/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans; Lamprecht, A (2007): Tree-ring measurements of Picea abies (Norway spruce) from sample NIEDERTHAI-296121 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.595595
Project(s):	Northern Hemispheric Dendroclimatological Network (NHD/WSL)
Coverage:	LATITUDE: 47.130000 * LONGITUDE: 10.960000
	MINIMUM ELEVATION: 1500.0 m * MAXIMUM ELEVATION: 1500.0 m
Event(s):	NIEDERTHAI * LATITUDE: 47.130000 * LONGITUDE: 10.960000 * ELEVATION: 1500.0 m * LOCATION: Niederthai, Austria * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE)
Comment:	Species PCAB; No of rings 148; Begin 1702; End 1849
Parameter(s):	AGE [ka BP] (Age) * GEOCODE
	Age [a AD/CE] (Age) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch)
	Density, minimum [1/100 g/cm**3] (N) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch)
	Density, maximum [1/100 g/cm**3] (X) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch)
	Earlywood width [1/100 mm] (E) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch)
	Latewood width [1/100 mm] (L) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch)
	Tree ring width [1/100 mm] (TRW) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch)
	Latewood [%] (P lw) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch)
License:	Creative Commons Attribution 3.0 Unported (CC-BY-3.0) (URI: https://creativecommons.org/licenses/by/3.0/)
Size:	1036 data points
*/
Age [ka BP]	Age [a AD/CE]	N [1/100 g/cm**3]	X [1/100 g/cm**3]	E [1/100 mm]	L [1/100 mm]	TRW [1/100 mm]	P lw [%]
0.101	1849	29	88	105	41	146	28.1
0.102	1848	28	85	96	31	127	24.4
0.103	1847	33	79	67	36	103	35.0
0.104	1846	30	84	101	37	138	26.8
0.105	1845	29	76	80	34	114	29.8
0.106	1844	30	76	46	24	70	34.3
0.107	1843	32	74	22	13	35	37.1
0.108	1842	30	76	21	15	36	41.7
0.109	1841	30	62	19	8	27	29.6
0.110	1840	28	58	21	7	28	25.0
0.111	1839	27	65	32	8	40	20.0
0.112	1838	28	67	36	11	47	23.4
0.113	1837	29	72	39	11	50	22.0
0.114	1836	32	77	30	14	44	31.8
0.115	1835	31	78	28	13	41	31.7
0.116	1834	31	80	52	18	70	25.7
0.117	1833	30	67	53	12	65	18.5
0.118	1832	31	73	35	15	50	30.0
0.119	1831	32	73	27	12	39	30.8
0.120	1830	32	79	34	16	50	32.0
0.121	1829	34	74	36	18	54	33.3
0.122	1828	30	82	39	18	57	31.6
0.123	1827	31	73	38	14	52	26.9
0.124	1826	28	72	74	19	93	20.4
0.125	1825	30	75	87	37	124	29.8
0.126	1824	27	74	86	22	108	20.4
0.127	1823	27	70	68	15	83	18.1
0.128	1822	26	75	84	19	103	18.4
0.129	1821	30	74	38	17	55	30.9
0.130	1820	27	70	59	12	71	16.9
0.131	1819	23	71	65	18	83	21.7
0.132	1818	26	77	50	13	63	20.6
0.133	1817	24	71	70	13	83	15.7
0.134	1816	28	69	41	15	56	26.8
0.135	1815	26	70	60	13	73	17.8
0.136	1814	26	81	44	16	60	26.7
0.137	1813	29	78	34	13	47	27.7
0.138	1812	28	79	40	12	52	23.1
0.139	1811	27	78	62	13	75	17.3
0.140	1810	31	84	30	15	45	33.3
0.141	1809	29	80	28	10	38	26.3
0.142	1808	29	80	27	10	37	27.0
0.143	1807	26	86	49	14	63	22.2
0.144	1806	29	76	37	9	46	19.6
0.145	1805	31	78	48	16	64	25.0
0.146	1804	28	86	83	22	105	21.0
0.147	1803	26	80	87	21	108	19.4
0.148	1802	24	76	115	25	140	17.9
0.149	1801	27	81	88	22	110	20.0
0.150	1800	27	85	69	17	86	19.8
0.151	1799	27	79	75	18	93	19.4
0.152	1798	25	79	93	19	112	17.0
0.153	1797	25	89	91	23	114	20.2
0.154	1796	25	76	113	26	139	18.7
0.155	1795	27	86	104	24	128	18.8
0.156	1794	28	88	94	28	122	23.0
0.157	1793	25	79	134	32	166	19.3
0.158	1792	23	82	149	37	186	19.9
0.159	1791	25	87	158	26	184	14.1
0.160	1790	24	84	155	24	179	13.4
0.161	1789	25	80	126	32	158	20.3
0.162	1788	22	81	160	28	188	14.9
0.163	1787	23	80	179	30	209	14.4
0.164	1786	26	73	130	35	165	21.2
0.165	1785	29	85	75	25	100	25.0
0.166	1784	28	81	88	26	114	22.8
0.167	1783	26	80	73	18	91	19.8
0.168	1782	25	77	73	14	87	16.1
0.169	1781	26	82	100	28	128	21.9
0.170	1780	24	80	123	32	155	20.6
0.171	1779	26	78	112	29	141	20.6
0.172	1778	28	80	151	43	194	22.2
0.173	1777	29	83	121	54	175	30.9
0.174	1776	28	84	129	52	181	28.7
0.175	1775	27	87	109	66	175	37.7
0.176	1774	27	82	121	33	154	21.4
0.177	1773	25	81	95	28	123	22.8
0.178	1772	29	84	83	34	117	29.1
0.179	1771	27	87	76	25	101	24.8
0.180	1770	26	83	53	16	69	23.2
0.181	1769	27	81	52	20	72	27.8
0.182	1768	31	87	31	18	49	36.7
0.183	1767	28	78	45	15	60	25.0
0.184	1766	28	76	35	13	48	27.1
0.185	1765	34	67	18	23	41	56.1
0.186	1764	23	74	73	20	93	21.5
0.187	1763	23	72	64	15	79	19.0
0.188	1762	29	75	55	13	68	19.1
0.189	1761	27	70	67	14	81	17.3
0.190	1760	26	74	68	18	86	20.9
0.191	1759	27	77	67	19	86	22.1
0.192	1758	27	72	62	13	75	17.3
0.193	1757	26	79	88	19	107	17.8
0.194	1756	25	73	78	16	94	17.0
0.195	1755	27	79	81	17	98	17.3
0.196	1754	29	80	89	26	115	22.6
0.197	1753	27	71	90	15	105	14.3
0.198	1752	28	78	83	19	102	18.6
0.199	1751	30	77	60	24	84	28.6
0.200	1750	32	90	37	21	58	36.2
0.201	1749	31	88	31	19	50	38.0
0.202	1748	27	76	66	20	86	23.3
0.203	1747	29	81	69	15	84	17.9
0.204	1746	28	79	65	19	84	22.6
0.205	1745	26	75	73	17	90	18.9
0.206	1744	30	76	72	20	92	21.7
0.207	1743	30	80	75	23	98	23.5
0.208	1742	32	77	100	25	125	20.0
0.209	1741	35	80	54	22	76	28.9
0.210	1740	34	73	51	22	73	30.1
0.211	1739	35	66	22	24	46	52.2
0.212	1738	31	81	57	24	81	29.6
0.213	1737	25	68	94	17	111	15.3
0.214	1736	28	79	82	25	107	23.4
0.215	1735	30	80	77	20	97	20.6
0.216	1734	32	80	74	24	98	24.5
0.217	1733	34	82	65	38	103	36.9
0.218	1732	34	89	72	30	102	29.4
0.219	1731	28	69	97	19	116	16.4
0.220	1730	27	76	75	18	93	19.4
0.221	1729	25	70	97	19	116	16.4
0.222	1728	28	74	125	19	144	13.2
0.223	1727	28	79	80	19	99	19.2
0.224	1726	24	75	109	15	124	12.1
0.225	1725	23	65	81	13	94	13.8
0.226	1724	24	75	120	12	132	9.1
0.227	1723	25	78	108	15	123	12.2
0.228	1722	25	74	171	16	187	8.6
0.229	1721	24	71	120	15	135	11.1
0.230	1720	22	74	143	13	156	8.3
0.231	1719	22	70	181	11	192	5.7
0.232	1718	27	75	172	19	191	9.9
0.233	1717	30	77	127	20	147	13.6
0.234	1716	32	72	125	30	155	19.4
0.235	1715	33	78	115	60	175	34.3
0.236	1714	32	79	152	33	185	17.8
0.237	1713	30	77	136	26	162	16.0
0.238	1712	27	77	112	30	142	21.1
0.239	1711	25	69	186	23	209	11.0
0.240	1710	25	76	136	31	167	18.6
0.241	1709	24	78	201	26	227	11.5
0.242	1708	26	83	201	32	233	13.7
0.243	1707	21	78	242	35	277	12.6
0.244	1706	23	80	253	41	294	13.9
0.245	1705	27	80	154	40	194	20.6
0.246	1704	25	83	172	43	215	20.0
0.247	1703	33	82	196	27	223	12.1
0.248	1702	30	85	175	24	199	12.1