/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans; Brunner, Margrit (2007): Tree-ring measurements of Tsuga mertensiana (Mountain hemlock) from sample CRATER-62 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.591107
Project(s):	Northern Hemispheric Dendroclimatological Network (NHD/WSL)
Coverage:	LATITUDE: 42.580000 * LONGITUDE: -122.100000
	MINIMUM ELEVATION: 2200.0 m * MAXIMUM ELEVATION: 2200.0 m
Event(s):	CRATER * LATITUDE: 42.580000 * LONGITUDE: -122.100000 * ELEVATION: 2200.0 m * LOCATION: Crater lake, USA * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition NW; Slope 10 deg; Geology: Vulk. Tuff, verwittert; Tree line 2300 m; av. Tree height 22 m; Tree cover 40%; Shrub cover 10%; Herb cover 50%; Vegatation type: Alt. Best. mit allen Altersst. Homogen; Film number: 748A
Comment:	Species TSME; No of rings 273; Begin 1711; 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:	2450 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	38	82	44	7	51	478	792	371
-0.032	1982	39	86	37	11	48	454	771	370
-0.031	1981	36	84	74	11	85	417	738	369
-0.030	1980	37	82	83	12	95	420	711	368
-0.029	1979	37	82	88	20	108	424	706	367
-0.028	1978	42	81	31	14	45	481	718	366
-0.027	1977	38	80	45	11	56	441	718	365
-0.026	1976	34	89	75	11	86	402	764	364
-0.025	1975	36	84	61	15	76	433	725	363
-0.024	1974	36	89	74	14	88	429	780	362
-0.023	1973	37	91	69	17	86	444	781	361
-0.022	1972	57	85	32	12	44	612	787	360
-0.021	1971	34	87	81	19	100	421	731	359
-0.020	1970	36	81	81	16	97	415	681	358
-0.019	1969	36	85	71	14	85	434	729	357
-0.018	1968	36	88	64	15	79	431	762	356
-0.017	1967	35	90	67	12	79	410	791	355
-0.016	1966	37	78	35	9	44	446	702	354
-0.015	1965	38	88	39	11	50	445	774	353
-0.014	1964	34	85	60	11	71	406	736	352
-0.013	1963	33	85	70	12	82	422	732	351
-0.012	1962	38	85	62	13	75	446	745	350
-0.011	1961	34	76	67	16	83	417	644	349
-0.010	1960	35	84	72	16	88	419	736	348
-0.009	1959	36	81	67	13	80	417	716	347
-0.008	1958	35	90	110	19	129	413	772	346
-0.007	1957	35	83	84	16	100	409	726	345
-0.006	1956	35	87	100	14	114	414	743	344
-0.005	1955	31	80	89	16	105	383	690	343
-0.004	1954	26	70	57	8	65	335	613	342
-0.003	1953	28	65	39	7	46	339	582	341
-0.002	1952	30	71	30	8	38	359	624	340
-0.001	1951	26	80	51	11	62	340	686	339
0.000	1950	28	66	37	7	44	330	586	338
0.001	1949	33	77	40	9	49	389	687	337
0.002	1948	28	74	61	6	67	340	669	336
0.003	1947	28	76	58	9	67	337	660	335
0.004	1946	28	82	50	13	63	355	688	334
0.005	1945	28	78	55	11	66	348	665	333
0.006	1944	29	81	53	10	63	364	708	332
0.007	1943	31	80	45	13	58	379	712	331
0.008	1942	29	87	54	20	74	372	755	330
0.009	1941	25	61	42	13	55	320	535	329
0.010	1940	29	58	43	11	54	336	522	328
0.011	1939	29	67	61	14	75	334	579	327
0.012	1938	27	62	52	12	64	323	552	326
0.013	1937	27	62	43	12	55	327	552	325
0.014	1936	28	64	44	13	57	330	548	324
0.015	1935	28	69	50	13	63	332	600	323
0.016	1934	29	70	57	18	75	356	604	322
0.017	1933	31	69	35	11	46	348	614	321
0.018	1932	30	72	54	16	70	363	619	320
0.019	1931	30	73	36	16	52	370	630	319
0.020	1930	28	62	43	12	55	329	551	318
0.021	1929	29	68	38	12	50	341	586	317
0.022	1928	29	66	42	12	54	335	576	316
0.023	1927	28	64	42	10	52	328	566	315
0.024	1926	29	73	52	12	64	364	639	314
0.025	1925	29	68	37	12	49	348	586	313
0.026	1924	30	69	47	9	56	352	619	312
0.027	1923	29	65	36	9	45	335	586	311
0.028	1922	28	70	44	11	55	341	594	310
0.029	1921	31	73	31	11	42	370	632	309
0.030	1920	30	70	36	8	44	345	618	308
0.031	1919	31	71	36	10	46	351	638	307
0.032	1918	30	55	31	10	41	325	488	306
0.033	1917	29	67	40	9	49	337	608	305
0.034	1916	30	67	36	13	49	353	578	304
0.035	1915	28	73	62	11	73	350	620	303
0.036	1914	29	72	58	12	70	349	630	302
0.037	1913	28	71	47	13	60	349	603	301
0.038	1912	31	67	45	15	60	375	589	300
0.039	1911	30	74	54	10	64	359	644	299
0.040	1910	32	77	49	11	60	368	679	298
0.041	1909	31	73	29	8	37	356	633	297
0.042	1908	29	66	40	9	49	340	600	296
0.043	1907	31	63	31	8	39	355	573	295
0.044	1906	29	60	22	8	30	347	531	294
0.045	1905	28	66	47	9	56	337	583	293
0.046	1904	33	73	28	7	35	387	652	292
0.047	1903	32	74	32	9	41	378	648	291
0.048	1902	30	73	30	6	36	354	650	290
0.049	1901	32	72	29	8	37	361	632	289
0.050	1900	30	72	27	8	35	353	623	288
0.051	1899	36	64	17	5	22	410	571	287
0.052	1898	30	75	34	7	41	370	658	286
0.053	1897	34	74	32	9	41	405	667	285
0.054	1896	33	68	26	8	34	378	615	284
0.055	1895	35	80	43	9	52	397	720	283
0.056	1894	39	75	17	7	24	440	703	282
0.057	1893	32	73	32	9	41	376	649	281
0.058	1892	32	76	38	9	47	369	666	280
0.059	1891	28	79	40	8	48	352	697	279
0.060	1890	30	80	40	8	48	360	696	278
0.061	1889	30	85	45	9	54	369	727	277
0.062	1888	31	85	37	7	44	376	737	276
0.063	1887	35	77	28	6	34	403	700	275
0.064	1886	30	76	35	7	42	353	674	274
0.065	1885	31	79	34	9	43	379	693	273
0.066	1884	33	66	19	8	27	395	596	272
0.067	1883	34	71	26	9	35	376	625	271
0.068	1882	34	69	27	8	35	389	616	270
0.069	1881	33	76	36	8	44	387	662	269
0.070	1880	35	76	20	7	27	400	680	268
0.071	1879	31	79	51	9	60	370	691	267
0.072	1878	35	75	30	8	38	407	655	266
0.073	1877	30	83	43	8	51	364	709	265
0.074	1876	34	70	25	9	34	403	611	264
0.075	1875	31	75	32	9	41	380	642	263
0.076	1874	33	76	35	8	43	379	669	262
0.077	1873	33	77	25	7	32	395	679	261
0.078	1872	35	76	21	6	27	398	686	260
0.079	1871	32	78	27	6	33	381	701	259
0.080	1870	33	79	29	6	35	385	701	258
0.081	1869	34	84	43	7	50	388	736	257
0.082	1868	33	87	49	11	60	408	753	256
0.083	1867	38	85	25	8	33	441	753	255
0.084	1866	39	79	17	5	22	460	722	254
0.085	1865	33	80	39	8	47	405	684	253
0.086	1864	36	79	30	9	39	416	690	252
0.087	1863	35	83	40	8	48	408	715	251
0.088	1862	39	72	18	9	27	428	650	250
0.089	1861	37	81	30	8	38	442	730	249
0.090	1860	32	82	34	9	43	393	745	248
0.091	1859	36	80	39	7	46	425	728	247
0.092	1858	38	83	32	11	43	433	745	246
0.093	1857	38	85	29	4	33	487	835	245
0.094	1856	36	80	21	9	30	409	703	244
0.095	1855	35	78	39	7	46	396	701	243
0.096	1854	34	78	40	8	48	404	686	242
0.097	1853	34	81	30	6	36	426	719	241
0.098	1852	35	80	31	9	40	413	707	240
0.099	1851	35	75	39	6	45	400	676	239
0.100	1850	35	82	35	9	44	417	717	238
0.101	1849	35	82	28	9	37	403	697	237
0.102	1848	32	84	37	8	45	395	725	236
0.103	1847	38	78	23	8	31	427	696	235
0.104	1846	32	86	44	8	52	387	762	234
0.105	1845	36	76	21	8	29	428	665	233
0.106	1844	35	79	37	7	44	402	697	232
0.107	1843	35	82	38	8	46	408	734	231
0.108	1842	38	72	26	10	36	426	659	230
0.109	1841	35	76	33	7	40	405	699	229
0.110	1840	40	73	13	8	21	465	656	228
0.111	1839	36	79	59	10	69	410	731	227
0.112	1838	41	80	22	11	33	470	719	226
0.113	1837	37	84	45	11	56	448	735	225
0.114	1836	41	82	20	7	27	477	752	224
0.115	1835	39	87	30	9	39	460	784	223
0.116	1834	39	89	42	10	52	447	777	222
0.117	1833	41	86	38	7	45	473	792	221
0.118	1832	46	89	20	8	28	536	822	220
0.119	1831	43	85	21	7	28	504	779	219
0.120	1830	46	79	10	5	15	513	725	218
0.121	1829	48	79	12	6	18	528	732	217
0.122	1828	45	83	13	6	19	500	733	216
0.123	1827	41	79	20	5	25	471	724	215
0.124	1826	41	83	17	9	26	460	755	214
0.125	1825	41	86	19	2	21	523	858	213
0.126	1824	37	73	13	4	17	428	680	212
0.127	1823	37	66	12	4	16	414	595	211
0.128	1822	38	77	24	7	31	428	695	210
0.129	1821	40	70	15	6	21	442	649	209
0.130	1820	43	81	16	5	21	489	743	208
0.131	1819	59	67	2	4	6	594	671	207
0.132	1818	42	81	20	2	22	500	812	206
0.133	1817	38	83	30	8	38	434	705	205
0.134	1816	37	84	41	7	48	446	736	204
0.135	1815	40	83	23	10	33	475	740	203
0.136	1814	39	83	37	9	46	455	759	202
0.137	1813	40	76	26	9	35	462	694	201
0.138	1812	41	83	35	14	49	487	737	200
0.139	1811	50	82	16	9	25	542	765	199
0.140	1810	52	78	5	4	9	552	717	198
0.141	1809	39	80	15	4	19	446	737	197
0.142	1808	39	76	17	8	25	452	688	196
0.143	1807	37	83	25	8	33	442	731	195
0.144	1806	35	68	17	9	26	400	607	194
0.145	1805	37	75	25	11	36	428	659	193
0.146	1804	34	71	27	10	37	399	632	192
0.147	1803	39	62	11	7	18	436	587	191
0.148	1802	50	83	13	8	21	583	743	190
0.149	1801								189
0.150	1800	36	82	28	6	34	420	720	188
0.151	1799	33	75	22	6	28	375	673	187
0.152	1798	33	92	38	8	46	404	795	186
0.153	1797	30	76	39	8	47	375	694	185
0.154	1796	32	76	37	8	45	385	695	184
0.155	1795	33	87	46	9	55	404	766	183
0.156	1794	32	88	55	10	65	393	777	182
0.157	1793	32	87	43	10	53	413	743	181
0.158	1792	33	86	36	9	45	406	746	180
0.159	1791	34	90	46	15	61	419	761	179
0.160	1790	35	74	28	9	37	415	662	178
0.161	1789	37	87	27	10	37	441	758	177
0.162	1788	33	82	49	10	59	410	716	176
0.163	1787	37	88	41	8	49	437	789	175
0.164	1786	33	86	39	13	52	411	747	174
0.165	1785	36	84	27	11	38	438	736	173
0.166	1784	33	85	37	10	47	415	717	172
0.167	1783	36	84	47	15	62	426	733	171
0.168	1782	34	80	31	8	39	408	700	170
0.169	1781	36	89	41	11	52	428	777	169
0.170	1780	35	89	46	10	56	432	793	168
0.171	1779	33	91	55	12	67	415	788	167
0.172	1778	32	87	63	10	73	389	742	166
0.173	1777	32	90	59	14	73	406	774	165
0.174	1776	30	89	58	21	79	371	767	164
0.175	1775	37	69	16	10	26	410	629	163
0.176	1774	34	75	29	13	42	394	655	162
0.177	1773	32	74	41	11	52	373	642	161
0.178	1772	35	80	31	13	44	418	692	160
0.179	1771	33	81	56	15	71	409	706	159
0.180	1770	35	81	49	13	62	417	716	158
0.181	1769	37	84	56	13	69	437	740	157
0.182	1768	45	84	28	11	39	503	751	156
0.183	1767	44	85	37	11	48	497	782	155
0.184	1766	45	85	22	11	33	511	780	154
0.185	1765	43	85	35	10	45	496	781	153
0.186	1764	44	88	43	12	55	497	775	152
0.187	1763	51	89	33	13	46	567	828	151
0.188	1762	48	93	52	27	79	548	822	150
0.189	1761	48	92	39	29	68	547	838	149
0.190	1760	51	87	41	19	60	573	789	148
0.191	1759	57	84	26	12	38	617	785	147
0.192	1758	42	90	28	18	46	493	819	146
0.193	1757	43	69	12	7	19	463	629	145
0.194	1756	40	83	30	8	38	454	752	144
0.195	1755	46	82	21	8	29	525	740	143
0.196	1754	50	69	12	10	22	540	651	142
0.197	1753	52	82	5	8	13	561	758	141
0.198	1752	38	68	6	4	10	452	649	140
0.199	1751	36	88	34	8	42	446	763	139
0.200	1750	36	86	34	10	44	430	754	138
0.201	1749	35	76	24	10	34	412	671	137
0.202	1748	36	87	37	10	47	441	766	136
0.203	1747	38	87	25	10	35	448	751	135
0.204	1746	38	78	30	8	38	437	701	134
0.205	1745	41	85	27	7	34	467	767	133
0.206	1744	38	79	24	6	30	427	707	132
0.207	1743	32	76	42	8	50	391	656	131
0.208	1742	42	72	13	7	20	487	652	130
0.209	1741	33	85	55	13	68	405	739	129
0.210	1740	34	85	40	14	54	421	724	128
0.211	1739	35	88	57	12	69	427	768	127
0.212	1738	37	77	25	10	35	426	681	126
0.213	1737	32	80	59	14	73	398	696	125
0.214	1736	34	85	74	17	91	410	737	124
0.215	1735	34	80	53	17	70	429	701	123
0.216	1734	38	76	20	14	34	456	676	122
0.217	1733	37	80	41	19	60	442	698	121
0.218	1732	37	68	32	24	56	427	602	120
0.219	1731	34	74	34	17	51	428	637	119
0.220	1730	40	70	24	11	35	436	629	118
0.221	1729	35	81	50	15	65	411	697	117
0.222	1728	47	81	61	16	77	520	738	116
0.223	1727	39	72	28	18	46	437	652	115
0.224	1726	35	71	34	18	52	408	627	114
0.225	1725	38	63	23	16	39	428	577	113
0.226	1724	39	71	25	15	40	445	639	112
0.227	1723	41	72	19	14	33	463	654	111
0.228	1722	39	65	16	32	48	435	608	110
0.229	1721	35	65	24	20	44	412	574	109
0.230	1720	43	70	22	16	38	473	635	108
0.231	1719	38	62	19	20	39	429	563	107
0.232	1718	41	67	15	20	35	445	616	106
0.233	1717	39	66	29	21	50	436	598	105
0.234	1716	45	60	16	18	34	484	573	104
0.235	1715	43	66	19	23	42	470	600	103
0.236	1714	49	65	17	18	35	514	619	102
0.237	1713	40	64	25	31	56	438	583	101
0.238	1712	48	68	22	19	41	505	649	100
0.239	1711	44	62	28	27	55	466	587	99