/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans; Brunner, Margrit (2007): Tree-ring measurements of Larix occidentalis (Western larch) from sample SHER-51 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.598147
Project(s):	Northern Hemispheric Dendroclimatological Network (NHD/WSL)
Coverage:	LATITUDE: 48.420000 * LONGITUDE: -118.200000
	MINIMUM ELEVATION: 1800.0 m * MAXIMUM ELEVATION: 1800.0 m
Event(s):	SHER * LATITUDE: 48.420000 * LONGITUDE: -118.200000 * ELEVATION: 1800.0 m * LOCATION: Sherman Cr. Pass, USA * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition N; Slope 15 deg; Geology: Granit-Grobblockschutt; Tree line 2100 m; av. Tree height 20 m; Tree cover 25%; Shrub cover 40%; Moss cover 60%; Vegatation type: Mehrstufiger Bestand. Mehr/wenig. Homogen; Film number: 734A
Comment:	Species LAOC; No of rings 335; Begin 1649; 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:	3015 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	33	74	121	63	184	379	677	373
-0.032	1982	33	79	127	48	175	397	727	372
-0.031	1981	36	80	103	48	151	416	723	371
-0.030	1980	32	85	140	43	183	385	770	370
-0.029	1979	29	85	114	77	191	383	769	369
-0.028	1978	30	78	122	57	179	367	717	368
-0.027	1977	31	86	94	39	133	359	763	367
-0.026	1976	31	77	99	38	137	351	686	366
-0.025	1975	32	75	123	35	158	363	691	365
-0.024	1974	32	91	80	17	97	376	791	364
-0.023	1973	30	97	75	24	99	378	855	363
-0.022	1972	34	90	57	17	74	377	819	362
-0.021	1971	40	87	27	13	40	508	785	361
-0.020	1970	33	91	94	20	114	382	801	360
-0.019	1969	31	94	108	26	134	381	823	359
-0.018	1968	32	81	64	16	80	379	717	358
-0.017	1967	34	98	175	25	200	403	866	357
-0.016	1966	30	93	187	44	231	377	837	356
-0.015	1965	31	69	224	146	370	373	613	355
-0.014	1964	30	66	143	87	230	359	590	354
-0.013	1963	33	91	133	41	174	396	847	353
-0.012	1962	33	89	75	22	97	393	811	352
-0.011	1961	30	93	99	25	124	384	833	351
-0.010	1960	31	91	16	29	45	489	816	350
-0.009	1959	33	82	62	19	81	396	736	349
-0.008	1958	34	98	114	34	148	390	879	348
-0.007	1957	31	87	95	21	116	391	771	347
-0.006	1956	30	91	68	24	92	363	794	346
-0.005	1955	31	74	65	15	80	350	680	345
-0.004	1954	30	74	76	21	97	359	671	344
-0.003	1953	29	74	58	17	75	345	659	343
-0.002	1952	32	93	79	22	101	370	813	342
-0.001	1951	33	94	65	21	86	395	852	341
0.000	1950	36	94	63	20	83	412	843	340
0.001	1949	36	98	79	26	105	404	889	339
0.002	1948	36	89	60	23	83	408	793	338
0.003	1947	32	97	49	19	68	393	861	337
0.004	1946	35	81	30	10	40	399	721	336
0.005	1945	34	98	40	19	59	405	876	335
0.006	1944	34	87	27	11	38	383	800	334
0.007	1943	35	80	19	8	27	398	733	333
0.008	1942	33	87	27	14	41	379	777	332
0.009	1941	30	95	57	15	72	351	827	331
0.010	1940	34	104	51	21	72	418	924	330
0.011	1939	32	99	42	18	60	414	893	329
0.012	1938	33	102	63	16	79	396	911	328
0.013	1937	32	93	44	12	56	378	826	327
0.014	1936	31	101	41	16	57	394	911	326
0.015	1935	33	73	27	9	36	385	649	325
0.016	1934	35	100	41	16	57	430	901	324
0.017	1933	39	89	25	11	36	449	772	323
0.018	1932	46	87	20	10	30	493	793	322
0.019	1931	34	71	15	10	25	407	630	321
0.020	1930	37	74	18	20	38	450	625	320
0.021	1929	34	95	49	13	62	391	835	319
0.022	1928	33	92	41	14	55	388	821	318
0.023	1927	35	79	37	8	45	398	710	317
0.024	1926	34	101	59	15	74	405	901	316
0.025	1925	34	101	65	21	86	394	920	315
0.026	1924	34	103	69	19	88	415	913	314
0.027	1923	34	97	47	14	61	403	870	313
0.028	1922	35	102	55	23	78	423	922	312
0.029	1921	32	91	57	24	81	404	805	311
0.030	1920	34	86	46	15	61	393	779	310
0.031	1919	34	93	53	20	73	401	850	309
0.032	1918	35	96	49	22	71	405	866	308
0.033	1917	39	94	43	13	56	429	804	307
0.034	1916	36	84	32	18	50	414	771	306
0.035	1915	35	67	17	14	31	404	604	305
0.036	1914	42	88	21	13	34	472	792	304
0.037	1913	37	91	40	15	55	420	821	303
0.038	1912	38	89	38	15	53	426	829	302
0.039	1911	35	84	56	16	72	406	790	301
0.040	1910	36	103	55	26	81	419	948	300
0.041	1909	30	89	53	13	66	370	787	299
0.042	1908	32	93	42	12	54	381	845	298
0.043	1907	31	80	39	13	52	363	725	297
0.044	1906	29	101	36	13	49	392	911	296
0.045	1905	32	69	22	7	29	367	622	295
0.046	1904	31	93	32	11	43	373	825	294
0.047	1903	28	82	35	9	44	347	747	293
0.048	1902	32	85	43	16	59	371	761	292
0.049	1901	31	81	39	17	56	373	742	291
0.050	1900	32	79	26	8	34	364	717	290
0.051	1899	34	74	26	9	35	389	670	289
0.052	1898	32	96	31	11	42	396	852	288
0.053	1897	33	86	28	10	38	388	743	287
0.054	1896	37	83	19	8	27	423	748	286
0.055	1895	36	73	10	6	16	417	668	285
0.056	1894	40	65	8	5	13	453	605	284
0.057	1893	36	72	36	15	51	412	662	283
0.058	1892	35	91	35	14	49	422	826	282
0.059	1891	35	94	25	10	35	413	833	281
0.060	1890	34	75	18	8	26	416	676	280
0.061	1889	36	99	38	16	54	431	910	279
0.062	1888	36	102	42	13	55	434	908	278
0.063	1887	39	89	27	11	38	450	797	277
0.064	1886	39	99	38	11	49	469	897	276
0.065	1885	41	89	13	7	20	476	796	275
0.066	1884	39	81	20	7	27	428	727	274
0.067	1883	36	99	44	17	61	462	892	273
0.068	1882	38	90	38	11	49	444	810	272
0.069	1881	37	78	26	16	42	423	707	271
0.070	1880	32	58	36	19	55	362	532	270
0.071	1879	39	82	22	13	35	454	735	269
0.072	1878	35	93	23	14	37	416	839	268
0.073	1877	41	56	7	6	13	436	537	267
0.074	1876	34	53	14	6	20	378	520	266
0.075	1875	36	84	39	17	56	399	766	265
0.076	1874	37	84	51	25	76	432	767	264
0.077	1873	36	83	59	24	83	409	746	263
0.078	1872	38	90	64	20	84	429	798	262
0.079	1871	38	97	56	20	76	443	865	261
0.080	1870	40	97	48	20	68	456	875	260
0.081	1869	37	100	44	14	58	429	900	259
0.082	1868	38	100	48	20	68	428	901	258
0.083	1867	34	90	51	20	71	406	827	257
0.084	1866	37	96	46	20	66	418	860	256
0.085	1865	34	88	48	18	66	404	804	255
0.086	1864	33	93	32	17	49	397	840	254
0.087	1863	34	90	21	16	37	396	796	253
0.088	1862	34	73	27	9	36	379	655	252
0.089	1861	35	87	55	25	80	404	780	251
0.090	1860	35	91	51	30	81	407	821	250
0.091	1859	35	94	83	36	119	417	861	249
0.092	1858	33	89	49	29	78	399	809	248
0.093	1857	32	94	52	20	72	387	858	247
0.094	1856	34	90	28	12	40	408	807	246
0.095	1855	33	83	27	8	35	376	738	245
0.096	1854	34	90	35	9	44	375	813	244
0.097	1853	34	93	60	21	81	395	855	243
0.098	1852	35	98	51	22	73	410	880	242
0.099	1851	37	95	31	13	44	435	857	241
0.100	1850	36	97	41	21	62	419	856	240
0.101	1849	38	84	25	15	40	444	769	239
0.102	1848	33	103	54	29	83	416	934	238
0.103	1847	35	97	70	32	102	416	870	237
0.104	1846	32	90	40	12	52	390	800	236
0.105	1845	35	91	34	14	48	420	822	235
0.106	1844	33	92	35	14	49	389	814	234
0.107	1843	36	89	26	10	36	402	833	233
0.108	1842	37	93	25	10	35	437	832	232
0.109	1841	42	88	14	11	25	473	803	231
0.110	1840	39	82	22	10	32	429	736	230
0.111	1839	34	96	47	20	67	403	841	229
0.112	1838	32	84	49	13	62	378	753	228
0.113	1837	33	77	34	9	43	386	689	227
0.114	1836	33	84	40	10	50	383	737	226
0.115	1835	35	91	41	15	56	401	811	225
0.116	1834	32	94	53	17	70	377	836	224
0.117	1833	31	92	54	22	76	383	816	223
0.118	1832	33	82	21	10	31	383	737	222
0.119	1831	32	96	40	19	59	388	872	221
0.120	1830	31	92	41	15	56	365	829	220
0.121	1829	30	93	28	12	40	367	831	219
0.122	1828	29	94	41	13	54	358	825	218
0.123	1827	28	85	30	8	38	348	760	217
0.124	1826	33	86	29	8	37	383	776	216
0.125	1825	30	85	33	8	41	338	755	215
0.126	1824	31	69	12	7	19	357	618	214
0.127	1823	30	54	8	8	16	333	490	213
0.128	1822	32	77	17	9	26	384	679	212
0.129	1821	41	69	8	7	15	444	643	211
0.130	1820	32	65	12	8	20	366	586	210
0.131	1819	30	92	43	15	58	358	812	209
0.132	1818	30	81	27	8	35	355	763	208
0.133	1817	29	95	75	21	96	367	863	207
0.134	1816	31	98	47	13	60	380	872	206
0.135	1815	31	96	40	14	54	381	869	205
0.136	1814	33	86	19	6	25	376	776	204
0.137	1813	33	85	23	10	33	383	762	203
0.138	1812	36	93	21	11	32	431	833	202
0.139	1811	33	92	27	11	38	393	835	201
0.140	1810	33	83	49	15	64	386	747	200
0.141	1809	32	87	31	27	58	374	775	199
0.142	1808	28	98	48	13	61	343	873	198
0.143	1807	29	84	40	11	51	351	734	197
0.144	1806	34	65	18	9	27	384	583	196
0.145	1805	36	79	8	7	15	422	707	195
0.146	1804	31	80	26	7	33	364	710	194
0.147	1803	37	55	6	6	12	392	518	193
0.148	1802	33	54	22	6	28	354	499	192
0.149	1801	37	60	8	13	21	402	561	191
0.150	1800	43	68	6	6	12	474	633	190
0.151	1799	40	71	11	8	19	443	652	189
0.152	1798	35	93	44	16	60	418	838	188
0.153	1797	35	77	21	16	37	412	693	187
0.154	1796	35	90	25	12	37	422	801	186
0.155	1795	33	83	24	9	33	386	736	185
0.156	1794	38	90	33	16	49	435	816	184
0.157	1793	39	80	19	10	29	444	723	183
0.158	1792	39	82	23	10	33	429	738	182
0.159	1791	43	67	9	9	18	462	613	181
0.160	1790	37	74	51	30	81	418	688	180
0.161	1789	39	83	33	15	48	440	756	179
0.162	1788	35	78	39	18	57	401	713	178
0.163	1787	34	76	42	19	61	389	696	177
0.164	1786	35	82	34	14	48	399	743	176
0.165	1785	36	87	27	12	39	407	771	175
0.166	1784	34	72	16	8	24	404	653	174
0.167	1783	36	75	20	8	28	404	674	173
0.168	1782	36	66	11	10	21	401	604	172
0.169	1781	37	58	9	8	17	395	529	171
0.170	1780	39	62	9	6	15	431	589	170
0.171	1779	36	78	20	13	33	401	704	169
0.172	1778	34	78	34	12	46	383	681	168
0.173	1777	34	68	28	12	40	378	625	167
0.174	1776	36	82	26	8	34	400	742	166
0.175	1775	37	75	25	8	33	400	684	165
0.176	1774	34	91	30	11	41	388	817	164
0.177	1773	34	78	30	13	43	390	730	163
0.178	1772	34	76	21	9	30	390	686	162
0.179	1771	35	83	24	8	32	398	754	161
0.180	1770	35	67	14	8	22	390	608	160
0.181	1769	47	56	11	4	15	482	544	159
0.182	1768	44	58	3	2	5	462	564	158
0.183	1767	37	71	20	8	28	405	633	157
0.184	1766	38	73	21	9	30	420	665	156
0.185	1765	38	84	32	11	43	423	756	155
0.186	1764	40	81	31	14	45	443	747	154
0.187	1763	40	73	26	9	35	432	660	153
0.188	1762	45	80	16	10	26	499	743	152
0.189	1761	36	77	27	15	42	415	701	151
0.190	1760	37	73	17	10	27	411	667	150
0.191	1759	38	85	21	10	31	430	762	149
0.192	1758	39	83	19	8	27	436	764	148
0.193	1757	38	79	15	7	22	418	716	147
0.194	1756	35	81	34	13	47	398	733	146
0.195	1755	37	79	16	9	25	432	712	145
0.196	1754	37	64	24	11	35	396	582	144
0.197	1753	37	81	17	8	25	428	735	143
0.198	1752	38	68	11	6	17	425	625	142
0.199	1751	35	82	20	9	29	406	725	141
0.200	1750	48	59	4	4	8	503	574	140
0.201	1749	48	68	7	6	13	510	646	139
0.202	1748	40	75	13	15	28	435	659	138
0.203	1747	32	83	49	18	67	371	752	137
0.204	1746	36	83	24	11	35	411	748	136
0.205	1745	36	76	33	16	49	403	699	135
0.206	1744	35	69	38	10	48	378	634	134
0.207	1743	38	86	28	12	40	418	775	133
0.208	1742	35	67	30	14	44	397	626	132
0.209	1741	34	69	23	8	31	383	628	131
0.210	1740	41	57	5	6	11	443	544	130
0.211	1739	35	91	45	14	59	396	815	129
0.212	1738	37	74	42	14	56	394	684	128
0.213	1737	34	90	46	14	60	397	787	127
0.214	1736	36	81	72	29	101	404	742	126
0.215	1735	38	95	45	17	62	450	865	125
0.216	1734	34	93	68	25	93	407	838	124
0.217	1733	37	93	43	17	60	424	847	123
0.218	1732	35	76	56	17	73	392	708	122
0.219	1731	36	71	58	16	74	406	653	121
0.220	1730	37	89	56	21	77	436	811	120
0.221	1729	39	87	49	21	70	435	790	119
0.222	1728	33	86	38	10	48	390	777	118
0.223	1727	37	94	47	17	64	432	856	117
0.224	1726	36	78	49	15	64	409	720	116
0.225	1725	38	93	42	14	56	432	846	115
0.226	1724	34	89	51	18	69	409	820	114
0.227	1723	37	92	22	15	37	438	828	113
0.228	1722	32	85	38	9	47	386	763	112
0.229	1721	34	94	57	15	72	399	839	111
0.230	1720	34	98	50	23	73	417	887	110
0.231	1719	34	96	27	15	42	400	859	109
0.232	1718	38	85	12	8	20	435	753	108
0.233	1717	35	90	33	9	42	402	813	107
0.234	1716	32	96	46	18	64	391	865	106
0.235	1715	34	81	71	16	87	384	729	105
0.236	1714	31	93	69	29	98	390	826	104
0.237	1713	31	90	52	18	70	380	807	103
0.238	1712	34	97	38	13	51	394	865	102
0.239	1711	37	87	33	14	47	424	773	101
0.240	1710	31	65	33	9	42	351	585	100
0.241	1709	35	88	67	22	89	396	785	99
0.242	1708	35	98	55	22	77	417	889	98
0.243	1707	33	86	58	17	75	381	755	97
0.244	1706	34	101	52	17	69	428	898	96
0.245	1705	33	104	74	28	102	431	920	95
0.246	1704	32	103	53	15	68	394	913	94
0.247	1703	37	97	35	17	52	434	885	93
0.248	1702	31	90	29	14	43	384	805	92
0.249	1701	32	51	15	10	25	352	477	91
0.250	1700	34	91	74	24	98	394	826	90
0.251	1699	33	91	75	24	99	379	795	89
0.252	1698	32	87	110	37	147	366	783	88
0.253	1697	34	87	101	37	138	396	779	87
0.254	1696	31	78	111	48	159	376	722	86
0.255	1695	32	100	69	27	96	402	906	85
0.256	1694	35	104	81	32	113	414	934	84
0.257	1693	34	102	92	35	127	422	908	83
0.258	1692	34	100	140	38	178	424	905	82
0.259	1691	37	102	91	40	131	447	913	81
0.260	1690	34	97	76	31	107	427	851	80
0.261	1689	34	105	119	39	158	424	927	79
0.262	1688	34	103	104	25	129	395	936	78
0.263	1687	32	109	123	42	165	399	967	77
0.264	1686	32	102	129	56	185	408	915	76
0.265	1685	33	100	135	31	166	395	907	75
0.266	1684	32	104	121	84	205	427	925	74
0.267	1683	31	102	73	30	103	406	897	73
0.268	1682	31	109	144	35	179	382	961	72
0.269	1681	34	109	77	40	117	414	987	71
0.270	1680	33	108	81	35	116	417	991	70
0.271	1679	33	110	93	27	120	394	987	69
0.272	1678	34	107	93	48	141	412	967	68
0.273	1677	29	104	111	48	159	383	942	67
0.274	1676	35	99	107	35	142	412	889	66
0.275	1675	31	108	146	65	211	403	954	65
0.276	1674	32	100	115	58	173	405	888	64
0.277	1673	34	108	84	35	119	416	981	63
0.278	1672	35	101	59	35	94	429	931	62
0.279	1671	36	107	28	24	52	444	979	61
0.280	1670	37	99	14	15	29	468	895	60
0.281	1669	33	93	30	8	38	399	818	59
0.282	1668	34	98	75	33	108	411	874	58
0.283	1667	35	110	90	50	140	424	1011	57
0.284	1666	35	108	71	51	122	440	972	56
0.285	1665	35	108	141	49	190	437	974	55
0.286	1664	32	103	160	50	210	452	932	54
0.287	1663	32	107	127	64	191	402	969	53
0.288	1662	32	108	77	39	116	387	985	52
0.289	1661	30	111	123	78	201	400	996	51
0.290	1660	33	111	98	52	150	433	1008	50
0.291	1659	31	104	81	28	109	381	969	49
0.292	1658	32	112	91	57	148	410	1037	48
0.293	1657	33	91	75	37	112	396	818	47
0.294	1656	28	112	55	21	76	368	1024	46
0.295	1655	25	99	77	38	115	371	899	45
0.296	1654	31	103	57	47	104	385	955	44
0.297	1653	32	105	68	51	119	418	940	43
0.298	1652	30	104	43	30	73	367	952	42
0.299	1651	31	99	59	42	101	372	885	41
0.300	1650	32	87	47	67	114	441	755	40
0.301	1649	29	101	23	22	45	363	923	39