Citation:

PANGAEA.590372

Name: Tree-ring measurements of Abies alba (Silver fir) from sample BWS_TK-461
Creator: Fritz Hans Schweingruber
Published: 2007-01-24
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: 2007-01-24 • DOI registered: 2007-02-22

RIS Citation BibTeX Citation Text Citation ShareShow Map Google Earth

Project(s):

Northern Hemispheric Dendroclimatological Network (NHD/WSL)

Coverage:

Latitude: 46.200000 * Longitude: 7.380000

Minimum Elevation: 1230.0 m * Maximum Elevation: 1230.0 m

Event(s):

BWS_TK * Latitude: 46.200000 * Longitude: 7.380000 * Elevation: 1230.0 m * Location: Bannwald, Switzerland * Campaign: * Method/Device: Tree ring sampling (TREE) * Comment: Exposition SW; Slope 40 deg; Geology: Kalkmoränenschutt; av. Tree height 27 m; Vegatation type: Carici albae Abiet. carice; Film number: 603E

Comment:

Species ABAL; No of rings 132; Begin 1841; 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:

1056 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	43	69	4	4	8	50.0	144
-0.021	1971	38	70	8	4	12	33.3	143
-0.020	1970	33	73	14	4	18	22.2	142
-0.019	1969	32	82	15	5	20	25.0	141
-0.018	1968	35	69	10	4	14	28.6	140
-0.017	1967	29	81	18	4	22	18.2	139
-0.016	1966	31	83	27	5	32	15.6	138
-0.015	1965	30	66	16	3	19	15.8	137
-0.014	1964	32	70	16	4	20	20.0	136
-0.013	1963	37	70	10	5	15	33.3	135
-0.012	1962	33	65	11	4	15	26.7	134
-0.011	1961	32	80	16	6	22	27.3	133
-0.010	1960	35	74	11	5	16	31.3	132
-0.009	1959	37	82	11	7	18	38.9	131
-0.008	1958	35	91	15	7	22	31.8	130
-0.007	1957	32	66	15	4	19	21.1	129
-0.006	1956	38	79	14	5	19	26.3	128
-0.005	1955	33	80	16	5	21	23.8	127
-0.004	1954	37	78	15	6	21	28.6	126
-0.003	1953	36	80	13	7	20	35.0	125
-0.002	1952	35	75	20	5	25	20.0	124
-0.001	1951	32	80	19	7	26	26.9	123
0.000	1950	32	67	14	4	18	22.2	122
0.001	1949	35	82	15	6	21	28.6	121
0.002	1948	36	76	13	5	18	27.8	120
0.003	1947	35	93	18	8	26	30.8	119
0.004	1946	32	89	27	9	36	25.0	118
0.005	1945	35	95	21	9	30	30.0	117
0.006	1944	36	83	14	6	20	30.0	116
0.007	1943	34	93	29	10	39	25.6	115
0.008	1942	33	89	27	8	35	22.9	114
0.009	1941	30	90	39	5	44	11.4	113
0.010	1940	32	94	47	9	56	16.1	112
0.011	1939	36	91	27	8	35	22.9	111
0.012	1938	31	94	41	8	49	16.3	110
0.013	1937	30	95	52	8	60	13.3	109
0.014	1936	31	96	44	8	52	15.4	108
0.015	1935	32	95	39	11	50	22.0	107
0.016	1934	34	93	39	11	50	22.0	106
0.017	1933	36	92	39	11	50	22.0	105
0.018	1932	30	101	71	18	89	20.2	104
0.019	1931	29	87	41	11	52	21.2	103
0.020	1930	32	95	36	10	46	21.7	102
0.021	1929	31	98	43	11	54	20.4	101
0.022	1928	29	101	48	13	61	21.3	100
0.023	1927	27	96	51	10	61	16.4	99
0.024	1926	29	95	60	19	79	24.1	98
0.025	1925	35	96	24	9	33	27.3	97
0.026	1924	29	94	51	11	62	17.7	96
0.027	1923	31	100	46	15	61	24.6	95
0.028	1922	29	93	41	15	56	26.8	94
0.029	1921	74	94	2	3	5	60.0	93
0.030	1920	30	102	41	18	59	30.5	92
0.031	1919	32	98	49	15	64	23.4	91
0.032	1918	29	94	44	14	58	24.1	90
0.033	1917	29	94	45	11	56	19.6	89
0.034	1916	31	97	50	15	65	23.1	88
0.035	1915	28	87	39	7	46	15.2	87
0.036	1914	31	91	35	13	48	27.1	86
0.037	1913	33	88	37	11	48	22.9	85
0.038	1912	34	85	23	11	34	32.4	84
0.039	1911	31	98	40	10	50	20.0	83
0.040	1910	33	91	31	11	42	26.2	82
0.041	1909	35	88	22	10	32	31.3	81
0.042	1908	31	95	36	10	46	21.7	80
0.043	1907	32	85	23	9	32	28.1	79
0.044	1906	32	98	40	10	50	20.0	78
0.045	1905	28	81	42	5	47	10.6	77
0.046	1904	31	91	37	9	46	19.6	76
0.047	1903	33	91	33	7	40	17.5	75
0.048	1902	29	93	53	12	65	18.5	74
0.049	1901	32	97	35	10	45	22.2	73
0.050	1900	30	93	40	9	49	18.4	72
0.051	1899	31	93	44	12	56	21.4	71
0.052	1898	29	98	57	15	72	20.8	70
0.053	1897	29	95	54	14	68	20.6	69
0.054	1896	30	90	40	9	49	18.4	68
0.055	1895	31	98	45	11	56	19.6	67
0.056	1894	40	95	24	7	31	22.6	66
0.057	1893	37	99	38	13	51	25.5	65
0.058	1892	29	98	76	13	89	14.6	64
0.059	1891	27	95	83	25	108	23.1	63
0.060	1890	28	97	78	20	98	20.4	62
0.061	1889	26	94	114	23	137	16.8	61
0.062	1888	28	95	59	13	72	18.1	60
0.063	1887	26	97	44	9	53	17.0	59
0.064	1886	28	98	55	9	64	14.1	58
0.065	1885	32	99	40	7	47	14.9	57
0.066	1884	30	102	53	10	63	15.9	56
0.067	1883	28	92	72	15	87	17.2	55
0.068	1882	35	92	37	11	48	22.9	54
0.069	1881	32	96	61	19	80	23.8	53
0.070	1880	34	96	78	24	102	23.5	52
0.071	1879	27	97	97	36	133	27.1	51
0.072	1878	31	98	86	30	116	25.9	50
0.073	1877	27	100	73	18	91	19.8	49
0.074	1876	28	96	90	28	118	23.7	48
0.075	1875	32	96	59	27	86	31.4	47
0.076	1874	36	98	43	21	64	32.8	46
0.077	1873	30	99	95	28	123	22.8	45
0.078	1872	30	99	95	35	130	26.9	44
0.079	1871	30	100	91	30	121	24.8	43
0.080	1870	32	99	76	23	99	23.2	42
0.081	1869	28	98	90	29	119	24.4	41
0.082	1868	28	101	104	28	132	21.2	40
0.083	1867	27	98	140	41	181	22.7	39
0.084	1866	29	92	116	34	150	22.7	38
0.085	1865	33	100	78	31	109	28.4	37
0.086	1864	31	96	81	39	120	32.5	36
0.087	1863	29	99	116	39	155	25.2	35
0.088	1862	28	105	96	28	124	22.6	34
0.089	1861	31	98	107	48	155	31.0	33
0.090	1860	30	95	87	29	116	25.0	32
0.091	1859	29	100	141	53	194	27.3	31
0.092	1858	28	103	117	41	158	25.9	30
0.093	1857	35	99	101	63	164	38.4	29
0.094	1856	34	103	109	54	163	33.1	28
0.095	1855	32	105	143	44	187	23.5	27
0.096	1854	27	102	157	42	199	21.1	26
0.097	1853	24	98	166	40	206	19.4	25
0.098	1852	28	95	140	48	188	25.5	24
0.099	1851	26	92	173	43	216	19.9	23
0.100	1850	29	99	138	42	180	23.3	22
0.101	1849	24	99	146	47	193	24.4	21
0.102	1848	27	98	168	61	229	26.6	20
0.103	1847	27	92	134	60	194	30.9	19
0.104	1846	26	99	198	43	241	17.8	18
0.105	1845	28	91	165	44	209	21.1	17
0.106	1844	30	98	154	49	203	24.1	16
0.107	1843	32	98	144	45	189	23.8	15
0.108	1842	30	99	215	59	274	21.5	14
0.109	1841	30	92	213	88	301	29.2	13