Citation:

PANGAEA.601294

Always quote citation above when using data! You can download the citation in several formats below.

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Project(s):

Northern Hemispheric Dendroclimatological Network (NHD/WSL)

Coverage:

Latitude: 46.070000 * Longitude: 7.110000

Minimum Elevation: 1540.0 m * Maximum Elevation: 1540.0 m

Event(s):

TORR * Latitude: 46.070000 * Longitude: 7.110000 * Elevation: 1540.0 m * Location: Torrent des Croix, VS, Switzerland * Campaign: * Method/Device: Tree ring sampling (TREE) * Comment: Exposition W; Slope 25 deg; Geology: Anstehender Kalk; av. Tree height 15 m; Tree cover 40%; Shrub cover 2%; Herb cover 20%; Vegatation type: Flachgr. trock. Fö-Standort. Obere Verbr. gr; Film number: 577A

Comment:

Species PISY; No of trees 13; No samples 26; No of years 147; Begin 1833; End 1979; Creation date 1983-04-01

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:

2058 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	25	34	25	74	25	28	25	8	25	37	25	22.8	147
-0.028	1978	25	35	25	77	25	26	25	9	25	36	25	27.7	146
-0.027	1977	25	34	25	74	25	27	25	8	25	36	25	26.0	145
-0.026	1976	24	40	24	71	24	16	24	6	24	22	24	28.5	144
-0.025	1975	25	35	25	78	25	24	25	8	25	33	25	28.0	143
-0.024	1974	25	35	25	82	25	34	25	10	25	44	25	24.4	142
-0.023	1973	25	33	25	80	25	46	25	10	25	56	25	19.3	141
-0.022	1972	25	36	25	83	25	39	25	12	25	52	25	24.1	140
-0.021	1971	26	35	26	89	26	41	26	12	26	53	26	23.3	139
-0.020	1970	26	34	26	86	26	49	26	13	26	62	26	22.0	138
-0.019	1969	26	34	26	90	26	47	26	17	26	64	26	27.0	137
-0.018	1968	26	35	26	88	26	50	26	14	26	64	26	23.3	136
-0.017	1967	26	35	26	92	26	42	26	20	26	63	26	33.3	135
-0.016	1966	26	35	26	85	26	43	26	12	26	56	26	22.1	134
-0.015	1965	26	33	26	77	26	44	26	12	26	57	26	22.6	133
-0.014	1964	26	36	26	93	26	49	26	14	26	63	26	23.6	132
-0.013	1963	26	33	26	86	26	43	26	14	26	57	26	25.4	131
-0.012	1962	26	36	26	85	26	36	26	10	26	46	26	23.7	130
-0.011	1961	26	36	26	90	26	39	26	18	26	58	26	33.2	129
-0.010	1960	26	34	26	82	26	50	26	12	26	63	26	19.4	128
-0.009	1959	26	36	26	92	26	46	26	16	26	62	26	25.8	127
-0.008	1958	26	35	26	90	26	48	26	16	26	65	26	25.0	126
-0.007	1957	26	35	26	87	26	40	26	13	26	54	26	25.7	125
-0.006	1956	26	36	26	86	26	42	26	13	26	56	26	24.0	124
-0.005	1955	26	36	26	91	26	42	26	15	26	57	26	26.7	123
-0.004	1954	26	36	26	86	26	37	26	12	26	49	26	25.5	122
-0.003	1953	26	34	26	91	26	43	26	15	26	58	26	26.5	121
-0.002	1952	26	36	26	97	26	50	26	17	26	68	26	25.4	120
-0.001	1951	26	34	26	93	26	54	26	16	26	70	26	23.2	119
0.000	1950	26	36	26	95	26	44	26	16	26	60	26	27.3	118
0.001	1949	26	36	26	98	26	49	26	21	26	71	26	29.0	117
0.002	1948	26	36	26	76	26	37	26	8	26	45	26	17.3	116
0.003	1947	26	37	26	89	26	39	26	11	26	51	26	23.7	115
0.004	1946	26	35	26	92	26	46	26	17	26	64	26	27.5	114
0.005	1945	26	35	26	93	26	40	26	15	26	55	26	27.7	113
0.006	1944	26	39	26	90	26	38	26	15	26	53	26	28.9	112
0.007	1943	26	35	26	92	26	48	26	14	26	63	26	22.9	111
0.008	1942	26	37	26	89	26	36	26	12	26	48	26	25.5	110
0.009	1941	26	34	26	87	26	44	26	13	26	57	26	23.0	109
0.010	1940	26	35	26	86	26	36	26	14	26	51	26	28.4	108
0.011	1939	26	34	26	85	26	51	26	13	26	64	26	20.8	107
0.012	1938	26	35	26	94	26	40	26	16	26	56	26	29.2	106
0.013	1937	26	34	26	94	26	43	26	14	26	58	26	25.9	105
0.014	1936	26	36	26	91	26	37	26	12	26	50	26	25.9	104
0.015	1935	26	34	26	91	26	41	26	12	26	54	26	22.6	103
0.016	1934	26	38	26	89	26	33	26	11	26	44	26	25.6	102
0.017	1933	26	37	26	95	26	44	26	16	26	61	26	28.6	101
0.018	1932	26	34	26	95	26	68	26	21	26	89	26	23.4	100
0.019	1931	26	34	26	90	26	55	26	17	26	72	26	23.1	99
0.020	1930	26	34	26	90	26	60	26	15	26	76	26	20.8	98
0.021	1929	26	35	26	95	26	55	26	22	26	77	26	29.0	97
0.022	1928	26	33	26	98	26	64	26	18	26	83	26	22.6	96
0.023	1927	26	37	26	92	26	41	26	18	26	60	26	29.9	95
0.024	1926	26	36	26	93	26	52	26	21	26	73	26	29.9	94
0.025	1925	26	37	26	92	26	42	26	15	26	57	26	25.4	93
0.026	1924	26	34	26	86	26	42	26	10	26	53	26	21.0	92
0.027	1923	26	37	26	93	26	31	26	16	26	47	26	34.5	91
0.028	1922	26	34	26	79	26	33	26	8	26	41	26	20.2	90
0.029	1921	26	43	26	78	26	17	26	6	26	23	26	27.1	89
0.030	1920	26	36	26	95	26	37	26	15	26	52	26	29.1	88
0.031	1919	26	37	26	91	26	46	26	13	26	59	26	22.7	87
0.032	1918	26	35	26	93	26	54	26	16	26	71	26	23.8	86
0.033	1917	26	35	26	90	26	56	26	18	26	75	26	24.8	85
0.034	1916	26	35	26	94	26	57	26	17	26	74	26	23.1	84
0.035	1915	26	36	26	92	26	55	26	18	26	73	26	25.1	83
0.036	1914	26	35	26	91	26	65	26	22	26	87	26	25.0	82
0.037	1913	25	36	25	90	25	51	25	13	25	64	25	21.2	81
0.038	1912	26	36	26	83	26	56	26	15	26	71	26	21.4	80
0.039	1911	26	34	26	95	26	58	26	14	26	72	26	19.9	79
0.040	1910	26	35	26	87	26	54	26	17	26	71	26	24.0	78
0.041	1909	26	37	26	93	26	47	26	17	26	65	26	26.6	77
0.042	1908	26	34	26	96	26	61	26	18	26	79	26	22.6	76
0.043	1907	26	39	26	99	26	50	26	23	26	74	26	32.1	75
0.044	1906	26	36	26	98	26	56	26	20	26	77	26	26.2	74
0.045	1905	26	33	26	89	26	61	26	17	26	79	26	22.2	73
0.046	1904	25	35	25	95	25	55	25	17	25	73	25	24.3	72
0.047	1903	26	39	26	95	26	48	26	15	26	63	26	24.1	71
0.048	1902	26	36	26	94	26	54	26	20	26	74	26	27.4	70
0.049	1901	26	35	26	94	26	54	26	14	26	68	26	20.3	69
0.050	1900	26	35	26	96	26	69	26	22	26	92	26	24.1	68
0.051	1899	26	37	26	101	26	56	26	26	26	83	26	31.4	67
0.052	1898	26	36	26	97	26	72	26	23	26	96	26	25.3	66
0.053	1897	26	35	26	97	26	52	26	24	26	77	26	31.7	65
0.054	1896	26	35	26	82	26	50	26	14	26	64	26	22.3	64
0.055	1895	26	36	26	95	26	56	26	19	26	76	26	25.1	63
0.056	1894	26	36	26	92	26	53	26	13	26	67	26	19.6	62
0.057	1893	26	41	26	94	26	47	26	14	26	62	26	23.2	61
0.058	1892	26	35	26	95	26	61	26	16	26	77	26	21.5	60
0.059	1891	26	34	26	92	26	65	26	18	26	83	26	21.8	59
0.060	1890	26	35	26	93	26	62	26	18	26	81	26	22.5	58
0.061	1889	26	33	26	92	26	67	26	14	26	82	26	18.0	57
0.062	1888	26	37	26	88	26	56	26	16	26	72	26	22.8	56
0.063	1887	26	34	26	94	26	69	26	18	26	88	26	21.1	55
0.064	1886	26	37	26	97	26	63	26	20	26	83	26	24.0	54
0.065	1885	26	35	26	98	26	82	26	19	26	102	26	19.3	53
0.066	1884	26	36	26	97	26	89	26	29	26	119	26	24.9	52
0.067	1883	26	33	26	93	26	107	26	23	26	130	26	17.6	51
0.068	1882	26	34	26	96	26	108	26	34	26	143	26	24.1	50
0.069	1881	26	34	26	97	26	94	26	31	26	125	26	24.7	49
0.070	1880	26	37	26	101	26	67	26	21	26	89	26	23.7	48
0.071	1879	26	34	26	96	26	80	26	29	26	110	26	27.1	47
0.072	1878	26	34	26	96	26	91	26	29	26	121	26	23.8	46
0.073	1877	26	32	26	96	26	79	26	22	26	102	26	22.1	45
0.074	1876	26	35	26	95	26	80	26	20	26	100	26	20.4	44
0.075	1875	26	35	26	94	26	86	26	30	26	117	26	25.8	43
0.076	1874	26	37	26	95	26	63	26	21	26	84	26	24.5	42
0.077	1873	26	35	26	99	26	83	26	23	26	106	26	21.5	41
0.078	1872	26	35	26	95	26	94	26	34	26	129	26	27.0	40
0.079	1871	26	36	26	99	26	88	26	28	26	117	26	24.7	39
0.080	1870	26	35	26	97	26	74	26	21	26	95	26	21.5	38
0.081	1869	26	34	26	99	26	106	26	24	26	130	26	18.8	37
0.082	1868	26	34	26	100	26	93	26	24	26	118	26	21.3	36
0.083	1867	26	34	26	99	26	98	26	32	26	130	26	24.7	35
0.084	1866	26	32	26	87	26	92	26	25	26	117	26	21.4	34
0.085	1865	26	35	26	94	26	69	26	15	26	85	26	18.4	33
0.086	1864	26	33	26	96	26	100	26	23	26	123	26	19.2	32
0.087	1863	26	33	26	94	26	94	26	16	26	111	26	15.4	31
0.088	1862	26	37	26	97	26	82	26	20	26	103	26	20.7	30
0.089	1861	26	33	26	96	26	104	26	30	26	134	26	23.5	29
0.090	1860	26	33	26	80	26	108	26	19	26	128	26	15.7	28
0.091	1859	26	30	26	98	26	119	26	22	26	142	26	16.0	27
0.092	1858	26	33	26	93	26	93	26	25	26	119	26	21.8	26
0.093	1857	26	33	26	96	26	110	26	23	26	133	26	17.7	25
0.094	1856	26	31	26	94	26	133	26	31	26	165	26	19.5	24
0.095	1855	26	34	26	95	26	104	26	23	26	127	26	18.5	23
0.096	1854	25	35	25	92	25	143	25	46	25	189	25	24.7	22
0.097	1853	24	29	24	86	24	167	24	41	24	208	24	20.3	21
0.098	1852	23	33	23	85	23	142	23	39	23	181	23	21.7	20
0.099	1851	23	33	23	77	23	145	23	38	23	183	23	21.5	19
0.100	1850	23	32	23	85	23	127	23	35	23	162	23	21.4	18
0.101	1849	22	30	22	93	22	148	22	28	22	177	22	16.4	17
0.102	1848	21	33	21	93	21	186	21	40	21	226	21	17.8	16
0.103	1847	21	32	21	84	21	184	21	50	21	234	21	21.7	15
0.104	1846	17	31	17	93	17	224	17	38	17	263	17	14.9	14
0.105	1845	15	30	15	75	15	207	15	31	15	238	15	13.5	13
0.106	1844	14	32	14	83	14	198	14	28	14	227	14	13.8	12
0.107	1843	11	31	11	82	11	234	11	43	11	277	11	15.7	11
0.108	1842	11	31	11	87	11	202	11	38	11	240	11	16.3	10
0.109	1841	7	34	7	86	7	169	7	30	7	199	7	16.1	9
0.110	1840	7	30	7	84	7	167	7	44	7	211	7	20.9	8
0.111	1839	3	30	3	92	3	139	3	31	3	170	3	18.4	7
0.112	1838	3	32	3	91	3	155	3	36	3	191	3	18.5	6
0.113	1837	3	33	3	89	3	158	3	30	3	189	3	16.8	5
0.114	1836	3	31	3	90	3	171	3	29	3	200	3	14.6	4
0.115	1835	3	31	3	77	3	180	3	31	3	211	3	14.4	3
0.116	1834	1	35	1	92	1	119	1	29	1	148	1	19.6	2
0.117	1833	1	36	1	74	1	169	1	16	1	185	1	8.6	1