Citation:

PANGAEA.599921

Name: Tree-ring measurements of Pinus sylvestris (Scotch pine) from sample VERHPITA-62
Creator: Fritz Hans Schweingruber
Published: 2007-01-26
License: https://creativecommons.org/licenses/by/3.0/

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

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Project(s):

Northern Hemispheric Dendroclimatological Network (NHD/WSL)

Coverage:

Latitude: 62.100000 * Longitude: 44.250000

Minimum Elevation: 60.0 m * Maximum Elevation: 60.0 m

Event(s):

VERHPITA * Latitude: 62.100000 * Longitude: 44.250000 * Elevation: 60.0 m * Location: Verhnaja Toima, Russia * Campaign: * Method/Device: Tree ring sampling (TREE) * Comment: Film number: 911A

Comment:

Species PISY; No of rings 173; Begin 1794; End 1966

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:

1557 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]
-0.016	1966	32	68	22	9	31	383	611	174
-0.015	1965	39	55	5	9	14	425	512	173
-0.014	1964	33	59	23	13	36	376	539	172
-0.013	1963	43	52	5	6	11	449	507	171
-0.012	1962	38	72	12	13	25	435	646	170
-0.011	1961	36	65	20	10	30	397	588	169
-0.010	1960	37	61	16	10	26	404	558	168
-0.009	1959	41	64	7	10	17	440	585	167
-0.008	1958	35	50	15	16	31	377	473	166
-0.007	1957	40	56	11	9	20	420	525	165
-0.006	1956	35	55	20	11	31	373	501	164
-0.005	1955	37	48	11	11	22	388	456	163
-0.004	1954	34	66	21	14	35	394	594	162
-0.003	1953	36	49	13	12	25	382	462	161
-0.002	1952	33	57	27	17	44	383	517	160
-0.001	1951	41	53	9	10	19	428	507	159
0.000	1950	40	52	8	12	20	418	490	158
0.001	1949	36	58	20	14	34	402	537	157
0.002	1948	31	60	39	16	55	369	530	156
0.003	1947	36	60	20	12	32	404	549	155
0.004	1946	33	66	29	16	45	380	589	154
0.005	1945	35	56	23	12	35	383	511	153
0.006	1944	35	49	21	20	41	374	462	152
0.007	1943	36	73	21	15	36	421	663	151
0.008	1942	33	59	26	13	39	371	541	150
0.009	1941	37	51	15	22	37	394	476	149
0.010	1940	32	68	40	19	59	378	610	148
0.011	1939	34	65	40	23	63	393	577	147
0.012	1938	33	82	47	21	68	395	733	146
0.013	1937	38	72	21	16	37	428	654	145
0.014	1936	33	78	48	9	57	370	687	144
0.015	1935	36	77	24	15	39	426	701	143
0.016	1934	37	81	28	17	45	435	740	142
0.017	1933	35	61	21	11	32	392	562	141
0.018	1932	36	72	32	12	44	423	645	140
0.019	1931	41	79	22	15	37	455	740	139
0.020	1930	37	75	40	10	50	460	667	138
0.021	1929	36	77	38	12	50	416	704	137
0.022	1928	35	76	24	21	45	408	683	136
0.023	1927	38	81	51	11	62	437	738	135
0.024	1926	34	65	39	12	51	385	591	134
0.025	1925	37	83	24	24	48	428	745	133
0.026	1924	37	73	57	8	65	416	667	132
0.027	1923	36	62	48	24	72	406	574	131
0.028	1922	40	76	55	25	80	443	688	130
0.029	1921	48	71	33	21	54	515	675	129
0.030	1920	36	74	55	43	98	447	629	128
0.031	1919	28	70	41	8	49	347	607	127
0.032	1918	29	62	32	10	42	338	536	126
0.033	1917	31	69	41	11	52	355	620	125
0.034	1916	31	62	32	10	42	356	547	124
0.035	1915	32	69	26	8	34	379	622	123
0.036	1914	31	60	31	9	40	338	525	122
0.037	1913	35	70	19	6	25	412	640	121
0.038	1912	35	64	24	2	26	383	572	120
0.039	1911	40	62	32	10	42	436	555	119
0.040	1910	48	63	4	6	10	511	586	118
0.041	1909	38	73	16	4	20	427	662	117
0.042	1908	36	73	26	4	30	401	647	116
0.043	1907	33	64	28	10	38	367	582	115
0.044	1906	35	79	34	8	42	411	717	114
0.045	1905	34	67	29	13	42	388	622	113
0.046	1904	33	77	29	15	44	414	698	112
0.047	1903	33	74	28	11	39	387	670	111
0.048	1902	31	78	32	29	61	379	710	110
0.049	1901	31	76	26	14	40	376	677	109
0.050	1900	33	67	48	12	60	387	590	108
0.051	1899	32	70	31	16	47	392	639	107
0.052	1898	29	83	48	8	56	343	749	106
0.053	1897	31	76	28	9	37	378	683	105
0.054	1896	31	75	28	10	38	376	671	104
0.055	1895	30	77	25	15	40	377	687	103
0.056	1894	32	79	58	14	72	383	728	102
0.057	1893	35	78	40	29	69	407	716	101
0.058	1892	30	82	97	33	130	408	729	100
0.059	1891	32	80	91	34	125	381	690	99
0.060	1890	30	87	107	61	168	357	767	98
0.061	1889	33	79	87	43	130	380	722	97
0.062	1888	32	78	105	48	153	384	722	96
0.063	1887	34	86	81	58	139	401	781	95
0.064	1886	30	82	69	40	109	363	742	94
0.065	1885	28	84	96	32	128	346	757	93
0.066	1884	26	73	90	24	114	319	645	92
0.067	1883	28	78	78	19	97	351	723	91
0.068	1882	31	82	78	19	97	367	724	90
0.069	1881	31	83	66	23	89	368	737	89
0.070	1880	32	86	89	26	115	382	771	88
0.071	1879	35	87	97	35	132	394	786	87
0.072	1878	34	86	96	30	126	389	789	86
0.073	1877	32	83	86	33	119	369	757	85
0.074	1876	32	82	63	19	82	370	757	84
0.075	1875	30	85	114	34	148	370	761	83
0.076	1874	30	86	96	26	122	359	766	82
0.077	1873	29	82	78	23	101	364	751	81
0.078	1872	33	76	80	22	102	377	682	80
0.079	1871	33	87	87	40	127	390	775	79
0.080	1870	30	83	91	24	115	367	750	78
0.081	1869	31	83	86	35	121	371	770	77
0.082	1868	32	89	76	27	103	380	816	76
0.083	1867	32	81	60	30	90	381	731	75
0.084	1866	32	83	101	36	137	377	775	74
0.085	1865	29	76	98	27	125	350	671	73
0.086	1864	31	85	95	45	140	373	798	72
0.087	1863	34	89	100	46	146	400	819	71
0.088	1862	33	82	112	35	147	395	727	70
0.089	1861	32	88	113	39	152	387	798	69
0.090	1860	31	86	138	45	183	370	775	68
0.091	1859	32	86	123	25	148	382	780	67
0.092	1858	36	95	88	31	119	420	856	66
0.093	1857	35	83	87	28	115	404	735	65
0.094	1856	34	91	113	30	143	397	832	64
0.095	1855	32	90	102	53	155	403	819	63
0.096	1854	34	95	131	42	173	405	856	62
0.097	1853	31	91	140	33	173	371	816	61
0.098	1852	33	80	117	12	129	379	731	60
0.099	1851	32	88	98	32	130	383	787	59
0.100	1850	32	92	125	64	189	378	834	58
0.101	1849	29	85	152	33	185	345	748	57
0.102	1848	29	86	125	47	172	364	741	56
0.103	1847	30	87	108	27	135	358	806	55
0.104	1846	32	93	94	28	122	384	831	54
0.105	1845	32	80	96	25	121	391	748	53
0.106	1844	29	93	61	30	91	388	819	52
0.107	1843	29	87	83	18	101	352	799	51
0.108	1842	29	86	102	20	122	351	764	50
0.109	1841	33	83	120	28	148	401	733	49
0.110	1840	42	79	94	65	159	482	729	48
0.111	1839	35	91	68	24	92	402	813	47
0.112	1838	35	89	65	35	100	447	812	46
0.113	1837	34	87	113	18	131	417	785	45
0.114	1836	37	90	53	35	88	431	838	44
0.115	1835	35	86	58	17	75	417	774	43
0.116	1834	33	91	56	18	74	415	813	42
0.117	1833	32	86	123	22	145	375	774	41
0.118	1832	34	86	137	72	209	425	781	40
0.119	1831	34	90	150	52	202	397	814	39
0.120	1830	28	87	144	26	170	326	759	38
0.121	1829	31	86	131	51	182	364	772	37
0.122	1828	30	82	141	36	177	371	729	36
0.123	1827	31	89	100	36	136	368	820	35
0.124	1826	29	93	119	36	155	390	824	34
0.125	1825	29	77	88	31	119	352	704	33
0.126	1824	30	90	77	26	103	361	792	32
0.127	1823	31	90	45	9	54	368	796	31
0.128	1822	33	94	63	37	100	411	840	30
0.129	1821	35	91	82	36	118	410	826	29
0.130	1820	30	91	72	26	98	362	823	28
0.131	1819	31	83	30	16	46	374	745	27
0.132	1818	30	77	34	16	50	371	664	26
0.133	1817	35	81	39	14	53	401	690	25
0.134	1816	36	87	37	18	55	419	782	24
0.135	1815	33	85	45	20	65	390	778	23
0.136	1814	32	73	40	18	58	370	661	22
0.137	1813	31	85	59	23	82	372	760	21
0.138	1812	26	81	66	18	84	332	715	20
0.139	1811	28	70	35	11	46	328	623	19
0.140	1810	31	72	55	19	74	373	640	18
0.141	1809	31	74	65	16	81	350	661	17
0.142	1808	29	78	59	19	78	344	678	16
0.143	1807	27	74	49	20	69	337	648	15
0.144	1806	33	77	29	20	49	418	682	14
0.145	1805	29	81	50	15	65	381	703	13
0.146	1804	32	68	31	9	40	372	613	12
0.147	1803	37	78	23	12	35	416	706	11
0.148	1802	33	86	44	18	62	403	772	10
0.149	1801	34	83	52	14	66	402	730	9
0.150	1800	34	72	63	19	82	400	645	8
0.151	1799	40	71	68	30	98	465	640	7
0.152	1798	34	72	82	25	107	400	621	6
0.153	1797	40	59	37	24	61	442	553	5
0.154	1796	44	70	30	42	72	506	623	4
0.155	1795	45	58	13	16	29	489	539	3
0.156	1794	34	63	54	51	105	391	552	2