Citation:

PANGAEA.599081

Name: Tree-ring measurements of Pinus sylvestris (Scotch pine) from sample TORN_REZ-80
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: 2007-02-26

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Project(s):

Northern Hemispheric Dendroclimatological Network (NHD/WSL)

Coverage:

Latitude: 68.140000 * Longitude: 19.400000

Minimum Elevation: 400.0 m * Maximum Elevation: 400.0 m

Event(s):

TORN_REZ * Latitude: 68.140000 * Longitude: 19.400000 * Elevation: 400.0 m * Location: Torneträsk, Sweden * Campaign: * Method/Device: Tree ring sampling (TREE) * Comment: Geology: Granit; Tree line 400 m; Film number: 728A

Comment:

Species PISY; No of rings 200; Begin 1773; End 1972

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	Latewood	P lw	%	Schweingruber, Fritz Hans
9	Approximate age of pith	Age_pith	a	Schweingruber, Fritz Hans

License:

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

Size:

1594 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 P lw [%]	9 Age_pith [a]
-0.022	1972	30	49	12	15	27	55.6	206
-0.021	1971	31	44	12	13	25	52.0	205
-0.020	1970	31	60	16	13	29	44.8	204
-0.019	1969	34	52	14	13	27	48.1	203
-0.018	1968	34	45	12	10	22	45.5	202
-0.017	1967	32	60	25	13	38	34.2	201
-0.016	1966	34	59	21	17	38	44.7	200
-0.015	1965	32	44	11	17	28	60.7	199
-0.014	1964	31	58	18	17	35	48.6	198
-0.013	1963	34	55	14	14	28	50.0	197
-0.012	1962	35	48	10	14	24	58.3	196
-0.011	1961	34	61	16	17	33	51.5	195
-0.010	1960	29	73	33	15	48	31.3	194
-0.009	1959	32	71	25	13	38	34.2	193
-0.008	1958	30	46	13	14	27	51.9	192
-0.007	1957	31	48	15	13	28	46.4	191
-0.006	1956	29	49	12	13	25	52.0	190
-0.005	1955	30	47	15	14	29	48.3	189
-0.004	1954	29	54	27	15	42	35.7	188
-0.003	1953	29	55	34	15	49	30.6	187
-0.002	1952	31	52	18	15	33	45.5	186
-0.001	1951	30	58	31	16	47	34.0	185
0.000	1950	32	66	38	16	54	29.6	184
0.001	1949	33	46	37	20	57	35.1	183
0.002	1948	32	59	36	18	54	33.3	182
0.003	1947	32	56	31	16	47	34.0	181
0.004	1946	32	57	29	19	48	39.6	180
0.005	1945	31	59	38	17	55	30.9	179
0.006	1944	32	50	42	22	64	34.4	178
0.007	1943	32	59	45	24	69	34.8	177
0.008	1942	34	69	52	22	74	29.7	176
0.009	1941	33	67	50	21	71	29.6	175
0.010	1940	33	57	22	18	40	45.0	174
0.011	1939	34	63	23	17	40	42.5	173
0.012	1938	31	63	35	18	53	34.0	172
0.013	1937	31	68	28	21	49	42.9	171
0.014	1936	35	44	9	17	26	65.4	170
0.015	1935	33	46	10	21	31	67.7	169
0.016	1934	30	52	17	23	40	57.5	168
0.017	1933	32	52	18	18	36	50.0	167
0.018	1932	33	41	8	18	26	69.2	166
0.019	1931	34	44	11	20	31	64.5	165
0.020	1930	32	52	22	21	43	48.8	164
0.021	1929	37	44	7	17	24	70.8	163
0.022	1928	37	50	12	18	30	60.0	162
0.023	1927	33	52	16	21	37	56.8	161
0.024	1926	37	55	14	19	33	57.6	160
0.025	1925	31	51	19	22	41	53.7	159
0.026	1924	33	42	6	19	25	76.0	158
0.027	1923	31	40	12	23	35	65.7	157
0.028	1922	36	43	6	16	22	72.7	156
0.029	1921	36	44	6	15	21	71.4	155
0.030	1920	31	48	17	19	36	52.8	154
0.031	1919	31	49	23	23	46	50.0	153
0.032	1918	32	64	24	20	44	45.5	152
0.033	1917	35	58	17	18	35	51.4	151
0.034	1916	33	58	33	22	55	40.0	150
0.035	1915	31	58	28	23	51	45.1	149
0.036	1914	31	54	34	20	54	37.0	148
0.037	1913	33	52	16	19	35	54.3	147
0.038	1912	32	50	24	22	46	47.8	146
0.039	1911	34	51	23	19	42	45.2	145
0.040	1910	36	58	21	15	36	41.7	144
0.041	1909	31	48	19	21	40	52.5	143
0.042	1908	31	63	36	18	54	33.3	142
0.043	1907	35	56	35	18	53	34.0	141
0.044	1906	31	63	37	18	55	32.7	140
0.045	1905	31	58	32	16	48	33.3	139
0.046	1904	31	43	21	20	41	48.8	138
0.047	1903	35	54	22	12	34	35.3	137
0.048	1902	34	50	29	24	53	45.3	136
0.049	1901	33	76	33	19	52	36.5	135
0.050	1900	35	54	18	16	34	47.1	134
0.051	1899	33	45	15	20	35	57.1	133
0.052	1898	32	48	15	16	31	51.6	132
0.053	1897	35	52	9	14	23	60.9	131
0.054	1896	32	47	20	21	41	51.2	130
0.055	1895	33	70	32	12	44	27.3	129
0.056	1894	30	60	25	14	39	35.9	128
0.057	1893	33	60	21	11	32	34.4	127
0.058	1892	33	49	22	12	34	35.3	126
0.059	1891	31	60	42	13	55	23.6	125
0.060	1890	33	60	39	12	51	23.5	124
0.061	1889	35	59	26	12	38	31.6	123
0.062	1888	38	51	7	11	18	61.1	122
0.063	1887	34	57	12	14	26	53.8	121
0.064	1886	36	49	8	11	19	57.9	120
0.065	1885	32	47	8	15	23	65.2	119
0.066	1884	33	53	20	15	35	42.9	118
0.067	1883	34	57	16	11	27	40.7	117
0.068	1882	33	49	19	13	32	40.6	116
0.069	1881							115
0.070	1880	34	46	5	13	18	72.2	114
0.071	1879	33	49	8	11	19	57.9	113
0.072	1878	33	46	9	8	17	47.1	112
0.073	1877	31	46	21	12	33	36.4	111
0.074	1876	31	56	31	11	42	26.2	110
0.075	1875	32	50	14	10	24	41.7	109
0.076	1874	36	47	9	11	20	55.0	108
0.077	1873	27	61	28	14	42	33.3	107
0.078	1872	28	45	14	11	25	44.0	106
0.079	1871	27	43	18	10	28	35.7	105
0.080	1870	27	38	14	10	24	41.7	104
0.081	1869	28	44	7	7	14	50.0	103
0.082	1868	28	42	10	7	17	41.2	102
0.083	1867	25	42	10	9	19	47.4	101
0.084	1866	27	45	21	11	32	34.4	100
0.085	1865	31	45	12	11	23	47.8	99
0.086	1864	29	46	15	13	28	46.4	98
0.087	1863	30	47	12	12	24	50.0	97
0.088	1862	33	50	12	11	23	47.8	96
0.089	1861	30	57	28	13	41	31.7	95
0.090	1860	37	46	10	16	26	61.5	94
0.091	1859	32	52	19	21	40	52.5	93
0.092	1858	34	52	21	21	42	50.0	92
0.093	1857	34	45	16	20	36	55.6	91
0.094	1856	36	52	21	21	42	50.0	90
0.095	1855	39	48	8	16	24	66.7	89
0.096	1854	35	48	30	28	58	48.3	88
0.097	1853	37	59	18	21	39	53.8	87
0.098	1852	32	49	24	22	46	47.8	86
0.099	1851	36	42	6	18	24	75.0	85
0.100	1850	33	46	10	24	34	70.6	84
0.101	1849	37	48	9	17	26	65.4	83
0.102	1848	36	53	11	31	42	73.8	82
0.103	1847	34	49	17	21	38	55.3	81
0.104	1846	32	54	15	18	33	54.5	80
0.105	1845	34	46	11	17	28	60.7	79
0.106	1844	33	51	12	18	30	60.0	78
0.107	1843	31	44	18	39	57	68.4	77
0.108	1842	35	66	41	20	61	32.8	76
0.109	1841	34	56	33	17	50	34.0	75
0.110	1840	32	52	24	18	42	42.9	74
0.111	1839	32	55	17	22	39	56.4	73
0.112	1838	34	55	31	11	42	26.2	72
0.113	1837	37	46	14	4	18	22.2	71
0.114	1836	32	53	40	18	58	31.0	70
0.115	1835	33	49	26	24	50	48.0	69
0.116	1834	33	62	38	19	57	33.3	68
0.117	1833	34	56	54	20	74	27.0	67
0.118	1832	33	64	69	32	101	31.7	66
0.119	1831	33	79	71	23	94	24.5	65
0.120	1830	33	56	34	21	55	38.2	64
0.121	1829	31	59	67	24	91	26.4	63
0.122	1828	35	88	81	23	104	22.1	62
0.123	1827	32	59	78	23	101	22.8	61
0.124	1826	31	72	51	20	71	28.2	60
0.125	1825	35	59	24	15	39	38.5	59
0.126	1824	33	63	37	19	56	33.9	58
0.127	1823	32	65	35	16	51	31.4	57
0.128	1822	35	47	10	15	25	60.0	56
0.129	1821	44	56	6	6	12	50.0	55
0.130	1820	35	64	14	15	29	51.7	54
0.131	1819	31	58	23	15	38	39.5	53
0.132	1818	33	50	17	16	33	48.5	52
0.133	1817	33	52	21	13	34	38.2	51
0.134	1816	28	48	24	18	42	42.9	50
0.135	1815	31	56	21	14	35	40.0	49
0.136	1814	31	46	18	15	33	45.5	48
0.137	1813	30	50	10	13	23	56.5	47
0.138	1812	37	43	7	9	16	56.3	46
0.139	1811	30	54	39	18	57	31.6	45
0.140	1810	34	67	66	20	86	23.3	44
0.141	1809	33	65	80	19	99	19.2	43
0.142	1808	31	63	65	25	90	27.8	42
0.143	1807	30	61	57	27	84	32.1	41
0.144	1806	34	64	49	20	69	29.0	40
0.145	1805	30	56	85	23	108	21.3	39
0.146	1804	34	57	63	30	93	32.3	38
0.147	1803	34	65	30	17	47	36.2	37
0.148	1802	32	57	71	23	94	24.5	36
0.149	1801	32	64	59	38	97	39.2	35
0.150	1800	34	55	45	27	72	37.5	34
0.151	1799	31	75	72	28	100	28.0	33
0.152	1798	32	60	79	32	111	28.8	32
0.153	1797	33	69	95	35	130	26.9	31
0.154	1796	34	80	68	29	97	29.9	30
0.155	1795	36	72	65	31	96	32.3	29
0.156	1794	35	81	60	31	91	34.1	28
0.157	1793	35	76	63	31	94	33.0	27
0.158	1792	35	66	48	28	76	36.8	26
0.159	1791	36	61	35	30	65	46.2	25
0.160	1790	38	56	66	30	96	31.3	24
0.161	1789	34	86	73	35	108	32.4	23
0.162	1788	33	64	74	35	109	32.1	22
0.163	1787	37	58	65	37	102	36.3	21
0.164	1786	37	65	52	38	90	42.2	20
0.165	1785	34	69	94	38	132	28.8	19
0.166	1784	35	67	107	46	153	30.1	18
0.167	1783	34	68	73	46	119	38.7	17
0.168	1782	34	75	109	44	153	28.8	16
0.169	1781	30	71	77	44	121	36.4	15
0.170	1780	34	68	89	28	117	23.9	14
0.171	1779	35	62	48	38	86	44.2	13
0.172	1778	37	65	65	43	108	39.8	12
0.173	1777	40	65	53	48	101	47.5	11
0.174	1776	47	88	40	37	77	48.1	10
0.175	1775	44	75	34	32	66	48.5	9
0.176	1774	45	70	29	32	61	52.5	8
0.177	1773	46	73	32	32	64	50.0	7