Citation:

PANGAEA.591256

Name: Tree-ring measurements of Pinus sylvestris (Scotch pine) from sample DAI-51
Published: 2007-01-24
License: https://creativecommons.org/licenses/by/3.0/

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Published: 2007-01-24 • DOI registered: 2007-02-22

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Project(s):

Northern Hemispheric Dendroclimatological Network (NHD/WSL)

Coverage:

Latitude: 46.080000 * Longitude: 7.110000

Minimum Elevation: 1240.0 m * Maximum Elevation: 1240.0 m

Event(s):

DAI * Latitude: 46.080000 * Longitude: 7.110000 * Elevation: 1240.0 m * Location: Creux du Dailley, VS, Switzerland * Campaign: * Method/Device: Tree ring sampling (TREE) * Comment: Exposition SW; Slope 25 deg; Geology: Anstehender Kalk; av. Tree height 13 m; Tree cover 55%; Shrub cover 5%; Herb cover 1%; Vegatation type: Hom. flachgr. Fö-Standort. Steil+Windexpon. ; Film number: 581A

Comment:

Species PISY; No of rings 146; Begin 1746; End 1891

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:

1168 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]
0.059	1891	29	66	28	6	34	17.6	146
0.060	1890	32	69	23	8	31	25.8	145
0.061	1889	29	69	31	6	37	16.2	144
0.062	1888	33	70	49	9	58	15.5	143
0.063	1887	30	70	41	9	50	18.0	142
0.064	1886	34	68	33	8	41	19.5	141
0.065	1885	33	75	45	9	54	16.7	140
0.066	1884	36	88	44	22	66	33.3	139
0.067	1883	31	83	68	18	86	20.9	138
0.068	1882	32	86	76	31	107	29.0	137
0.069	1881	32	76	57	18	75	24.0	136
0.070	1880	37	85	50	13	63	20.6	135
0.071	1879	33	88	78	32	110	29.1	134
0.072	1878	32	87	81	26	107	24.3	133
0.073	1877	29	89	66	26	92	28.3	132
0.074	1876	30	78	58	13	71	18.3	131
0.075	1875	29	66	43	6	49	12.2	130
0.076	1874	34	63	23	4	27	14.8	129
0.077	1873	31	71	39	6	45	13.3	128
0.078	1872	32	69	37	6	43	14.0	127
0.079	1871	28	74	41	8	49	16.3	126
0.080	1870	30	68	24	3	27	11.1	125
0.081	1869	31	68	37	4	41	9.8	124
0.082	1868	29	77	43	6	49	12.2	123
0.083	1867	29	74	52	7	59	11.9	122
0.084	1866	28	76	43	5	48	10.4	121
0.085	1865	30	65	36	2	38	5.3	120
0.086	1864	30	66	39	4	43	9.3	119
0.087	1863	35	64	15	2	17	11.8	118
0.088	1862	33	78	41	8	49	16.3	117
0.089	1861	32	80	46	9	55	16.4	116
0.090	1860	34	70	37	5	42	11.9	115
0.091	1859	34	66	27	3	30	10.0	114
0.092	1858	35	63	15	2	17	11.8	113
0.093	1857	33	63	33	3	36	8.3	112
0.094	1856	34	83	36	9	45	20.0	111
0.095	1855	33	76	33	6	39	15.4	110
0.096	1854	39	85	27	13	40	32.5	109
0.097	1853	31	89	57	11	68	16.2	108
0.098	1852	35	83	41	9	50	18.0	107
0.099	1851	34	83	49	16	65	24.6	106
0.100	1850	35	81	39	8	47	17.0	105
0.101	1849	31	82	53	8	61	13.1	104
0.102	1848	34	90	63	13	76	17.1	103
0.103	1847	32	89	49	18	67	26.9	102
0.104	1846	28	89	56	12	68	17.6	101
0.105	1845	30	83	35	7	42	16.7	100
0.106	1844	32	82	37	9	46	19.6	99
0.107	1843	35	80	58	10	68	14.7	98
0.108	1842	36	80	42	12	54	22.2	97
0.109	1841	36	76	33	10	43	23.3	96
0.110	1840	36	63	41	3	44	6.8	95
0.111	1839	30	89	55	10	65	15.4	94
0.112	1838	32	88	50	13	63	20.6	93
0.113	1837	32	81	40	9	49	18.4	92
0.114	1836	30	72	29	4	33	12.1	91
0.115	1835	33	69	30	3	33	9.1	90
0.116	1834	33	78	20	7	27	25.9	89
0.117	1833	31	70	27	5	32	15.6	88
0.118	1832	34	63	37	3	40	7.5	87
0.119	1831	35	85	41	11	52	21.2	86
0.120	1830	35	83	35	11	46	23.9	85
0.121	1829	39	87	35	9	44	20.5	84
0.122	1828	33	85	47	7	54	13.0	83
0.123	1827	33	86	60	9	69	13.0	82
0.124	1826	36	91	56	11	67	16.4	81
0.125	1825	35	93	76	16	92	17.4	80
0.126	1824	33	90	59	16	75	21.3	79
0.127	1823	34	86	69	13	82	15.9	78
0.128	1822	34	92	56	14	70	20.0	77
0.129	1821	32	83	59	11	70	15.7	76
0.130	1820	34	90	53	16	69	23.2	75
0.131	1819	33	89	69	15	84	17.9	74
0.132	1818	31	93	74	16	90	17.8	73
0.133	1817	30	87	71	26	97	26.8	72
0.134	1816	33	73	75	10	85	11.8	71
0.135	1815	33	85	65	13	78	16.7	70
0.136	1814	33	84	70	14	84	16.7	69
0.137	1813	30	85	73	14	87	16.1	68
0.138	1812	31	83	58	11	69	15.9	67
0.139	1811	31	81	60	9	69	13.0	66
0.140	1810	34	83	48	11	59	18.6	65
0.141	1809	34	85	51	13	64	20.3	64
0.142	1808	33	80	52	7	59	11.9	63
0.143	1807	34	78	59	8	67	11.9	62
0.144	1806	32	88	48	8	56	14.3	61
0.145	1805	36	85	53	7	60	11.7	60
0.146	1804	32	88	60	13	73	17.8	59
0.147	1803	35	83	64	8	72	11.1	58
0.148	1802	35	89	56	17	73	23.3	57
0.149	1801	37	76	46	6	52	11.5	56
0.150	1800	34	80	48	7	55	12.7	55
0.151	1799	34	80	51	6	57	10.5	54
0.152	1798	34	83	63	6	69	8.7	53
0.153	1797	33	80	66	8	74	10.8	52
0.154	1796	30	91	80	13	93	14.0	51
0.155	1795	32	90	72	18	90	20.0	50
0.156	1794	31	92	87	12	99	12.1	49
0.157	1793	32	84	70	7	77	9.1	48
0.158	1792	34	93	65	13	78	16.7	47
0.159	1791	36	83	68	10	78	12.8	46
0.160	1790	36	93	65	26	91	28.6	45
0.161	1789	34	100	66	16	82	19.5	44
0.162	1788	36	91	46	8	54	14.8	43
0.163	1787	35	93	42	9	51	17.6	42
0.164	1786	35	96	51	17	68	25.0	41
0.165	1785	38	94	51	11	62	17.7	40
0.166	1784	37	97	65	18	83	21.7	39
0.167	1783	38	98	78	28	106	26.4	38
0.168	1782	33	99	103	30	133	22.6	37
0.169	1781	38	99	74	37	111	33.3	36
0.170	1780	34	100	85	33	118	28.0	35
0.171	1779	36	97	63	22	85	25.9	34
0.172	1778	37	87	86	11	97	11.3	33
0.173	1777	35	99	129	32	161	19.9	32
0.174	1776	36	102	105	32	137	23.4	31
0.175	1775	36	91	170	61	231	26.4	30
0.176	1774	35	95	99	21	120	17.5	29
0.177	1773	36	97	105	14	119	11.8	28
0.178	1772	34	89	126	41	167	24.6	27
0.179	1771	38	102	127	26	153	17.0	26
0.180	1770	35	96	126	34	160	21.3	25
0.181	1769	34	99	155	32	187	17.1	24
0.182	1768	39	94	116	43	159	27.0	23
0.183	1767	38	96	121	28	149	18.8	22
0.184	1766	35	98	166	50	216	23.1	21
0.185	1765	36	96	163	56	219	25.6	20
0.186	1764	32	91	155	71	226	31.4	19
0.187	1763	32	97	170	25	195	12.8	18
0.188	1762	35	93	102	15	117	12.8	17
0.189	1761	35	97	189	30	219	13.7	16
0.190	1760	34	104	164	29	193	15.0	15
0.191	1759	35	96	213	25	238	10.5	14
0.192	1758	30	86	218	58	276	21.0	13
0.193	1757	32	97	140	51	191	26.7	12
0.194	1756	29	94	145	34	179	19.0	11
0.195	1755	36	89	128	36	164	22.0	10
0.196	1754	33	95	247	34	281	12.1	9
0.197	1753	31	82	205	60	265	22.6	8
0.198	1752	29	86	318	47	365	12.9	7
0.199	1751	31	82	413	70	483	14.5	6
0.200	1750	32	85	322	78	400	19.5	5
0.201	1749	34	83	240	81	321	25.2	4
0.202	1748	29	70	346	66	412	16.0	3
0.203	1747	30	87	365	75	440	17.0	2
0.204	1746	30	83	397	61	458	13.3	1