/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans (2007): Tree-ring measurements of Pinus sylvestris (Scotch pine) from sample MURMPISY-21 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.595361
Project(s):	Northern Hemispheric Dendroclimatological Network (NHD/WSL)
Coverage:	LATITUDE: 68.460000 * LONGITUDE: 32.480000
	MINIMUM ELEVATION: 140.0 m * MAXIMUM ELEVATION: 140.0 m
Event(s):	MURMPISY * LATITUDE: 68.460000 * LONGITUDE: 32.480000 * ELEVATION: 140.0 m * LOCATION: Murmashi, Russia * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition W; Slope 10 deg; Tree line 200 m; av. Tree height 13 m; Tree cover 50%; Shrub cover 5%; Herb cover 90%; Moss cover 40%; Vegatation type: Pinetum myrtillosum; Film number: 960A
Comment:	Species PISY; No of rings 225; Begin 1762; End 1986
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:	1889 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]
-0.036	1986	31	50	12	10	22	338	466	236
-0.035	1985	27	46	13	13	26	306	429	235
-0.034	1984	30	46	17	13	30	332	419	234
-0.033	1983	28	54	15	13	28	332	485	233
-0.032	1982	27	49	24	13	37	299	440	232
-0.031	1981	26	60	30	17	47	315	526	231
-0.030	1980	32	59	11	5	16	359	535	230
-0.029	1979	28	51	8	7	15	314	467	229
-0.028	1978	29	43	17	10	27	319	406	228
-0.027	1977	27	60	27	9	36	330	527	227
-0.026	1976	30	57	28	10	38	352	510	226
-0.025	1975	29	55	32	15	47	330	482	225
-0.024	1974	30	57	12	14	26	337	502	224
-0.023	1973	28	63	19	10	29	326	573	223
-0.022	1972	23	38	19	12	31	254	358	222
-0.021	1971	30	56	28	10	38	336	513	221
-0.020	1970	31	57	35	12	47	348	510	220
-0.019	1969		40	2	1	3			219
-0.018	1968	32	55	21	17	38	359	497	218
-0.017	1967	32	64	23	17	40	372	581	217
-0.016	1966	27	52	18	13	31	322	474	216
-0.015	1965	31	62	27	16	43	377	528	215
-0.014	1964	22	68	36	15	51	307	562	214
-0.013	1963	28	50	15	8	23	315	427	213
-0.012	1962	27	53	9	10	19	343	481	212
-0.011	1961	45	63	4	2	6	485	601	211
-0.010	1960	27	77	33	13	46	365	659	210
-0.009	1959	29	60	21	7	28	347	529	209
-0.008	1958	30	66	18	5	23	352	580	208
-0.007	1957	31	57	17	7	24	342	494	207
-0.006	1956	28	57	17	10	27	322	495	206
-0.005	1955	31	53	8	7	15	348	483	205
-0.004	1954	28	45	14	10	24	331	405	204
-0.003	1953	33	55	7	8	15	370	510	203
-0.002	1952								202
-0.001	1951								201
0.000	1950								200
0.001	1949								199
0.002	1948								198
0.003	1947								197
0.004	1946								196
0.005	1945								195
0.006	1944	30	63	14	6	20	360	573	194
0.007	1943	42	65	7	4	11	474	597	193
0.008	1942	35	72	19	11	30	397	636	192
0.009	1941	32	66	23	15	38	381	580	191
0.010	1940	39	63	11	10	21	442	581	190
0.011	1939	33	65	29	10	39	377	576	189
0.012	1938	32	78	38	21	59	367	690	188
0.013	1937	36	85	28	11	39	420	764	187
0.014	1936	34	73	33	6	39	406	636	186
0.015	1935	34	78	21	18	39	405	712	185
0.016	1934	34	85	33	19	52	410	779	184
0.017	1933	33	73	20	11	31	398	661	183
0.018	1932	32	74	33	11	44	376	665	182
0.019	1931	32	72	39	16	55	413	621	181
0.020	1930	33	73	37	22	59	380	616	180
0.021	1929	36	56	18	11	29	385	517	179
0.022	1928	33	67	24	9	33	399	589	178
0.023	1927	34	79	35	19	54	429	677	177
0.024	1926	35	65	30	11	41	376	575	176
0.025	1925	30	77	33	16	49	376	678	175
0.026	1924	34	78	26	20	46	393	670	174
0.027	1923	33	55	25	6	31	365	489	173
0.028	1922	31	76	32	4	36	359	671	172
0.029	1921	34	71	12	7	19	397	611	171
0.030	1920	33	74	15	6	21	400	665	170
0.031	1919	31	64	24	6	30	368	572	169
0.032	1918	36	63	15	6	21	416	576	168
0.033	1917	36	77	27	8	35	431	683	167
0.034	1916	39	65	17	9	26	426	597	166
0.035	1915	32	69	22	12	34	387	620	165
0.036	1914								164
0.037	1913								163
0.038	1912								162
0.039	1911								161
0.040	1910								160
0.041	1909								159
0.042	1908								158
0.043	1907								157
0.044	1906								156
0.045	1905								155
0.046	1904								154
0.047	1903	32	54	9	6	15	365	462	153
0.048	1902	29	50	27	8	35	327	475	152
0.049	1901	30	75	64	15	79	351	638	151
0.050	1900	34	63	25	9	34	371	555	150
0.051	1899	27	64	58	10	68	325	559	149
0.052	1898	28	76	85	29	114	358	685	148
0.053	1897	37	80	39	17	56	420	718	147
0.054	1896	32	85	48	15	63	384	768	146
0.055	1895	31	78	33	10	43	380	654	145
0.056	1894	31	82	44	30	74	372	722	144
0.057	1893	30	69	35	10	45	349	604	143
0.058	1892	30	67	25	9	34	347	591	142
0.059	1891	30	62	52	18	70	370	546	141
0.060	1890	26	79	70	16	86	327	685	140
0.061	1889	31	69	51	24	75	365	626	139
0.062	1888	31	74	37	18	55	375	660	138
0.063	1887	29	80	60	21	81	361	705	137
0.064	1886	30	82	75	22	97	350	744	136
0.065	1885	28	73	71	22	93	339	657	135
0.066	1884	28	65	39	10	49	341	573	134
0.067	1883	30	69	31	14	45	358	636	133
0.068	1882	33	78	12	8	20	389	685	132
0.069	1881	29	71	25	7	32	336	619	131
0.070	1880	29	66	29	7	36	344	589	130
0.071	1879	29	76	43	8	51	335	660	129
0.072	1878	30	68	46	10	56	340	613	128
0.073	1877	30	62	30	17	47	350	556	127
0.074	1876	30	69	57	13	70	345	610	126
0.075	1875	34	71	26	17	43	390	621	125
0.076	1874	31	72	22	7	29	369	651	124
0.077	1873	31	79	38	10	48	381	710	123
0.078	1872	36	70	10	8	18	444	614	122
0.079	1871	31	67	26	4	30	358	603	121
0.080	1870	33	80	24	9	33	376	720	120
0.081	1869	33	73	29	11	40	368	647	119
0.082	1868	32	76	32	12	44	385	674	118
0.083	1867	30	65	49	10	59	338	574	117
0.084	1866	28	66	45	10	55	338	566	116
0.085	1865	27	69	63	27	90	337	612	115
0.086	1864	30	73	92	21	113	350	643	114
0.087	1863	33	69	37	14	51	383	615	113
0.088	1862	28	61	55	18	73	340	530	112
0.089	1861	30	82	82	30	112	363	721	111
0.090	1860	30	80	71	24	95	365	707	110
0.091	1859	28	73	61	17	78	342	649	109
0.092	1858	31	79	50	19	69	357	703	108
0.093	1857	29	59	91	27	118	346	530	107
0.094	1856	27	66	109	24	133	334	577	106
0.095	1855	28	65	94	22	116	352	570	105
0.096	1854	28	78	102	26	128	333	688	104
0.097	1853	30	77	101	30	131	353	686	103
0.098	1852	30	68	76	34	110	357	579	102
0.099	1851	29	79	92	24	116	333	691	101
0.100	1850	28	73	65	28	93	360	661	100
0.101	1849	29	73	62	33	95	370	643	99
0.102	1848	34	71	31	8	39	396	624	98
0.103	1847	24	74	30	11	41	331	621	97
0.104	1846	28	82	57	18	75	353	701	96
0.105	1845	29	69	98	22	120	320	618	95
0.106	1844	32	63	75	14	89	367	559	94
0.107	1843	30	68	44	14	58	358	603	93
0.108	1842	29	72	33	14	47	359	640	92
0.109	1841	30	67	33	10	43	350	590	91
0.110	1840	25	73	81	10	91	296	627	90
0.111	1839	28	58	55	10	65	332	508	89
0.112	1838	29	61	52	18	70	346	518	88
0.113	1837	35	66	24	6	30	395	586	87
0.114	1836	30	60	42	11	53	344	530	86
0.115	1835	28	65	47	15	62	344	571	85
0.116	1834	29	65	65	18	83	333	574	84
0.117	1833	29	66	71	12	83	338	587	83
0.118	1832	25	69	97	18	115	328	588	82
0.119	1831	28	75	102	39	141	344	657	81
0.120	1830	29	65	78	32	110	373	592	80
0.121	1829	29	72	69	38	107	339	644	79
0.122	1828	30	63	50	18	68	360	568	78
0.123	1827	27	74	65	24	89	315	648	77
0.124	1826	25	86	104	26	130	308	738	76
0.125	1825	25	65	77	20	97	313	579	75
0.126	1824	26	68	94	21	115	324	594	74
0.127	1823	25	88	104	26	130	327	748	73
0.128	1822	27	76	88	33	121	364	670	72
0.129	1821	30	70	44	25	69	371	601	71
0.130	1820	31	79	50	30	80	373	716	70
0.131	1819	28	82	69	17	86	328	702	69
0.132	1818	25	69	65	28	93	320	615	68
0.133	1817	27	66	84	25	109	315	582	67
0.134	1816	29	76	66	27	93	368	635	66
0.135	1815	29	76	66	13	79	335	674	65
0.136	1814	30	76	59	14	73	384	680	64
0.137	1813	30	80	71	34	105	349	700	63
0.138	1812	28	62	91	36	127	325	558	62
0.139	1811	29	74	102	17	119	337	653	61
0.140	1810	31	69	79	13	92	361	605	60
0.141	1809	29	69	69	20	89	351	600	59
0.142	1808	26	78	56	10	66	338	670	58
0.143	1807	27	68	55	19	74	319	625	57
0.144	1806	35	73	18	12	30	404	641	56
0.145	1805	29	77	73	14	87	335	695	55
0.146	1804	31	79	41	10	51	375	701	54
0.147	1803	33	71	22	10	32	394	648	53
0.148	1802	27	79	33	8	41	334	702	52
0.149	1801	33	75	23	14	37	414	669	51
0.150	1800	27	68	32	7	39	328	601	50
0.151	1799	24	73	27	8	35	316	621	49
0.152	1798	30	62	25	5	30	331	553	48
0.153	1797	25	56	17	6	23	310	511	47
0.154	1796	27	76	37	4	41	314	629	46
0.155	1795	30	72	39	11	50	343	626	45
0.156	1794	28	66	65	10	75	326	578	44
0.157	1793	28	77	67	22	89	323	669	43
0.158	1792	27	70	66	17	83	335	631	42
0.159	1791	29	81	31	17	48	354	738	41
0.160	1790	32	58	33	22	55	371	526	40
0.161	1789	28	90	50	18	68	359	805	39
0.162	1788	32	89	41	24	65	377	795	38
0.163	1787	29	78	28	12	40	356	702	37
0.164	1786	30	84	43	12	55	337	742	36
0.165	1785	25	67	65	25	90	331	585	35
0.166	1784	26	77	79	26	105	315	685	34
0.167	1783	26	64	101	18	119	304	560	33
0.168	1782	28	73	62	18	80	350	653	32
0.169	1781	26	72	79	21	100	329	630	31
0.170	1780	24	69	98	30	128	301	613	30
0.171	1779	28	78	90	24	114	355	677	29
0.172	1778	23	75	93	27	120	309	670	28
0.173	1777	27	81	121	30	151	336	737	27
0.174	1776	29	79	72	20	92	355	681	26
0.175	1775	27	83	87	37	124	360	730	25
0.176	1774	27	76	87	17	104	319	682	24
0.177	1773	28	76	74	18	92	349	656	23
0.178	1772	23	69	63	21	84	297	618	22
0.179	1771	25	62	58	8	66	305	529	21
0.180	1770	28	72	63	13	76	343	621	20
0.181	1769	28	73	94	8	102	335	632	19
0.182	1768	22	62	92	22	114	319	503	18
0.183	1767	24	72	107	19	126	311	625	17
0.184	1766	26	73	117	37	154	339	620	16
0.185	1765	29	74	135	33	168	353	613	15
0.186	1764	28	75	89	22	111	343	639	14
0.187	1763	26	72	99	24	123	317	632	13
0.188	1762	24	69	109	22	131	313	602	12