/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans; Brunner, Margrit (2007): Tree-ring measurements of Picea engelmannii (Engelmann spruce) from sample SUNW-81 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.598767
Project(s):	Northern Hemispheric Dendroclimatological Network (NHD/WSL)
Coverage:	LATITUDE: 52.150000 * LONGITUDE: -117.000000
	MINIMUM ELEVATION: 2000.0 m * MAXIMUM ELEVATION: 2000.0 m
Event(s):	SUNW * LATITUDE: 52.150000 * LONGITUDE: -117.000000 * ELEVATION: 2000.0 m * LOCATION: Sunwapta Pass, Canada * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition SW; Slope 3 deg; Geology: Kalkreicher Allurialsch. ; Tree line 2150 m; av. Tree height 22 m; Tree cover 60%; Shrub cover 10%; Herb cover 25%; Moss cover 50%; Vegatation type: Tiefgr. da rel. nahe v. Bächen. Dir. unter WG; Film number: 691A
Comment:	Species PCEN; No of rings 361; Begin 1623; 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:	3242 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	20	64	48	9	57	254	568	373
-0.032	1982	20	59	43	9	52	238	504	372
-0.031	1981	20	68	45	7	52	249	583	371
-0.030	1980	20	58	39	8	47	249	511	370
-0.029	1979	19	61	44	7	51	246	539	369
-0.028	1978	19	60	48	8	56	242	517	368
-0.027	1977	18	62	49	8	57	242	551	367
-0.026	1976	21	53	38	8	46	259	469	366
-0.025	1975	21	54	52	10	62	248	469	365
-0.024	1974	23	60	40	9	49	279	520	364
-0.023	1973	22	58	37	8	45	268	513	363
-0.022	1972	23	57	27	7	34	279	513	362
-0.021	1971	24	54	23	6	29	279	499	361
-0.020	1970	20	49	34	8	42	241	439	360
-0.019	1969	21	53	37	9	46	250	473	359
-0.018	1968	23	44	22	8	30	262	404	358
-0.017	1967	21	55	23	8	31	262	501	357
-0.016	1966	24	42	16	7	23	267	386	356
-0.015	1965	20	52	27	8	35	245	466	355
-0.014	1964	20	40	22	8	30	226	358	354
-0.013	1963	21	46	23	8	31	245	414	353
-0.012	1962	25	44	11	9	20	273	406	352
-0.011	1961	22	40	17	9	26	247	361	351
-0.010	1960	23	51	23	8	31	264	456	350
-0.009	1959	23	39	19	8	27	252	362	349
-0.008	1958	22	46	28	9	37	245	409	348
-0.007	1957	22	44	22	10	32	252	383	347
-0.006	1956	23	51	31	9	40	263	449	346
-0.005	1955	22	56	44	10	54	259	497	345
-0.004	1954	21	45	44	11	55	244	415	344
-0.003	1953	21	47	38	10	48	242	413	343
-0.002	1952	22	51	32	9	41	254	453	342
-0.001	1951	24	50	29	9	38	273	448	341
0.000	1950	20	48	39	8	47	237	444	340
0.001	1949	23	48	28	10	38	268	437	339
0.002	1948	21	47	35	9	44	252	426	338
0.003	1947	24	48	26	11	37	269	437	337
0.004	1946	23	45	23	12	35	269	408	336
0.005	1945	23	43	31	10	41	259	389	335
0.006	1944	21	41	31	12	43	243	379	334
0.007	1943	23	37	28	14	42	255	343	333
0.008	1942	23	47	25	12	37	263	426	332
0.009	1941	22	40	26	13	39	257	375	331
0.010	1940	23	42	28	13	41	261	383	330
0.011	1939	25	45	25	12	37	274	414	329
0.012	1938	22	47	38	15	53	257	415	328
0.013	1937	21	43	34	15	49	238	377	327
0.014	1936	24	54	41	14	55	275	474	326
0.015	1935	24	43	33	13	46	260	396	325
0.016	1934	23	44	26	16	42	260	387	324
0.017	1933	23	53	31	10	41	275	472	323
0.018	1932	25	44	21	11	32	277	390	322
0.019	1931	28	48	17	9	26	313	435	321
0.020	1930	29	46	16	9	25	322	419	320
0.021	1929	28	45	15	7	22	312	416	319
0.022	1928	24	44	23	12	35	277	396	318
0.023	1927	27	46	23	9	32	300	431	317
0.024	1926	26	47	29	12	41	295	424	316
0.025	1925	27	47	19	8	27	300	432	315
0.026	1924	24	47	28	7	35	273	432	314
0.027	1923	24	43	25	10	35	261	389	313
0.028	1922	24	51	23	9	32	269	452	312
0.029	1921	27	43	13	8	21	292	398	311
0.030	1920	25	45	18	7	25	283	411	310
0.031	1919	24	45	20	9	29	278	413	309
0.032	1918	26	43	22	7	29	276	404	308
0.033	1917	23	45	27	11	38	265	399	307
0.034	1916	21	43	26	11	37	239	372	306
0.035	1915	25	47	21	9	30	282	425	305
0.036	1914	27	46	21	10	31	291	419	304
0.037	1913	26	45	18	10	28	281	407	303
0.038	1912	23	39	24	10	34	259	357	302
0.039	1911	23	43	30	12	42	255	385	301
0.040	1910	23	42	24	10	34	258	380	300
0.041	1909	25	39	12	13	25	278	374	299
0.042	1908	25	39	11	15	26	278	368	298
0.043	1907	25	42	16	13	29	281	392	297
0.044	1906	27	42	11	12	23	286	393	296
0.045	1905	27	36	12	13	25	288	346	295
0.046	1904	25	47	16	10	26	290	431	294
0.047	1903	24	41	16	12	28	268	386	293
0.048	1902	26	37	12	13	25	282	356	292
0.049	1901	26	40	14	13	27	278	372	291
0.050	1900	23	38	15	14	29	257	357	290
0.051	1899	23	32	10	12	22	246	300	289
0.052	1898	20	38	16	11	27	229	337	288
0.053	1897	21	32	21	8	29	227	291	287
0.054	1896	25	40	17	10	27	271	369	286
0.055	1895	28	38	13	11	24	297	357	285
0.056	1894	27	49	15	11	26	304	450	284
0.057	1893	26	42	13	10	23	287	398	283
0.058	1892	24	39	14	12	26	273	363	282
0.059	1891	26	48	21	9	30	296	447	281
0.060	1890	24	53	20	13	33	293	475	280
0.061	1889	28	40	9	10	19	300	377	279
0.062	1888	26	39	14	12	26	280	370	278
0.063	1887	26	38	11	13	24	277	356	277
0.064	1886	25	44	19	12	31	273	404	276
0.065	1885	24	36	13	15	28	262	337	275
0.066	1884	21	42	19	13	32	251	378	274
0.067	1883	24	42	20	11	31	269	385	273
0.068	1882	23	42	25	12	37	267	391	272
0.069	1881	26	41	15	11	26	285	376	271
0.070	1880	25	41	23	12	35	276	384	270
0.071	1879	26	41	18	10	28	285	387	269
0.072	1878	24	41	21	12	33	272	372	268
0.073	1877	27	41	15	9	24	288	391	267
0.074	1876	25	36	19	15	34	270	338	266
0.075	1875	26	47	21	11	32	292	431	265
0.076	1874	26	40	14	11	25	283	378	264
0.077	1873	26	40	12	10	22	287	377	263
0.078	1872	24	37	12	12	24	260	351	262
0.079	1871	25	40	17	11	28	273	373	261
0.080	1870	24	37	17	11	28	259	348	260
0.081	1869	24	39	17	12	29	256	366	259
0.082	1868	22	36	18	16	34	239	331	258
0.083	1867	24	40	16	10	26	265	367	257
0.084	1866	23	39	23	13	36	254	361	256
0.085	1865	24	44	21	12	33	268	405	255
0.086	1864	26	41	13	11	24	281	386	254
0.087	1863	23	40	21	13	34	259	365	253
0.088	1862	24	39	21	12	33	259	358	252
0.089	1861	24	35	10	14	24	261	331	251
0.090	1860	29	41	11	10	21	313	389	250
0.091	1859	27	45	15	13	28	298	414	249
0.092	1858	27	35	8	12	20	284	340	248
0.093	1857	24	40	15	14	29	270	370	247
0.094	1856	28	36	6	10	16	292	342	246
0.095	1855	27	38	16	15	31	285	351	245
0.096	1854	29	42	12	11	23	311	397	244
0.097	1853	30	39	7	11	18	313	373	243
0.098	1852	27	40	15	13	28	296	380	242
0.099	1851	29	39	8	11	19	300	375	241
0.100	1850	26	40	14	12	26	286	375	240
0.101	1849	29	36	10	8	18	297	348	239
0.102	1848	29	35	7	10	17	301	343	238
0.103	1847	32	38	4	10	14	324	362	237
0.104	1846	32	35	3	11	14	318	344	236
0.105	1845	28	37	8	16	24	302	354	235
0.106	1844								234
0.107	1843	31	40	12	9	21	325	388	233
0.108	1842	31	40	7	8	15	328	386	232
0.109	1841	32	38	10	6	16	321	365	231
0.110	1840	28	39	9	7	16	304	357	230
0.111	1839	28	39	16	10	26	295	363	229
0.112	1838	29	35	8	10	18	305	334	228
0.113	1837	31	35	9	7	16	322	341	227
0.114	1836	29	35	6	4	10	301	332	226
0.115	1835	25	38	10	12	22	272	350	225
0.116	1834	25	38	10	12	22	264	353	224
0.117	1833	27	32	4	9	13	278	309	223
0.118	1832	29	35	5	9	14	301	335	222
0.119	1831	24	38	14	12	26	261	354	221
0.120	1830	26	43	15	11	26	290	401	220
0.121	1829	26	39	10	11	21	273	370	219
0.122	1828	24	40	14	9	23	274	383	218
0.123	1827	29	33	6	6	12	297	320	217
0.124	1826	27	37	7	9	16	285	347	216
0.125	1825	25	37	12	9	21	270	354	215
0.126	1824	29	35	5	7	12	303	335	214
0.127	1823	25	40	9	10	19	270	368	213
0.128	1822	26	36	9	10	19	273	341	212
0.129	1821	25	38	12	11	23	270	360	211
0.130	1820	26	36	9	11	20	277	341	210
0.131	1819	28	37	5	11	16	293	359	209
0.132	1818	25	34	7	14	21	266	319	208
0.133	1817	23	39	15	13	28	261	360	207
0.134	1816	24	39	10	13	23	259	362	206
0.135	1815	23	34	12	12	24	253	324	205
0.136	1814	25	36	5	11	16	262	337	204
0.137	1813	23	33	11	21	32	244	293	203
0.138	1812	27	42	12	11	23	293	391	202
0.139	1811	26	41	16	13	29	285	378	201
0.140	1810	27	41	12	10	22	292	381	200
0.141	1809	24	37	14	12	26	260	348	199
0.142	1808	23	39	20	12	32	257	363	198
0.143	1807	24	38	13	12	25	264	350	197
0.144	1806	26	40	12	11	23	288	378	196
0.145	1805	27	42	11	10	21	288	394	195
0.146	1804	24	39	13	12	25	259	357	194
0.147	1803	22	36	22	13	35	242	336	193
0.148	1802	23	38	15	13	28	264	357	192
0.149	1801	24	38	17	14	31	271	353	191
0.150	1800	23	38	21	14	35	254	347	190
0.151	1799	27	42	13	11	24	296	385	189
0.152	1798	24	47	26	13	39	277	420	188
0.153	1797	26	44	15	11	26	290	413	187
0.154	1796	24	43	19	14	33	268	386	186
0.155	1795	30	42	13	9	22	313	396	185
0.156	1794	26	45	21	11	32	281	419	184
0.157	1793	22	37	15	15	30	252	335	183
0.158	1792	24	46	20	13	33	275	417	182
0.159	1791	23	38	13	13	26	262	357	181
0.160	1790	23	38	19	12	31	247	352	180
0.161	1789	24	38	15	13	28	264	350	179
0.162	1788	24	39	20	13	33	273	363	178
0.163	1787	27	37	14	12	26	290	349	177
0.164	1786	27	39	13	13	26	288	367	176
0.165	1785	26	36	12	13	25	276	340	175
0.166	1784	28	37	8	12	20	290	353	174
0.167	1783	24	38	22	14	36	266	356	173
0.168	1782	25	36	12	13	25	274	343	172
0.169	1781	23	38	21	16	37	254	355	171
0.170	1780	25	33	12	17	29	261	315	170
0.171	1779	29	38	9	13	22	305	366	169
0.172	1778	26	41	15	15	30	285	384	168
0.173	1777	27	35	12	17	29	277	333	167
0.174	1776	25	41	18	15	33	288	387	166
0.175	1775	24	34	11	19	30	259	324	165
0.176	1774	26	39	11	17	28	279	365	164
0.177	1773	24	43	19	17	36	280	404	163
0.178	1772	22	36	19	18	37	249	335	162
0.179	1771	22	35	25	19	44	240	325	161
0.180	1770	23	36	27	15	42	256	336	160
0.181	1769	24	34	22	18	40	257	319	159
0.182	1768	22	40	26	22	48	251	359	158
0.183	1767	24	45	30	20	50	270	404	157
0.184	1766	23	40	25	19	44	263	369	156
0.185	1765	24	39	25	20	45	265	363	155
0.186	1764	24	36	23	19	42	269	338	154
0.187	1763	24	40	21	17	38	266	366	153
0.188	1762	22	36	19	16	35	249	332	152
0.189	1761	22	34	24	20	44	235	319	151
0.190	1760	22	42	35	18	53	250	375	150
0.191	1759	23	36	22	18	40	250	336	149
0.192	1758	24	42	31	19	50	268	378	148
0.193	1757	26	41	34	17	51	285	378	147
0.194	1756	23	48	34	18	52	270	434	146
0.195	1755	26	44	21	15	36	293	409	145
0.196	1754	22	47	32	18	50	269	418	144
0.197	1753	22	47	29	18	47	257	422	143
0.198	1752	24	37	16	17	33	258	345	142
0.199	1751	25	48	22	14	36	284	432	141
0.200	1750	23	44	25	14	39	268	393	140
0.201	1749	25	42	14	13	27	285	385	139
0.202	1748	26	48	18	14	32	294	437	138
0.203	1747	22	41	38	17	55	242	364	137
0.204	1746	25	43	20	14	34	280	390	136
0.205	1745	25	48	27	14	41	286	430	135
0.206	1744	23	42	33	14	47	265	376	134
0.207	1743	24	46	30	14	44	272	421	133
0.208	1742	22	37	32	16	48	243	341	132
0.209	1741	24	45	41	16	57	265	412	131
0.210	1740	23	45	35	16	51	267	408	130
0.211	1739	23	44	23	18	41	258	395	129
0.212	1738	23	32	24	15	39	244	297	128
0.213	1737	23	37	23	19	42	255	334	127
0.214	1736	23	48	31	18	49	271	425	126
0.215	1735	21	56	39	8	47	262	487	125
0.216	1734	21	58	54	12	66	256	486	124
0.217	1733	22	56	40	9	49	250	475	123
0.218	1732	21	50	34	6	40	241	449	122
0.219	1731	23	48	34	7	41	262	430	121
0.220	1730	21	50	63	6	69	245	453	120
0.221	1729	23	43	59	8	67	259	383	119
0.222	1728	23	47	58	7	65	263	420	118
0.223	1727	21	54	60	11	71	258	478	117
0.224	1726	22	60	56	10	66	268	516	116
0.225	1725	21	53	37	11	48	254	458	115
0.226	1724	21	62	46	8	54	269	534	114
0.227	1723	24	64	38	9	47	279	556	113
0.228	1722	23	56	52	8	60	265	483	112
0.229	1721	21	52	62	8	70	241	465	111
0.230	1720	24	58	35	8	43	277	507	110
0.231	1719	23	65	49	9	58	275	564	109
0.232	1718	23	60	61	11	72	279	513	108
0.233	1717	21	56	55	9	64	246	495	107
0.234	1716	23	53	54	8	62	276	473	106
0.235	1715	23	50	40	9	49	259	437	105
0.236	1714	23	64	54	13	67	282	548	104
0.237	1713	22	51	56	8	64	265	458	103
0.238	1712	23	59	62	8	70	268	519	102
0.239	1711	24	51	67	9	76	267	457	101
0.240	1710	23	60	72	14	86	263	526	100
0.241	1709	22	50	67	9	76	242	446	99
0.242	1708	24	56	72	10	82	273	495	98
0.243	1707	23	57	63	7	70	264	499	97
0.244	1706	23	58	70	12	82	267	507	96
0.245	1705	24	62	81	11	92	274	534	95
0.246	1704	22	58	63	11	74	263	493	94
0.247	1703	22	60	87	13	100	257	513	93
0.248	1702	21	58	104	17	121	243	483	92
0.249	1701	22	53	85	16	101	249	448	91
0.250	1700	24	55	112	16	128	262	476	90
0.251	1699	23	47	86	14	100	262	409	89
0.252	1698	23	48	94	18	112	265	414	88
0.253	1697	22	52	75	18	93	257	450	87
0.254	1696	20	49	72	17	89	246	427	86
0.255	1695	21	58	81	13	94	252	513	85
0.256	1694	21	55	53	10	63	256	473	84
0.257	1693	22	56	78	9	87	258	483	83
0.258	1692	20	56	119	14	133	245	490	82
0.259	1691	20	57	103	14	117	240	487	81
0.260	1690	20	50	81	11	92	234	433	80
0.261	1689	18	51	101	14	115	217	440	79
0.262	1688	20	46	61	11	72	226	400	78
0.263	1687	22	55	65	12	77	252	488	77
0.264	1686	21	50	72	11	83	237	443	76
0.265	1685	23	50	59	8	67	263	442	75
0.266	1684	22	60	60	10	70	270	517	74
0.267	1683	21	58	60	12	72	258	492	73
0.268	1682	20	55	87	15	102	255	479	72
0.269	1681	20	58	85	16	101	242	481	71
0.270	1680	19	57	117	15	132	235	485	70
0.271	1679	20	58	130	23	153	246	504	69
0.272	1678	20	51	99	14	113	225	439	68
0.273	1677	19	48	116	22	138	236	429	67
0.274	1676	19	53	93	17	110	234	455	66
0.275	1675	20	56	79	15	94	242	483	65
0.276	1674	21	41	119	15	134	234	364	64
0.277	1673	22	55	106	11	117	252	480	63
0.278	1672	20	62	128	18	146	241	519	62
0.279	1671	20	52	75	11	86	230	455	61
0.280	1670	21	49	91	25	116	252	413	60
0.281	1669	22	56	96	16	112	243	483	59
0.282	1668	18	43	117	25	142	224	360	58
0.283	1667	19	51	122	16	138	222	430	57
0.284	1666	21	54	111	16	127	247	457	56
0.285	1665	19	43	120	15	135	221	379	55
0.286	1664	20	45	97	15	112	232	388	54
0.287	1663	20	52	152	13	165	230	444	53
0.288	1662	21	55	178	18	196	241	457	52
0.289	1661	20	61	162	11	173	228	531	51
0.290	1660	20	52	135	11	146	224	460	50
0.291	1659	18	58	161	35	196	231	480	49
0.292	1658	19	49	117	15	132	222	415	48
0.293	1657	18	42	94	21	115	211	363	47
0.294	1656	21	53	130	25	155	240	458	46
0.295	1655	20	41	119	21	140	227	361	45
0.296	1654	21	51	106	30	136	244	446	44
0.297	1653	21	51	90	26	116	238	440	43
0.298	1652	20	63	148	31	179	247	526	42
0.299	1651	20	60	127	23	150	238	491	41
0.300	1650	20	55	161	27	188	236	464	40
0.301	1649	19	52	168	30	198	242	441	39
0.302	1648	19	62	164	15	179	236	519	38
0.303	1647	20	61	135	21	156	246	514	37
0.304	1646	19	62	161	19	180	241	495	36
0.305	1645	20	63	148	20	168	246	514	35
0.306	1644	22	62	148	25	173	260	506	34
0.307	1643	21	45	137	36	173	236	389	33
0.308	1642	21	63	153	21	174	256	538	32
0.309	1641	19	49	148	19	167	231	413	31
0.310	1640	20	60	187	19	206	234	509	30
0.311	1639	19	59	189	56	245	245	463	29
0.312	1638	19	61	173	31	204	231	517	28
0.313	1637	19	40	174	21	195	228	350	27
0.314	1636	19	58	168	27	195	241	486	26
0.315	1635	21	53	157	19	176	244	456	25
0.316	1634	19	63	191	26	217	234	528	24
0.317	1633	20	60	270	33	303	245	500	23
0.318	1632	20	57	190	23	213	235	496	22
0.319	1631	20	47	164	58	222	237	379	21
0.320	1630	19	54	226	31	257	233	442	20
0.321	1629	20	51	253	19	272	239	440	19
0.322	1628	22	58	208	31	239	258	491	18
0.323	1627	23	63	161	28	189	271	530	17
0.324	1626	21	50	191	47	238	247	412	16
0.325	1625	19	51	171	44	215	231	413	15
0.326	1624	19	50	236	30	266	241	409	14
0.327	1623	18	59	179	29	208	243	484	13