72	247	526	53
0.128	1822	20	72	73	9	82	252	615	52
0.129	1821	21	68	67	18	85	272	602	51
0.130	1820	19	88	58	16	74	277	783	50
0.131	1819	18	84	51	8	59	256	737	49
0.132	1818	20	54	18	7	25	254	446	48
0.133	1817	21	76	56	13	69	280	661	47
0.134	1816	22	70	92	21	113	272	567	46
0.135	1815	24	86	47	18	65	306	766	45
0.136	1814	23	92	60	18	78	319	818	44
0.137	1813	23	89	36	12	48	304	811	43
0.138	1812	21	86	46	9	55	289	752	42
0.139	1811	21	68	68	11	79	277	587	41
0.140	1810	21	78	83	18	101	281	679	40
0.141	1809	20	78	104	23	127	279	669	39
0.142	1808	20	84	63	15	78	304	725	38
0.143	1807	20	92	101	20	121	266	815	37
0.144	1806	20	85	69	9	78	279	728	36
0.145	1805	16	82	93	20	113	270	706	35
0.146	1804	21	83	62	27	89	285	740	34
0.147	1803	19	92	74	22	96	279	783	33
0.148	1802	21	81	78	19	97	285	681	32
0.149	1801	21	82	71	25	96	277	703	31
0.150	1800	21	91	101	19	120	280	744	30
0.151	1799	22	87	74	33	107	317	742	29
0.152	1798	24	93	90	30	120	320	843	28
0.153	1797	25	87	35	15	50	324	768	27
0.154	1796	23	86	53	26	79	311	752	26
0.155	1795	22	87	85	18	103	299	738	25
0.156	1794	24	80	53	22	75	319	663	24
0.157	1793	21	86	55	22	77	290	772	23
0.158	1792	23	77	61	15	76	296	661	22
0.159	1791	30	68	34	15	49	380	610	21
0.160	1790	30	66	29	11	40	366	583	20
0.161	1789	29	75	50	16	66	354	651	19
0.162	1788	36	59	18	19	37	407	515	18
0.163	1787	38	65	46	9	55	434	589	17
0.164	1786	28	72	40	27	67	337	609	16
0.165	1785	22	81	66	18	84	293	697	15
0.166	1784	23	73	61	18	79	302	620	14
0.167	1783	23	66	131	38	169	305	588	13
0.168	1782	26	78	71	28	99	347	636	12
0.169	1781	27	83	30	17	47	343	710	11
0.170	1780	21	67	103	13	116	265	595	10
0.171	1779	26	67	85	28	113	335	558	9
0.172	1778	25	79	76	19	95	321	683	8
0.173	1777	25	67	103	38	141	327	576	7
0.174	1776	28	76	116	21	137	345	653	6
0.175	1775	25	68	100	30	130	322	579	5
0.176	1774	28	72	82	22	104	367	590	4