Citation:

PANGAEA.592589

Name: Tree-ring measurements of Pinus sylvestris (Scotch pine) from sample INVER-52
Creator: Fritz Hans Schweingruber
Published: 2007-01-25
License: https://creativecommons.org/licenses/by/3.0/

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Published: 2007-01-25 • DOI registered: 2007-02-22

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Project(s):

Northern Hemispheric Dendroclimatological Network (NHD/WSL)

Coverage:

Latitude: 57.000000 * Longitude: -3.350000

Minimum Elevation: 500.0 m * Maximum Elevation: 500.0 m

Event(s):

INVER * Latitude: 57.000000 * Longitude: -3.350000 * Elevation: 500.0 m * Location: Inverey, Great Britain * Campaign: * Method/Device: Tree ring sampling (TREE) * Comment: Exposition W; Slope 15 deg; Geology: Gneis; Tree line 500 m; av. Tree height 22 m; Tree cover 15%; Herb cover 90%; Moss cover 40%; Vegatation type: Betulo pubescentis-Pinetum sylvestris; Film number: 380

Comment:

Species PISY; No of rings 246; Begin 1731; End 1976

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:

1968 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]
-0.026	1976	43	93	43	40	83	48.2	267
-0.025	1975	42	93	44	30	74	40.5	266
-0.024	1974	44	85	50	24	74	32.4	265
-0.023	1973	44	90	37	21	58	36.2	264
-0.022	1972	42	85	66	31	97	32.0	263
-0.021	1971	41	86	72	28	100	28.0	262
-0.020	1970	41	78	47	23	70	32.9	261
-0.019	1969	41	81	45	26	71	36.6	260
-0.018	1968	43	86	36	20	56	35.7	259
-0.017	1967	41	74	61	32	93	34.4	258
-0.016	1966	39	73	58	27	85	31.8	257
-0.015	1965	41	75	53	22	75	29.3	256
-0.014	1964	42	69	56	27	83	32.5	255
-0.013	1963	41	77	38	25	63	39.7	254
-0.012	1962	44	69	32	21	53	39.6	253
-0.011	1961	47	79	22	17	39	43.6	252
-0.010	1960	44	85	47	17	64	26.6	251
-0.009	1959	43	89	45	35	80	43.8	250
-0.008	1958	42	70	40	18	58	31.0	249
-0.007	1957	42	81	45	16	61	26.2	248
-0.006	1956	43	71	64	20	84	23.8	247
-0.005	1955	44	87	55	45	100	45.0	246
-0.004	1954	45	79	46	25	71	35.2	245
-0.003	1953	43	85	32	46	78	59.0	244
-0.002	1952	45	79	49	28	77	36.4	243
-0.001	1951	44	74	41	22	63	34.9	242
0.000	1950	42	72	54	26	80	32.5	241
0.001	1949	41	82	57	20	77	26.0	240
0.002	1948	42	75	30	19	49	38.8	239
0.003	1947	40	81	38	24	62	38.7	238
0.004	1946	46	73	34	16	50	32.0	237
0.005	1945	48	79	30	50	80	62.5	236
0.006	1944	46	79	41	36	77	46.8	235
0.007	1943	47	78	33	38	71	53.5	234
0.008	1942	42	78	40	13	53	24.5	233
0.009	1941	43	77	37	16	53	30.2	232
0.010	1940	41	76	33	22	55	40.0	231
0.011	1939	47	71	30	13	43	30.2	230
0.012	1938	50	71	13	10	23	43.5	229
0.013	1937	46	77	23	19	42	45.2	228
0.014	1936	45	74	26	16	42	38.1	227
0.015	1935	43	78	23	11	34	32.4	226
0.016	1934	45	76	22	12	34	35.3	225
0.017	1933	44	82	42	24	66	36.4	224
0.018	1932	43	73	30	24	54	44.4	223
0.019	1931	43	73	26	9	35	25.7	222
0.020	1930	41	62	31	16	47	34.0	221
0.021	1929	47	75	12	16	28	57.1	220
0.022	1928	54	69	3	8	11	72.7	219
0.023	1927	40	65	18	6	24	25.0	218
0.024	1926	46	72	17	16	33	48.5	217
0.025	1925	43	76	22	17	39	43.6	216
0.026	1924	43	70	15	11	26	42.3	215
0.027	1923	42	67	13	7	20	35.0	214
0.028	1922	43	67	15	6	21	28.6	213
0.029	1921	44	70	15	8	23	34.8	212
0.030	1920	42	66	18	9	27	33.3	211
0.031	1919	45	71	20	11	31	35.5	210
0.032	1918	45	71	19	11	30	36.7	209
0.033	1917	42	63	20	6	26	23.1	208
0.034	1916	39	62	18	7	25	28.0	207
0.035	1915	46	76	18	10	28	35.7	206
0.036	1914	42	72	38	5	43	11.6	205
0.037	1913	42	80	27	12	39	30.8	204
0.038	1912	42	68	40	10	50	20.0	203
0.039	1911	46	85	49	18	67	26.9	202
0.040	1910	44	81	54	30	84	35.7	201
0.041	1909	43	72	57	28	85	32.9	200
0.042	1908	42	75	60	24	84	28.6	199
0.043	1907	45	80	45	36	81	44.4	198
0.044	1906	44	84	57	32	89	36.0	197
0.045	1905	41	84	99	48	147	32.7	196
0.046	1904	43	82	83	47	130	36.2	195
0.047	1903	40	74	81	37	118	31.4	194
0.048	1902	43	77	70	33	103	32.0	193
0.049	1901	42	82	74	28	102	27.5	192
0.050	1900	44	86	54	23	77	29.9	191
0.051	1899	40	83	45	19	64	29.7	190
0.052	1898	43	77	64	26	90	28.9	189
0.053	1897	41	78	57	30	87	34.5	188
0.054	1896	41	72	48	23	71	32.4	187
0.055	1895	40	66	39	5	44	11.4	186
0.056	1894	41	76	67	26	93	28.0	185
0.057	1893	44	87	67	36	103	35.0	184
0.058	1892	46	78	39	29	68	42.6	183
0.059	1891	41	77	52	16	68	23.5	182
0.060	1890	46	77	47	20	67	29.9	181
0.061	1889	43	81	48	10	58	17.2	180
0.062	1888	45	79	44	17	61	27.9	179
0.063	1887	45	89	26	31	57	54.4	178
0.064	1886	46	68	25	21	46	45.7	177
0.065	1885	47	78	29	19	48	39.6	176
0.066	1884	44	78	37	13	50	26.0	175
0.067	1883	45	73	23	11	34	32.4	174
0.068	1882	44	83	46	16	62	25.8	173
0.069	1881	46	77	38	16	54	29.6	172
0.070	1880	44	84	29	17	46	37.0	171
0.071	1879	42	69	28	18	46	39.1	170
0.072	1878	43	85	29	23	52	44.2	169
0.073	1877	43	73	24	14	38	36.8	168
0.074	1876	44	77	43	27	70	38.6	167
0.075	1875	46	85	52	32	84	38.1	166
0.076	1874	45	81	36	40	76	52.6	165
0.077	1873	42	81	30	18	48	37.5	164
0.078	1872	45	80	27	19	46	41.3	163
0.079	1871	48	83	14	30	44	68.2	162
0.080	1870	45	88	24	31	55	56.4	161
0.081	1869	43	80	41	24	65	36.9	160
0.082	1868	44	90	50	42	92	45.7	159
0.083	1867	44	71	38	9	47	19.1	158
0.084	1866	39	80	60	12	72	16.7	157
0.085	1865	39	85	64	17	81	21.0	156
0.086	1864	39	81	49	27	76	35.5	155
0.087	1863	38	82	57	13	70	18.6	154
0.088	1862	40	79	51	18	69	26.1	153
0.089	1861	38	78	39	19	58	32.8	152
0.090	1860	42	77	39	11	50	22.0	151
0.091	1859	41	87	36	19	55	34.5	150
0.092	1858	40	84	40	17	57	29.8	149
0.093	1857	37	85	54	15	69	21.7	148
0.094	1856	40	74	46	13	59	22.0	147
0.095	1855	37	79	32	10	42	23.8	146
0.096	1854	40	81	38	16	54	29.6	145
0.097	1853	37	79	63	22	85	25.9	144
0.098	1852	36	86	72	25	97	25.8	143
0.099	1851	35	76	79	19	98	19.4	142
0.100	1850	35	83	58	26	84	31.0	141
0.101	1849	37	78	96	23	119	19.3	140
0.102	1848	36	79	105	29	134	21.6	139
0.103	1847	37	84	98	26	124	21.0	138
0.104	1846	36	90	74	42	116	36.2	137
0.105	1845	38	80	53	20	73	27.4	136
0.106	1844	39	85	65	17	82	20.7	135
0.107	1843	39	85	72	30	102	29.4	134
0.108	1842	38	84	66	20	86	23.3	133
0.109	1841	37	71	50	26	76	34.2	132
0.110	1840	41	84	74	24	98	24.5	131
0.111	1839	38	79	68	18	86	20.9	130
0.112	1838	36	81	81	21	102	20.6	129
0.113	1837	34	82	83	23	106	21.7	128
0.114	1836	37	83	100	19	119	16.0	127
0.115	1835	36	89	115	42	157	26.8	126
0.116	1834	38	95	95	54	149	36.2	125
0.117	1833	37	89	94	27	121	22.3	124
0.118	1832	35	82	120	35	155	22.6	123
0.119	1831	36	94	96	49	145	33.8	122
0.120	1830	35	84	82	34	116	29.3	121
0.121	1829	37	78	106	26	132	19.7	120
0.122	1828	35	91	113	23	136	16.9	119
0.123	1827	33	86	105	18	123	14.6	118
0.124	1826	35	100	92	16	108	14.8	117
0.125	1825	36	87	89	49	138	35.5	116
0.126	1824	35	86	111	26	137	19.0	115
0.127	1823	36	80	97	21	118	17.8	114
0.128	1822	33	89	85	45	130	34.6	113
0.129	1821	38	87	75	23	98	23.5	112
0.130	1820	36	84	76	22	98	22.4	111
0.131	1819	36	92	96	52	148	35.1	110
0.132	1818	33	87	53	28	81	34.6	109
0.133	1817	35	76	69	17	86	19.8	108
0.134	1816	36	62	61	9	70	12.9	107
0.135	1815	39	90	65	16	81	19.8	106
0.136	1814	37	86	67	29	96	30.2	105
0.137	1813	36	88	44	27	71	38.0	104
0.138	1812	38	80	73	22	95	23.2	103
0.139	1811	38	87	59	23	82	28.0	102
0.140	1810	39	79	48	22	70	31.4	101
0.141	1809	38	82	46	23	69	33.3	100
0.142	1808	37	93	43	22	65	33.8	99
0.143	1807	39	79	49	19	68	27.9	98
0.144	1806	36	82	48	18	66	27.3	97
0.145	1805	39	84	61	16	77	20.8	96
0.146	1804	36	83	53	21	74	28.4	95
0.147	1803	37	82	41	21	62	33.9	94
0.148	1802	37	70	38	9	47	19.1	93
0.149	1801	37	86	39	9	48	18.7	92
0.150	1800	38	89	49	33	82	40.2	91
0.151	1799	35	71	70	16	86	18.6	90
0.152	1798	37	79	44	15	59	25.4	89
0.153	1797	35	75	37	21	58	36.2	88
0.154	1796	37	80	53	16	69	23.2	87
0.155	1795	34	78	65	17	82	20.7	86
0.156	1794	34	84	55	15	70	21.4	85
0.157	1793	37	73	46	13	59	22.0	84
0.158	1792	35	74	61	15	76	19.7	83
0.159	1791	33	80	64	18	82	22.0	82
0.160	1790	38	77	53	13	66	19.7	81
0.161	1789	36	86	52	16	68	23.5	80
0.162	1788	36	79	44	14	58	24.1	79
0.163	1787	38	81	92	23	115	20.0	78
0.164	1786	36	80	86	26	112	23.2	77
0.165	1785	34	84	102	30	132	22.7	76
0.166	1784	39	84	93	31	124	25.0	75
0.167	1783	38	79	114	59	173	34.1	74
0.168	1782	36	69	83	20	103	19.4	73
0.169	1781	38	87	80	30	110	27.3	72
0.170	1780	39	100	111	59	170	34.7	71
0.171	1779	45	101	109	115	224	51.3	70
0.172	1778	39	89	102	49	151	32.5	69
0.173	1777	37	75	102	32	134	23.9	68
0.174	1776	42	93	96	47	143	32.9	67
0.175	1775	40	91	89	41	130	31.5	66
0.176	1774	40	83	79	39	118	33.1	65
0.177	1773	39	91	108	48	156	30.8	64
0.178	1772	37	84	76	48	124	38.7	63
0.179	1771	38	80	54	16	70	22.9	62
0.180	1770	40	82	63	26	89	29.2	61
0.181	1769	41	82	84	26	110	23.6	60
0.182	1768	38	84	87	35	122	28.7	59
0.183	1767	36	80	105	31	136	22.8	58
0.184	1766	34	79	106	40	146	27.4	57
0.185	1765	34	81	104	32	136	23.5	56
0.186	1764	35	78	133	26	159	16.4	55
0.187	1763	35	76	117	33	150	22.0	54
0.188	1762	37	88	110	26	136	19.1	53
0.189	1761	37	80	146	48	194	24.7	52
0.190	1760	33	86	95	28	123	22.8	51
0.191	1759	34	78	141	24	165	14.5	50
0.192	1758	37	76	111	24	135	17.8	49
0.193	1757	36	79	139	28	167	16.8	48
0.194	1756	33	71	194	41	235	17.4	47
0.195	1755	36	78	207	52	259	20.1	46
0.196	1754	37	79	197	61	258	23.6	45
0.197	1753	37	74	183	77	260	29.6	44
0.198	1752	38	84	192	61	253	24.1	43
0.199	1751	33	82	143	35	178	19.7	42
0.200	1750	39	81	192	66	258	25.6	41
0.201	1749	36	81	171	42	213	19.7	40
0.202	1748	34	88	181	48	229	21.0	39
0.203	1747	33	86	233	61	294	20.7	38
0.204	1746	38	75	166	86	252	34.1	37
0.205	1745	37	78	184	52	236	22.0	36
0.206	1744	40	76	227	62	289	21.5	35
0.207	1743	41	82	245	99	344	28.8	34
0.208	1742	38	79	296	87	383	22.7	33
0.209	1741	39	80	219	138	357	38.7	32
0.210	1740	40	76	246	84	330	25.5	31
0.211	1739	43	88	227	145	372	39.0	30
0.212	1738	49	77	285	195	480	40.6	29
0.213	1737	38	74	205	100	305	32.8	28
0.214	1736	36	85	249	70	319	21.9	27
0.215	1735	40	83	266	117	383	30.5	26
0.216	1734	50	85	167	252	419	60.1	25
0.217	1733	47	82	158	143	301	47.5	24
0.218	1732	40	82	141	61	202	30.2	23
0.219	1731	38	78	115	50	165	30.3	22