/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans; Brunner, Margrit (2007): Tree-ring measurements of Pseudotsuga menziesii (Douglas-fir) from sample LEMON-52 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.594362
Project(s):	Northern Hemispheric Dendroclimatological Network (NHD/WSL)
Coverage:	LATITUDE: 32.270000 * LONGITUDE: -110.470000
	MINIMUM ELEVATION: 2700.0 m * MAXIMUM ELEVATION: 2700.0 m
Event(s):	LEMON * LATITUDE: 32.270000 * LONGITUDE: -110.470000 * ELEVATION: 2700.0 m * LOCATION: Mount Lemon, USA * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition N; Slope 20 deg; Geology: Gneisschutt; Tree line 3400 m; av. Tree height 30 m; Tree cover 75%; Shrub cover 75%; Herb cover 50%; Vegatation type: Homogen; Film number: 695A
Comment:	Species PSME; No of rings 266; Begin 1718; End 1983
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:	2394 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]
-0.033	1983	32	84	71	27	98	370	757	283
-0.032	1982	33	89	79	59	138	392	803	282
-0.031	1981	34	91	83	63	146	401	793	281
-0.030	1980	33	93	84	40	124	387	839	280
-0.029	1979	32	94	124	47	171	377	801	279
-0.028	1978	33	90	87	56	143	415	782	278
-0.027	1977	34	87	60	37	97	384	785	277
-0.026	1976	34	86	60	26	86	428	760	276
-0.025	1975	30	88	68	22	90	345	749	275
-0.024	1974	39	74	15	10	25	442	670	274
-0.023	1973	30	86	51	21	72	358	752	273
-0.022	1972	32	85	50	15	65	386	761	272
-0.021	1971	36	85	39	30	69	428	805	271
-0.020	1970	32	80	45	12	57	369	715	270
-0.019	1969	31	83	56	21	77	367	755	269
-0.018	1968	32	79	66	22	88	356	691	268
-0.017	1967	32	83	84	22	106	371	714	267
-0.016	1966	30	82	72	22	94	356	740	266
-0.015	1965	31	84	80	18	98	350	739	265
-0.014	1964	33	72	43	12	55	373	648	264
-0.013	1963	33	82	37	24	61	376	742	263
-0.012	1962	29	83	69	14	83	352	728	262
-0.011	1961	41	60	11	7	18	432	560	261
-0.010	1960	32	86	42	12	54	372	770	260
-0.009	1959	36	79	21	17	38	452	708	259
-0.008	1958	31	77	35	10	45	353	673	258
-0.007	1957	31	86	51	15	66	354	746	257
-0.006	1956	38	81	23	9	32	427	733	256
-0.005	1955	34	84	37	22	59	388	751	255
-0.004	1954	35	91	38	23	61	406	835	254
-0.003	1953	31	95	60	21	81	395	828	253
-0.002	1952	34	73	35	18	53	373	656	252
-0.001	1951	34	81	41	26	67	384	681	251
0.000	1950	34	80	34	17	51	408	694	250
0.001	1949	28	82	67	15	82	326	704	249
0.002	1948	33	76	32	15	47	372	678	248
0.003	1947	33	66	28	10	38	367	594	247
0.004	1946	35	74	30	19	49	397	671	246
0.005	1945	30	78	39	12	51	349	673	245
0.006	1944	29	78	58	15	73	329	694	244
0.007	1943	34	65	29	11	40	373	584	243
0.008	1942	32	89	56	13	69	363	801	242
0.009	1941	30	72	61	24	85	333	629	241
0.010	1940	28	84	51	13	64	336	748	240
0.011	1939	34	79	36	11	47	371	708	239
0.012	1938	30	83	65	20	85	348	711	238
0.013	1937	29	69	44	10	54	329	625	237
0.014	1936	35	78	33	11	44	382	689	236
0.015	1935	29	77	57	15	72	335	676	235
0.016	1934	38	57	10	9	19	412	533	234
0.017	1933	31	82	63	16	79	347	723	233
0.018	1932	28	79	74	14	88	328	688	232
0.019	1931	29	78	64	17	81	334	678	231
0.020	1930	28	76	66	18	84	326	659	230
0.021	1929	34	72	25	15	40	384	636	229
0.022	1928	36	77	23	13	36	409	687	228
0.023	1927	31	83	52	20	72	360	752	227
0.024	1926	28	83	59	14	73	322	736	226
0.025	1925	44	73	11	8	19	474	667	225
0.026	1924	31	92	50	13	63	356	803	224
0.027	1923	32	79	35	14	49	355	711	223
0.028	1922	29	82	67	18	85	366	713	222
0.029	1921	43	77	21	8	29	523	717	221
0.030	1920	32	89	60	22	82	367	799	220
0.031	1919	29	80	77	31	108	338	717	219
0.032	1918	31	83	60	17	77	366	732	218
0.033	1917	29	79	86	24	110	357	701	217
0.034	1916	33	78	88	44	132	385	679	216
0.035	1915	30	77	93	27	120	337	677	215
0.036	1914	30	82	99	29	128	354	738	214
0.037	1913	32	81	82	23	105	342	719	213
0.038	1912	29	69	103	27	130	328	616	212
0.039	1911	29	75	79	21	100	347	689	211
0.040	1910	37	82	48	12	60	415	770	210
0.041	1909	34	78	100	20	120	378	707	209
0.042	1908	34	80	115	19	134	372	714	208
0.043	1907	35	78	93	22	115	385	708	207
0.044	1906	33	81	93	26	119	365	706	206
0.045	1905	33	78	76	18	94	385	700	205
0.046	1904	40	78	43	18	61	424	723	204
0.047	1903	30	78	119	28	147	343	690	203
0.048	1902	38	89	43	8	51	422	792	202
0.049	1901	33	90	83	24	107	360	773	201
0.050	1900	37	87	52	15	67	415	778	200
0.051	1899	32	87	119	23	142	357	787	199
0.052	1898	31	86	105	25	130	365	784	198
0.053	1897	35	86	62	19	81	404	792	197
0.054	1896	33	88	68	25	93	361	799	196
0.055	1895	31	83	88	32	120	367	784	195
0.056	1894	33	88	43	8	51	386	795	194
0.057	1893	33	85	35	22	57	398	800	193
0.058	1892	35	89	59	10	69	390	791	192
0.059	1891	35	89	79	20	99	426	800	191
0.060	1890	39	91	49	24	73	428	819	190
0.061	1889	37	93	60	19	79	411	847	189
0.062	1888	36	102	69	18	87	419	902	188
0.063	1887	41	85	45	17	62	489	761	187
0.064	1886	35	90	45	9	54	409	798	186
0.065	1885	37	91	58	18	76	413	807	185
0.066	1884	33	81	64	15	79	395	725	184
0.067	1883	36	88	77	16	93	426	774	183
0.068	1882	35	84	64	18	82	385	768	182
0.069	1881	39	85	46	30	76	431	764	181
0.070	1880	35	86	50	8	58	386	778	180
0.071	1879	37	92	42	26	68	438	843	179
0.072	1878	35	83	43	10	53	384	733	178
0.073	1877	38	95	51	12	63	430	805	177
0.074	1876	35	88	52	16	68	406	791	176
0.075	1875	35	85	63	27	90	401	756	175
0.076	1874	34	91	63	14	77	385	809	174
0.077	1873	36	93	49	21	70	421	871	173
0.078	1872	39	86	58	19	77	459	764	172
0.079	1871	35	92	92	21	113	402	816	171
0.080	1870	38	83	70	18	88	453	742	170
0.081	1869	35	89	76	30	106	390	760	169
0.082	1868	34	84	72	12	84	380	745	168
0.083	1867	36	85	52	12	64	405	753	167
0.084	1866	36	84	52	19	71	402	730	166
0.085	1865	34	82	42	8	50	384	754	165
0.086	1864	45	84	19	13	32	488	782	164
0.087	1863	39	83	37	9	46	444	751	163
0.088	1862	35	88	88	13	101	393	796	162
0.089	1861	34	86	66	13	79	404	776	161
0.090	1860	36	93	68	15	83	401	840	160
0.091	1859	35	83	79	21	100	391	739	159
0.092	1858	32	88	100	17	117	367	789	158
0.093	1857	36	84	68	23	91	402	803	157
0.094	1856	30	83	107	32	139	360	736	156
0.095	1855	34	86	60	16	76	387	784	155
0.096	1854	37	84	56	21	77	420	779	154
0.097	1853	35	84	61	37	98	407	785	153
0.098	1852	32	79	84	24	108	381	726	152
0.099	1851	36	93	53	12	65	397	839	151
0.100	1850	33	84	86	18	104	364	745	150
0.101	1849	32	80	79	35	114	363	683	149
0.102	1848	31	75	65	29	94	357	688	148
0.103	1847	39	78	37	11	48	446	704	147
0.104	1846	30	83	89	15	104	339	736	146
0.105	1845	36	81	53	20	73	391	747	145
0.106	1844	29	82	97	20	117	336	744	144
0.107	1843	31	75	74	22	96	363	690	143
0.108	1842	38	78	26	5	31	461	714	142
0.109	1841	38	79	32	8	40	422	703	141
0.110	1840	31	87	83	23	106	366	789	140
0.111	1839	30	79	102	23	125	349	676	139
0.112	1838	30	85	85	25	110	340	745	138
0.113	1837	30	85	76	26	102	355	771	137
0.114	1836	31	86	83	24	107	368	793	136
0.115	1835	30	90	104	41	145	359	796	135
0.116	1834	31	85	84	31	115	361	766	134
0.117	1833	29	79	98	19	117	330	697	133
0.118	1832	32	86	77	34	111	390	797	132
0.119	1831	30	85	92	33	125	342	775	131
0.120	1830	32	87	67	27	94	369	784	130
0.121	1829	34	85	55	20	75	382	789	129
0.122	1828	33	82	67	20	87	365	737	128
0.123	1827	33	82	73	18	91	401	744	127
0.124	1826	31	94	75	28	103	366	840	126
0.125	1825	34	84	49	9	58	378	762	125
0.126	1824	31	90	54	15	69	364	802	124
0.127	1823	32	89	51	9	60	371	793	123
0.128	1822	33	82	41	9	50	426	748	122
0.129	1821	31	92	76	17	93	357	848	121
0.130	1820	35	81	54	27	81	396	700	120
0.131	1819	40	78	22	8	30	443	723	119
0.132	1818	33	95	93	24	117	381	843	118
0.133	1817	30	92	98	15	113	354	811	117
0.134	1816	35	80	95	20	115	385	710	116
0.135	1815	31	84	89	15	104	353	748	115
0.136	1814	32	87	85	21	106	374	778	114
0.137	1813	31	92	58	9	67	366	817	113
0.138	1812	32	88	76	15	91	368	797	112
0.139	1811	33	80	77	20	97	364	726	111
0.140	1810	32	83	78	20	98	364	742	110
0.141	1809	32	85	68	17	85	358	770	109
0.142	1808	32	90	57	16	73	373	821	108
0.143	1807	32	93	71	14	85	386	821	107
0.144	1806	31	92	91	27	118	364	858	106
0.145	1805	30	87	97	35	132	352	800	105
0.146	1804	31	91	104	22	126	365	828	104
0.147	1803	32	98	85	21	106	374	876	103
0.148	1802	33	91	88	28	116	384	793	102
0.149	1801	33	85	63	29	92	374	784	101
0.150	1800	32	86	73	25	98	369	782	100
0.151	1799	32	87	85	28	113	379	757	99
0.152	1798	33	79	49	11	60	367	694	98
0.153	1797	34	90	72	25	97	388	835	97
0.154	1796	34	93	82	27	109	390	835	96
0.155	1795	32	98	93	35	128	382	840	95
0.156	1794	31	87	96	41	137	371	768	94
0.157	1793	31	87	121	29	150	367	777	93
0.158	1792	30	87	118	30	148	362	782	92
0.159	1791	32	89	98	22	120	374	789	91
0.160	1790	31	84	84	38	122	356	753	90
0.161	1789	33	91	72	20	92	387	850	89
0.162	1788	32	96	77	19	96	369	864	88
0.163	1787	32	87	111	28	139	367	782	87
0.164	1786	34	87	67	25	92	387	822	86
0.165	1785	32	88	88	25	113	409	829	85
0.166	1784	33	87	131	35	166	377	743	84
0.167	1783	31	95	104	23	127	374	859	83
0.168	1782	34	90	83	23	106	380	837	82
0.169	1781	33	93	127	36	163	405	839	81
0.170	1780	34	92	73	27	100	378	812	80
0.171	1779	33	103	101	13	114	386	913	79
0.172	1778	34	96	93	25	118	399	886	78
0.173	1777	33	98	91	15	106	380	924	77
0.174	1776	33	92	92	25	117	387	794	76
0.175	1775	32	94	97	18	115	372	861	75
0.176	1774	32	91	101	38	139	391	824	74
0.177	1773	33	92	117	67	184	387	790	73
0.178	1772	35	94	134	44	178	401	858	72
0.179	1771	31	93	149	50	199	388	743	71
0.180	1770	32	95	157	53	210	377	851	70
0.181	1769	34	96	129	39	168	402	840	69
0.182	1768	33	95	111	18	129	371	861	68
0.183	1767	32	92	204	35	239	383	792	67
0.184	1766	34	92	145	31	176	392	834	66
0.185	1765	33	88	114	38	152	377	790	65
0.186	1764	31	90	122	34	156	384	759	64
0.187	1763	31	97	97	24	121	375	900	63
0.188	1762	31	90	120	44	164	364	789	62
0.189	1761	31	89	93	42	135	378	760	61
0.190	1760	31	94	101	40	141	374	848	60
0.191	1759	31	96	115	36	151	367	874	59
0.192	1758	30	93	118	53	171	357	766	58
0.193	1757	33	91	133	30	163	379	825	57
0.194	1756	30	98	153	43	196	367	862	56
0.195	1755	30	94	137	37	174	349	857	55
0.196	1754	28	92	163	64	227	349	772	54
0.197	1753	29	88	133	30	163	344	792	53
0.198	1752	30	98	76	16	92	361	881	52
0.199	1751	32	89	80	29	109	367	829	51
0.200	1750	29	91	76	26	102	349	804	50
0.201	1749	30	77	58	19	77	357	616	49
0.202	1748	39	68	33	13	46	432	615	48
0.203	1747	32	90	106	35	141	376	833	47
0.204	1746	33	77	141	36	177	379	696	46
0.205	1745	32	87	130	48	178	382	793	45
0.206	1744	35	90	167	50	217	403	822	44
0.207	1743	32	90	188	75	263	391	764	43
0.208	1742	33	94	102	21	123	372	834	42
0.209	1741	32	91	179	60	239	389	804	41
0.210	1740	34	95	153	45	198	400	823	40
0.211	1739	33	97	122	26	148	391	868	39
0.212	1738	31	90	170	56	226	365	763	38
0.213	1737	31	88	166	63	229	357	815	37
0.214	1736	29	91	207	50	257	353	794	36
0.215	1735	32	90	90	72	162	369	816	35
0.216	1734	31	89	167	54	221	371	763	34
0.217	1733	30	100	119	26	145	377	919	33
0.218	1732	30	85	137	58	195	352	770	32
0.219	1731	29	98	167	60	227	361	896	31
0.220	1730	31	90	115	37	152	365	814	30
0.221	1729	30	94	139	57	196	368	853	29
0.222	1728	32	96	184	63	247	397	850	28
0.223	1727	31	103	176	36	212	373	914	27
0.224	1726	29	88	286	83	369	366	759	26
0.225	1725	29	87	154	105	259	379	758	25
0.226	1724	30	101	209	48	257	397	884	24
0.227	1723	31	92	165	84	249	367	805	23
0.228	1722	31	95	159	62	221	377	837	22
0.229	1721	30	91	169	49	218	387	805	21
0.230	1720	31	98	155	45	200	384	874	20
0.231	1719	31	97	117	54	171	378	880	19
0.232	1718	32	89	131	40	171	384	798	18