Citation:

PANGAEA.601297

Name: Tree-ring chronology of Picea abies (Norway spruce) compiled from tree samples TOW_FI
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: 2007-02-27

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Project(s):

Northern Hemispheric Dendroclimatological Network (NHD/WSL)

Coverage:

Latitude: 46.520000 * Longitude: 7.410000

Minimum Elevation: 875.0 m * Maximum Elevation: 875.0 m

Event(s):

TOW_FI * Latitude: 46.520000 * Longitude: 7.410000 * Elevation: 875.0 m * Location: Toppwald, BE, Switzerland * Campaign: * Method/Device: Tree ring sampling (TREE) * Comment: Exposition WNW; Slope 5 deg; av. Tree height 32 m; Vegatation type: Abieti-Fag. typ. (E+K 18),-luz. (E+K 19)(1); Film number: 608D

Comment:

Species PCAB; No of trees 13; No samples 26; No of years 139; Begin 1841; End 1979; Creation date 1982-09-01

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	AGE	Age	ka BP			Geocode
2	Age	Age	a AD/CE	Schweingruber, Fritz Hans
3	Density, minimum, weight	n	#	Schweingruber, Fritz Hans
4	Density, minimum	N	1/100 g/cm³	Schweingruber, Fritz Hans	Calculated
5	Density, maximum, weight	x	#	Schweingruber, Fritz Hans
6	Density, maximum	X	1/100 g/cm³	Schweingruber, Fritz Hans	Calculated
7	Earlywood width, weight	e	#	Schweingruber, Fritz Hans
8	Earlywood width	E	1/100 mm	Schweingruber, Fritz Hans	Calculated
9	Latewood width, weight	l	#	Schweingruber, Fritz Hans
10	Latewood width	L	1/100 mm	Schweingruber, Fritz Hans	Calculated
11	Ring width, weight	r	#	Schweingruber, Fritz Hans
12	Tree ring width	TRW	1/100 mm	Schweingruber, Fritz Hans	Calculated
13	Latewood, weight	p	#	Schweingruber, Fritz Hans
14	Latewood	P lw	%	Schweingruber, Fritz Hans	Calculated
15	Approximate age of pith	Age_pith	a	Schweingruber, Fritz Hans

License:

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

Size:

1946 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 [#]	4 N [1/100 g/cm³]	5 x [#]	6 X [1/100 g/cm³]	7 e [#]	8 E [1/100 mm]	9 l [#]	10 L [1/100 mm]	11 r [#]	12 TRW [1/100 mm]	13 p [#]	14 P lw [%]	15 Age_pith [a]
-0.029	1979	26	24	26	84	26	140	26	50	26	190	26	26.2	138
-0.028	1978	26	25	26	84	26	152	26	39	26	191	26	20.9	137
-0.027	1977	26	24	26	86	26	155	26	28	26	184	26	15.5	136
-0.026	1976	26	26	26	89	26	131	26	46	26	178	26	26.2	135
-0.025	1975	26	25	26	88	26	148	26	43	26	191	26	23.1	134
-0.024	1974	26	26	26	83	26	131	26	42	26	172	26	24.0	133
-0.023	1973	26	24	26	92	26	147	26	34	26	181	26	19.0	132
-0.022	1972	26	26	26	76	26	171	26	39	26	210	26	19.9	131
-0.021	1971	26	26	26	87	26	117	26	56	26	173	26	33.1	130
-0.020	1970	26	25	26	83	26	146	26	34	26	180	26	19.9	129
-0.019	1969	26	26	26	81	26	176	26	36	26	212	26	19.3	128
-0.018	1968	26	26	26	87	26	159	26	38	26	197	26	19.9	127
-0.017	1967	26	27	26	88	26	135	26	47	26	182	26	27.4	126
-0.016	1966	26	26	26	89	26	144	26	38	26	182	26	21.4	125
-0.015	1965	26	26	26	82	26	137	26	44	26	180	26	25.0	124
-0.014	1964	26	26	26	90	26	169	26	48	26	217	26	23.0	123
-0.013	1963	26	26	26	87	26	145	26	47	26	192	26	25.5	122
-0.012	1962	26	28	26	86	26	135	26	32	26	167	26	19.2	121
-0.011	1961	26	27	26	97	26	140	26	59	26	198	26	29.6	120
-0.010	1960	26	26	26	89	26	122	26	48	26	170	26	28.3	119
-0.009	1959	26	28	26	96	26	120	26	54	26	174	26	31.5	118
-0.008	1958	26	26	26	91	26	124	26	35	26	159	26	21.3	117
-0.007	1957	26	28	26	93	26	120	26	40	26	161	26	24.9	116
-0.006	1956	26	26	26	84	26	111	26	50	26	160	26	32.6	115
-0.005	1955	26	26	26	85	26	153	26	40	26	193	26	22.0	114
-0.004	1954	26	28	26	84	26	107	26	51	26	158	26	32.3	113
-0.003	1953	26	27	26	94	26	126	26	45	26	171	26	26.4	112
-0.002	1952	26	27	26	90	26	127	26	49	26	177	26	27.5	111
-0.001	1951	26	27	26	87	26	135	26	41	26	176	26	24.6	110
0.000	1950	26	28	26	91	26	111	26	44	26	155	26	28.4	109
0.001	1949	26	29	26	102	26	90	26	39	26	129	26	29.9	108
0.002	1948	26	29	26	95	26	109	26	38	26	147	26	24.9	107
0.003	1947	26	28	26	101	26	125	26	46	26	170	26	28.0	106
0.004	1946	26	27	26	95	26	106	26	40	26	145	26	27.2	105
0.005	1945	26	28	26	99	26	104	26	50	26	153	26	33.6	104
0.006	1944	26	27	26	86	26	108	26	47	26	155	26	30.8	103
0.007	1943	26	27	26	97	26	120	26	50	26	170	26	29.9	102
0.008	1942	26	28	26	96	26	134	26	38	26	172	26	22.8	101
0.009	1941	26	29	26	88	26	90	26	39	26	129	26	31.3	100
0.010	1940	26	28	26	88	26	111	26	42	26	154	26	28.3	99
0.011	1939	26	27	26	82	26	116	26	40	26	156	26	26.2	98
0.012	1938	26	28	26	89	26	104	26	43	26	146	26	30.8	97
0.013	1937	26	28	26	88	26	98	26	48	26	146	26	34.1	96
0.014	1936	26	27	26	90	26	107	26	26	26	133	26	20.1	95
0.015	1935	26	27	26	90	26	121	26	39	26	160	26	25.0	94
0.016	1934	26	30	26	96	26	118	26	44	26	161	26	29.2	93
0.017	1933	26	29	26	94	26	110	26	38	26	149	26	28.8	92
0.018	1932	26	27	26	94	26	140	26	29	26	169	26	18.1	91
0.019	1931	26	27	26	81	26	106	26	43	26	149	26	30.6	90
0.020	1930	26	27	26	89	26	114	26	40	26	155	26	27.3	89
0.021	1929	26	28	26	93	26	95	26	29	26	124	26	24.2	88
0.022	1928	26	27	26	96	26	119	26	35	26	154	26	23.8	87
0.023	1927	26	27	26	86	26	131	26	48	26	179	26	29.9	86
0.024	1926	26	28	26	94	26	116	26	39	26	155	26	27.7	85
0.025	1925	26	28	26	87	26	115	26	40	26	155	26	28.0	84
0.026	1924	26	28	26	93	26	109	26	33	26	142	26	24.9	83
0.027	1923	26	29	26	97	26	120	26	40	26	160	26	27.6	82
0.028	1922	26	30	26	88	26	103	26	34	26	136	26	26.7	81
0.029	1921	26	28	26	98	26	120	26	38	26	158	26	27.7	80
0.030	1920	26	27	26	97	26	134	26	44	26	178	26	27.5	79
0.031	1919	26	29	26	95	26	155	26	41	26	196	26	23.1	78
0.032	1918	26	29	26	92	26	170	26	53	26	223	26	27.0	77
0.033	1917	26	26	26	94	26	178	26	46	26	224	26	23.8	76
0.034	1916	26	27	26	85	26	189	26	48	26	237	26	23.2	75
0.035	1915	26	26	26	88	26	186	26	54	26	240	26	25.8	74
0.036	1914	26	28	26	86	26	176	26	47	26	222	26	24.3	73
0.037	1913	25	28	25	90	25	161	25	50	25	211	25	23.4	72
0.038	1912	25	27	25	77	25	163	25	48	25	212	25	24.9	71
0.039	1911	25	26	25	94	25	155	25	37	25	192	25	20.4	70
0.040	1910	25	26	25	82	25	155	25	46	25	201	25	24.6	69
0.041	1909	25	28	25	86	25	153	25	49	25	202	25	25.8	68
0.042	1908	25	28	25	90	25	145	25	55	25	200	25	27.8	67
0.043	1907	25	28	25	91	25	132	25	46	25	178	25	27.5	66
0.044	1906	25	29	25	89	25	140	25	37	25	177	25	23.2	65
0.045	1905	25	28	25	80	25	152	25	46	25	198	25	26.3	64
0.046	1904	24	26	24	95	24	163	24	43	24	206	24	23.0	63
0.047	1903	24	27	24	88	24	187	24	42	24	228	24	20.6	62
0.048	1902	24	28	24	88	24	150	24	48	24	198	24	27.1	61
0.049	1901	23	28	23	87	23	153	23	49	23	202	23	26.0	60
0.050	1900	22	28	22	93	22	142	22	38	22	180	22	23.4	59
0.051	1899	22	30	22	91	22	142	22	39	22	181	22	24.9	58
0.052	1898	22	28	22	92	22	145	22	39	22	184	22	23.8	57
0.053	1897	22	28	22	87	22	157	22	49	22	206	22	27.0	56
0.054	1896	21	25	21	83	21	152	21	45	21	197	21	25.7	55
0.055	1895	20	28	20	91	20	152	20	42	20	194	20	24.0	54
0.056	1894	19	27	19	92	19	148	19	44	19	192	19	26.6	53
0.057	1893	19	29	19	94	19	171	19	44	19	214	19	22.1	52
0.058	1892	19	27	19	87	19	129	19	51	19	181	19	28.6	51
0.059	1891	19	28	19	85	19	121	19	39	19	160	19	26.3	50
0.060	1890	19	29	19	89	19	111	19	41	19	153	19	28.7	49
0.061	1889	19	28	19	87	19	98	19	32	19	131	19	27.8	48
0.062	1888	18	28	18	84	18	121	18	35	18	155	18	24.4	47
0.063	1887	18	29	18	84	18	114	18	31	18	145	18	24.9	46
0.064	1886	18	29	18	86	18	121	18	40	18	161	18	25.9	45
0.065	1885	18	29	18	87	18	122	18	41	18	163	18	25.7	44
0.066	1884	17	27	17	88	17	134	17	50	17	184	17	28.5	43
0.067	1883	17	25	17	86	17	161	17	41	17	201	17	20.8	42
0.068	1882	17	26	17	79	17	162	17	49	17	211	17	24.4	41
0.069	1881	17	26	17	88	17	159	17	36	17	194	17	18.8	40
0.070	1880	17	28	17	84	17	178	17	39	17	218	17	20.2	39
0.071	1879	17	25	17	81	17	173	17	42	17	215	17	21.2	38
0.072	1878	16	26	16	77	16	216	16	43	16	259	16	17.9	37
0.073	1877	16	25	16	76	16	189	16	43	16	232	16	21.0	36
0.074	1876	14	26	14	83	14	124	14	35	14	159	14	23.2	35
0.075	1875	14	29	14	84	14	129	14	33	14	162	14	22.2	34
0.076	1874	14	30	14	84	14	107	14	40	14	147	14	27.4	33
0.077	1873	13	28	13	85	13	133	13	33	13	166	13	20.0	32
0.078	1872	11	29	11	83	11	101	11	36	11	137	11	27.0	31
0.079	1871	11	31	11	83	11	113	11	33	11	146	11	23.2	30
0.080	1870	10	30	10	83	10	101	10	46	10	147	10	31.5	29
0.081	1869	7	29	7	89	7	89	7	29	7	118	7	25.5	28
0.082	1868	6	26	6	93	6	72	6	37	6	108	6	33.3	27
0.083	1867	6	27	6	85	6	176	6	27	6	203	6	13.4	26
0.084	1866	6	27	6	86	6	153	6	38	6	191	6	19.9	25
0.085	1865	6	26	6	90	6	110	6	41	6	150	6	26.9	24
0.086	1864	6	27	6	85	6	144	6	36	6	180	6	20.4	23
0.087	1863	6	28	6	87	6	131	6	50	6	181	6	25.8	22
0.088	1862	6	28	6	84	6	141	6	60	6	201	6	28.4	21
0.089	1861	6	26	6	82	6	178	6	51	6	228	6	22.4	20
0.090	1860	6	28	6	76	6	138	6	46	6	183	6	22.7	19
0.091	1859	6	27	6	89	6	122	6	61	6	182	6	25.4	18
0.092	1858	6	27	6	78	6	127	6	48	6	175	6	29.1	17
0.093	1857	6	27	6	85	6	148	6	33	6	181	6	20.0	16
0.094	1856	6	26	6	84	6	145	6	35	6	180	6	20.8	15
0.095	1855	6	26	6	76	6	159	6	24	6	183	6	13.4	14
0.096	1854	5	27	5	83	5	188	5	28	5	217	5	13.2	13
0.097	1853	5	25	5	80	5	163	5	33	5	197	5	18.4	12
0.098	1852	4	28	4	86	4	153	4	31	4	184	4	17.4	11
0.099	1851	4	29	4	81	4	140	4	31	4	170	4	19.6	10
0.100	1850	4	31	4	79	4	121	4	34	4	155	4	25.9	9
0.101	1849	3	26	3	90	3	90	3	25	3	115	3	22.0	8
0.102	1848	3	28	3	81	3	109	3	22	3	131	3	16.8	7
0.103	1847	3	27	3	79	3	126	3	21	3	148	3	16.6	6
0.104	1846	3	26	3	79	3	203	3	26	3	229	3	12.7	5
0.105	1845	3	25	3	76	3	198	3	34	3	232	3	20.6	4
0.106	1844	3	27	3	72	3	189	3	28	3	217	3	13.4	3
0.107	1843	3	29	3	71	3	178	3	31	3	209	3	15.0	2
0.108	1842	3	27	3	77	3	197	3	29	3	227	3	14.9	1
0.109	1841	1	25	1	80	1	252	1	78	1	330	1	23.6	0