/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans; Hantemirov, Rashit (2007): Tree-ring measurements of Pinus sylvestris (Scotch pine) from sample NYUCHPPS-121 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.596048
Project(s):	Northern Hemispheric Dendroclimatological Network (NHD/WSL)
Coverage:	LATITUDE: 60.420000 * LONGITUDE: 51.230000
	MINIMUM ELEVATION: 160.0 m * MAXIMUM ELEVATION: 160.0 m
Event(s):	NYUCHPPS * LATITUDE: 60.420000 * LONGITUDE: 51.230000 * ELEVATION: 160.0 m * LOCATION: Nyuchpas, Russia * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition E; Slope 8 deg; Geology: Podsolsand, krüml. fri. Sand; av. Tree height 21 m; Tree cover 70%; Shrub cover 3%; Herb cover 70%; Moss cover 90%; Vegatation type: Pinetum fruticuloso-hylocomiosum; Film number: 934A
Comment:	Species PISY; No of rings 196; Begin 1728; End 1923
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)
	Earlywood density [1/1000 g/cm**3] (I) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch)
	Latewood density [1/1000 g/cm**3] (T) * PI: Schweingruber, Fritz Hans (fritz.schweingruber@wsl.ch)
	Approximate age of pith [a] (Age_pith) * 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:	1764 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]	I [1/1000 g/cm**3]	T [1/1000 g/cm**3]	Age_pith [a]
0.027	1923	38	62	14	7	21	419	560	240
0.028	1922	40	75	20	10	30	452	655	239
0.029	1921	39	69	10	7	17	443	627	238
0.030	1920	35	62	14	7	21	390	556	237
0.031	1919	34	75	19	11	30	423	659	236
0.032	1918	36	56	12	6	18	395	523	235
0.033	1917	39	71	12	7	19	448	630	234
0.034	1916	48	63	3	3	6	499	581	233
0.035	1915	32	68	9	10	19	401	575	232
0.036	1914	35	70	14	6	20	412	624	231
0.037	1913	31	74	22	10	32	396	654	230
0.038	1912	32	69	23	7	30	380	611	229
0.039	1911	33	69	10	6	16	401	625	228
0.040	1910	34	62	11	6	17	379	560	227
0.041	1909	32	71	17	10	27	407	634	226
0.042	1908	36	67	13	6	19	410	615	225
0.043	1907	32	74	23	8	31	394	643	224
0.044	1906	29	68	15	7	22	376	605	223
0.045	1905	31	65	17	5	22	373	597	222
0.046	1904	35	61	7	6	13	413	555	221
0.047	1903	51	72	5	5	10	544	684	220
0.048	1902	33	77	26	19	45	412	684	219
0.049	1901	53	78	5	8	13	582	719	218
0.050	1900	35	78	14	8	22	441	688	217
0.051	1899	39	76	16	9	25	462	692	216
0.052	1898	35	82	26	13	39	423	725	215
0.053	1897	36	72	22	7	29	419	663	214
0.054	1896	34	80	16	10	26	419	704	213
0.055	1895	35	68	16	7	23	405	631	212
0.056	1894	39	72	17	6	23	445	650	211
0.057	1893	38	80	23	12	35	451	718	210
0.058	1892	39	75	12	11	23	460	690	209
0.059	1891	34	77	31	13	44	416	689	208
0.060	1890	31	78	24	21	45	400	701	207
0.061	1889	35	74	19	8	27	418	647	206
0.062	1888	37	71	8	7	15	422	617	205
0.063	1887	33	73	8	5	13	405	646	204
0.064	1886	35	66	12	6	18	398	566	203
0.065	1885	32	70	21	12	33	379	643	202
0.066	1884	28	70	21	10	31	376	620	201
0.067	1883	37	72	23	7	30	435	656	200
0.068	1882	33	74	15	10	25	393	666	199
0.069	1881	36	74	10	7	17	430	671	198
0.070	1880	32	70	12	5	17	408	628	197
0.071	1879	33	71	13	9	22	408	638	196
0.072	1878	34	76	24	11	35	413	703	195
0.073	1877	33	73	24	13	37	391	659	194
0.074	1876	30	62	15	3	18	352	563	193
0.075	1875	30	72	29	10	39	367	650	192
0.076	1874	29	72	23	10	33	381	621	191
0.077	1873	31	64	15	8	23	373	560	190
0.078	1872	34	66	16	6	22	403	586	189
0.079	1871	29	76	21	15	36	396	698	188
0.080	1870	27	77	38	15	53	361	682	187
0.081	1869	32	85	39	27	66	409	762	186
0.082	1868	29	77	29	13	42	380	685	185
0.083	1867	28	70	20	10	30	360	621	184
0.084	1866	30	72	19	14	33	378	631	183
0.085	1865	30	71	20	12	32	397	611	182
0.086	1864	29	80	26	18	44	415	714	181
0.087	1863	31	69	16	8	24	407	601	180
0.088	1862	32	64	17	12	29	396	589	179
0.089	1861	35	80	35	18	53	420	705	178
0.090	1860	29	75	23	10	33	386	675	177
0.091	1859	32	71	20	10	30	404	643	176
0.092	1858	31	66	21	8	29	383	569	175
0.093	1857	33	69	24	10	34	403	624	174
0.094	1856	32	68	21	6	27	398	604	173
0.095	1855	37	75	13	8	21	456	699	172
0.096	1854	33	79	28	12	40	413	700	171
0.097	1853	39	79	8	22	30	434	744	170
0.098	1852	34	70	23	11	34	417	622	169
0.099	1851	36	82	29	15	44	434	758	168
0.100	1850	33	79	29	23	52	418	729	167
0.101	1849	34	76	33	20	53	419	665	166
0.102	1848	34	73	22	16	38	418	643	165
0.103	1847	32	76	27	10	37	385	703	164
0.104	1846	31	78	25	13	38	386	704	163
0.105	1845	32	71	39	8	47	393	644	162
0.106	1844	33	85	38	16	54	390	777	161
0.107	1843	32	76	43	18	61	407	685	160
0.108	1842	33	67	44	16	60	416	575	159
0.109	1841	29	88	38	16	54	407	792	158
0.110	1840	32	74	35	16	51	404	678	157
0.111	1839	35	83	19	27	46	412	768	156
0.112	1838	31	76	20	8	28	404	661	155
0.113	1837	34	71	35	7	42	389	653	154
0.114	1836	33	75	20	8	28	406	672	153
0.115	1835	34	81	35	21	56	423	731	152
0.116	1834	33	79	47	9	56	404	725	151
0.117	1833	33	76	38	23	61	416	673	150
0.118	1832	33	73	47	26	73	393	660	149
0.119	1831	33	82	32	27	59	435	710	148
0.120	1830	33	90	55	26	81	403	774	147
0.121	1829	34	86	34	30	64	426	773	146
0.122	1828	32	79	48	15	63	396	709	145
0.123	1827	33	84	25	26	51	414	768	144
0.124	1826	36	80	25	12	37	414	719	143
0.125	1825	32	80	41	21	62	391	723	142
0.126	1824	33	78	37	30	67	399	694	141
0.127	1823	31	88	42	23	65	415	793	140
0.128	1822	34	81	26	24	50	419	706	139
0.129	1821	34	78	62	23	85	413	693	138
0.130	1820	38	87	29	19	48	476	800	137
0.131	1819	34	81	21	8	29	412	724	136
0.132	1818	38	81	35	10	45	436	730	135
0.133	1817	34	69	32	10	42	403	630	134
0.134	1816	33	85	33	13	46	418	757	133
0.135	1815	34	83	42	16	58	404	754	132
0.136	1814	33	71	40	23	63	426	602	131
0.137	1813	35	88	38	18	56	450	789	130
0.138	1812	30	84	27	15	42	415	734	129
0.139	1811	35	77	23	7	30	430	682	128
0.140	1810	35	77	29	10	39	409	686	127
0.141	1809	37	80	35	21	56	429	743	126
0.142	1808	33	85	48	18	66	408	761	125
0.143	1807	33	87	32	16	48	408	771	124
0.144	1806	36	83	12	8	20	438	718	123
0.145	1805	35	86	26	15	41	433	779	122
0.146	1804	35	92	35	18	53	433	789	121
0.147	1803	37	90	30	22	52	460	819	120
0.148	1802	29	93	32	33	65	429	846	119
0.149	1801	34	88	41	21	62	421	773	118
0.150	1800	34	79	40	18	58	413	736	117
0.151	1799	31	78	52	22	74	404	685	116
0.152	1798	36	88	61	35	96	440	757	115
0.153	1797	32	79	70	22	92	401	715	114
0.154	1796	32	91	67	45	112	411	830	113
0.155	1795	30	90	41	40	81	400	790	112
0.156	1794	27	89	55	22	77	385	798	111
0.157	1793	32	90	57	24	81	385	821	110
0.158	1792	29	78	44	23	67	404	693	109
0.159	1791	30	84	35	13	48	379	750	108
0.160	1790	28	78	46	26	72	374	701	107
0.161	1789	32	83	48	14	62	378	734	106
0.162	1788	27	92	56	23	79	363	799	105
0.163	1787	27	87	55	22	77	379	727	104
0.164	1786	28	91	57	24	81	358	803	103
0.165	1785	31	83	69	22	91	379	732	102
0.166	1784	31	90	71	36	107	397	804	101
0.167	1783	30	82	33	15	48	395	727	100
0.168	1782	31	84	52	31	83	373	723	99
0.169	1781	30	79	72	23	95	373	700	98
0.170	1780	35	87	66	36	102	401	764	97
0.171	1779	37	88	59	17	76	465	798	96
0.172	1778	35	89	63	27	90	419	803	95
0.173	1777	34	87	52	32	84	422	781	94
0.174	1776	34	93	46	23	69	428	848	93
0.175	1775	29	85	51	33	84	409	767	92
0.176	1774	33	91	49	31	80	392	827	91
0.177	1773	36	94	41	41	82	437	829	90
0.178	1772	35	93	69	26	95	409	819	89
0.179	1771	31	88	93	27	120	385	787	88
0.180	1770	30	84	58	22	80	394	750	87
0.181	1769	31	84	64	27	91	373	762	86
0.182	1768	31	80	84	28	112	387	711	85
0.183	1767	32	90	84	31	115	406	824	84
0.184	1766	32	82	66	41	107	395	707	83
0.185	1765	32	95	52	24	76	402	823	82
0.186	1764	29	86	50	26	76	385	778	81
0.187	1763	31	85	45	15	60	378	755	80
0.188	1762	32	82	71	26	97	381	725	79
0.189	1761	35	89	51	32	83	416	822	78
0.190	1760	32	84	60	11	71	389	766	77
0.191	1759	29	95	64	29	93	394	853	76
0.192	1758	31	83	52	18	70	376	746	75
0.193	1757	31	91	60	23	83	399	821	74
0.194	1756	32	97	64	27	91	401	848	73
0.195	1755	32	94	54	34	88	401	852	72
0.196	1754	30	90	63	27	90	381	810	71
0.197	1753	33	89	54	20	74	388	776	70
0.198	1752	36	93	59	34	93	426	849	69
0.199	1751	33	97	50	22	72	409	853	68
0.200	1750	33	96	47	23	70	405	867	67
0.201	1749	36	93	42	13	55	423	847	66
0.202	1748	35	91	45	18	63	414	809	65
0.203	1747	33	84	54	19	73	396	754	64
0.204	1746	32	88	44	16	60	393	804	63
0.205	1745	34	93	76	30	106	417	807	62
0.206	1744	38	97	53	18	71	442	853	61
0.207	1743	33	93	70	33	103	431	832	60
0.208	1742	30	82	70	18	88	355	730	59
0.209	1741	34	98	30	16	46	401	877	58
0.210	1740	37	89	44	12	56	425	777	57
0.211	1739	35	94	45	17	62	406	840	56
0.212	1738	31	87	66	18	84	378	757	55
0.213	1737	31	92	72	23	95	367	830	54
0.214	1736	30	90	60	23	83	375	790	53
0.215	1735	33	83	55	20	75	392	758	52
0.216	1734	30	89	59	22	81	377	771	51
0.217	1733	29	78	70	24	94	348	685	50
0.218	1732	34	86	54	18	72	420	747	49
0.219	1731	28	79	52	14	66	344	664	48
0.220	1730	32	83	52	13	65	377	738	47
0.221	1729	35	84	55	26	81	432	754	46
0.222	1728	31	87	60	21	81	390	778	45