Citation:

PANGAEA.594206

Name: Tree-ring measurements of Picea abies (Norway spruce) from sample LAAJEN-92
Published: 2007-01-25
License: https://creativecommons.org/licenses/by/3.0/

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Published: 2007-01-25 • DOI registered: 2007-02-23

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Project(s):

Northern Hemispheric Dendroclimatological Network (NHD/WSL)

Coverage:

Latitude: 67.000000 * Longitude: 27.070000

Minimum Elevation: 270.0 m * Maximum Elevation: 270.0 m

Event(s):

LAAJEN * Latitude: 67.000000 * Longitude: 27.070000 * Elevation: 270.0 m * Location: Laagennus, Pyhäntunturi, NP, Finland * Campaign: * Method/Device: Tree ring sampling (TREE) * Comment: Exposition S; Slope 5 deg; Geology: Granit; Tree line 450 m; av. Tree height 25 m; Tree cover 50%; Shrub cover 15%; Herb cover 90%; Moss cover 100%; Vegatation type: Myrtillo-Piceetum; Film number: 538A

Comment:

Species PCAB; No of rings 138; Begin 1701; End 1838

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:

1098 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]
0.112	1838	26	72	57	8	65	12.3	152
0.113	1837	29	73	46	8	54	14.8	151
0.114	1836	27	73	51	8	59	13.6	150
0.115	1835	24	70	60	10	70	14.3	149
0.116	1834	27	79	63	7	70	10.0	148
0.117	1833	26	76	79	10	89	11.2	147
0.118	1832	30	73	61	10	71	14.1	146
0.119	1831	23	87	94	13	107	12.1	145
0.120	1830	25	80	91	15	106	14.2	144
0.121	1829	26	83	114	17	131	13.0	143
0.122	1828	26	87	98	16	114	14.0	142
0.123	1827	25	81	113	12	125	9.6	141
0.124	1826	23	93	120	15	135	11.1	140
0.125	1825	25	78	80	11	91	12.1	139
0.126	1824	24	75	72	8	80	10.0	138
0.127	1823	25	81	61	9	70	12.9	137
0.128	1822	28	83	31	9	40	22.5	136
0.129	1821	30	70	8	2	10	20.0	135
0.130	1820	29	79	33	8	41	19.5	134
0.131	1819	28	82	30	8	38	21.1	133
0.132	1818	28	67	18	5	23	21.7	132
0.133	1817	29	61	13	4	17	23.5	131
0.134	1816	26	77	42	7	49	14.3	130
0.135	1815	28	77	32	6	38	15.8	129
0.136	1814	23	74	35	6	41	14.6	128
0.137	1813	29	79	29	7	36	19.4	127
0.138	1812	29	70	41	8	49	16.3	126
0.139	1811	28	71	41	8	49	16.3	125
0.140	1810	29	64	41	7	48	14.6	124
0.141	1809	26	69	54	9	63	14.3	123
0.142	1808	23	72	44	10	54	18.5	122
0.143	1807	27	84	48	10	58	17.2	121
0.144	1806	29	80	30	9	39	23.1	120
0.145	1805	26	80	64	8	72	11.1	119
0.146	1804	24	91	79	11	90	12.2	118
0.147	1803	28	94	71	15	86	17.4	117
0.148	1802	26	77	72	11	83	13.3	116
0.149	1801	25	89	86	11	97	11.3	115
0.150	1800	25	72	65	8	73	11.0	114
0.151	1799	23	83	53	8	61	13.1	113
0.152	1798	30	80	44	8	52	15.4	112
0.153	1797	31	66	26	4	30	13.3	111
0.154	1796	32	79	33	7	40	17.5	110
0.155	1795	31	72	27	6	33	18.2	109
0.156	1794	34	70	14	7	21	33.3	108
0.157	1793	34	78	15	9	24	37.5	107
0.158	1792	27	71	22	6	28	21.4	106
0.159	1791	27	79	20	7	27	25.9	105
0.160	1790							104
0.161	1789	23	82	39	7	46	15.2	103
0.162	1788	28	79	53	9	62	14.5	102
0.163	1787	27	74	41	9	50	18.0	101
0.164	1786	29	78	36	8	44	18.2	100
0.165	1785	26	77	49	9	58	15.5	99
0.166	1784	29	71	39	8	47	17.0	98
0.167	1783	28	85	59	13	72	18.1	97
0.168	1782	29	76	46	10	56	17.9	96
0.169	1781	29	82	51	10	61	16.4	95
0.170	1780	26	86	62	11	73	15.1	94
0.171	1779	30	93	42	15	57	26.3	93
0.172	1778	28	93	43	14	57	24.6	92
0.173	1777	28	76	43	9	52	17.3	91
0.174	1776	30	80	37	6	43	14.0	90
0.175	1775	26	71	43	5	48	10.4	89
0.176	1774	27	86	50	12	62	19.4	88
0.177	1773	28	88	55	12	67	17.9	87
0.178	1772	29	66	46	10	56	17.9	86
0.179	1771	28	82	60	9	69	13.0	85
0.180	1770	28	82	48	11	59	18.6	84
0.181	1769	30	80	37	8	45	17.8	83
0.182	1768	31	74	39	10	49	20.4	82
0.183	1767	29	75	58	10	68	14.7	81
0.184	1766	29	87	67	18	85	21.2	80
0.185	1765	27	77	66	16	82	19.5	79
0.186	1764	29	77	59	12	71	16.9	78
0.187	1763	26	82	71	9	80	11.3	77
0.188	1762	26	81	69	8	77	10.4	76
0.189	1761	29	89	61	15	76	19.7	75
0.190	1760	26	81	70	10	80	12.5	74
0.191	1759	25	82	87	16	103	15.5	73
0.192	1758	26	82	77	10	87	11.5	72
0.193	1757	27	82	102	15	117	12.8	71
0.194	1756	24	72	82	19	101	18.8	70
0.195	1755	27	82	92	20	112	17.9	69
0.196	1754	25	81	78	14	92	15.2	68
0.197	1753	25	79	77	12	89	13.5	67
0.198	1752	26	91	73	13	86	15.1	66
0.199	1751	27	83	44	12	56	21.4	65
0.200	1750	25	85	24	7	31	22.6	64
0.201	1749	30	86	27	7	34	20.6	63
0.202	1748	28	80	32	7	39	17.9	62
0.203	1747	28	73	50	8	58	13.8	61
0.204	1746	26	79	76	10	86	11.6	60
0.205	1745	24	80	73	11	84	13.1	59
0.206	1744	27	82	75	12	87	13.8	58
0.207	1743	26	73	81	12	93	12.9	57
0.208	1742	23	70	72	11	83	13.3	56
0.209	1741	29	70	74	12	86	14.0	55
0.210	1740	30	74	87	17	104	16.3	54
0.211	1739	25	71	93	17	110	15.5	53
0.212	1738	28	84	93	17	110	15.5	52
0.213	1737	30	70	78	11	89	12.4	51
0.214	1736	26	88	76	14	90	15.6	50
0.215	1735	25	80	94	14	108	13.0	49
0.216	1734	31	82	68	21	89	23.6	48
0.217	1733	25	67	67	16	83	19.3	47
0.218	1732	28	86	89	15	104	14.4	46
0.219	1731	26	59	67	6	73	8.2	45
0.220	1730	23	87	98	16	114	14.0	44
0.221	1729	24	75	129	14	143	9.8	43
0.222	1728	24	69	90	15	105	14.3	42
0.223	1727	23	76	70	10	80	12.5	41
0.224	1726	24	82	66	10	76	13.2	40
0.225	1725	23	76	79	11	90	12.2	39
0.226	1724	24	73	84	14	98	14.3	38
0.227	1723	23	74	97	12	109	11.0	37
0.228	1722	21	77	90	15	105	14.3	36
0.229	1721	25	77	80	16	96	16.7	35
0.230	1720	22	76	122	16	138	11.6	34
0.231	1719	24	70	108	14	122	11.5	33
0.232	1718	24	69	166	16	182	8.8	32
0.233	1717	24	75	169	20	189	10.6	31
0.234	1716	23	68	134	18	152	11.8	30
0.235	1715	22	77	117	15	132	11.4	29
0.236	1714	25	82	106	17	123	13.8	28
0.237	1713	23	76	103	15	118	12.7	27
0.238	1712	23	79	88	15	103	14.6	26
0.239	1711	23	87	128	14	142	9.9	25
0.240	1710	20	80	138	15	153	9.8	24
0.241	1709	24	78	156	17	173	9.8	23
0.242	1708	22	66	121	17	138	12.3	22
0.243	1707	25	81	121	21	142	14.8	21
0.244	1706	24	71	103	32	135	23.7	20
0.245	1705	25	70	77	16	93	17.2	19
0.246	1704	25	76	106	29	135	21.5	18
0.247	1703	29	91	29	27	56	48.2	17
0.248	1702	22	89	59	25	84	29.8	16
0.249	1701	32	62	12	6	18	33.3	15