/* DATA DESCRIPTION:
Citation:	Schweingruber, Fritz Hans; Brunner, Margrit (2007): Tree-ring measurements of Picea engelmannii (Engelmann spruce) from sample PEYTO-11 [dataset]. Swiss Federal Institute for Forest, Snow and Landscape Research, PANGAEA, https://doi.org/10.1594/PANGAEA.596496
Project(s):	Northern Hemispheric Dendroclimatological Network (NHD/WSL)
Coverage:	LATITUDE: 51.450000 * LONGITUDE: -116.130000
	MINIMUM ELEVATION: 2050.0 m * MAXIMUM ELEVATION: 2050.0 m
Event(s):	PEYTO * LATITUDE: 51.450000 * LONGITUDE: -116.130000 * ELEVATION: 2050.0 m * LOCATION: Peyto lake, Canada * CAMPAIGN: WDD (URI: http://www.wsl.ch/dendro/dendrodb.html) * METHOD/DEVICE: Tree ring sampling (TREE) * COMMENT: Exposition S; Slope 1 deg; Geology: Kalkreicher Hangschutt; Tree line 2150 m; av. Tree height 22 m; Tree cover 60%; Shrub cover 70%; Herb cover 10%; Moss cover 5%; Vegatation type: Urw. an der Basis eines Hanges. Mehrst. wü. ; Film number: 724A
Comment:	Species PCEN; No of rings 269; Begin 1715; 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:	2421 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	24	62	54	10	64	285	542	293
-0.032	1982	23	51	58	14	72	275	447	292
-0.031	1981	24	53	40	11	51	278	472	291
-0.030	1980	26	53	46	12	58	289	474	290
-0.029	1979	26	61	46	12	58	302	541	289
-0.028	1978	24	52	44	14	58	279	465	288
-0.027	1977	22	54	37	14	51	274	480	287
-0.026	1976	27	46	27	10	37	299	430	286
-0.025	1975	23	48	41	16	57	256	430	285
-0.024	1974	26	48	33	12	45	292	441	284
-0.023	1973	26	57	39	11	50	303	513	283
-0.022	1972	26	61	42	11	53	305	545	282
-0.021	1971	27	58	35	11	46	319	517	281
-0.020	1970	23	59	71	13	84	283	517	280
-0.019	1969	23	56	49	13	62	282	483	279
-0.018	1968	23	53	47	12	59	274	456	278
-0.017	1967	22	61	64	10	74	265	518	277
-0.016	1966	23	49	34	9	43	267	437	276
-0.015	1965	28	52	28	11	39	311	467	275
-0.014	1964	24	43	43	15	58	262	378	274
-0.013	1963	23	48	35	9	44	261	432	273
-0.012	1962	25	49	24	9	33	288	444	272
-0.011	1961	25	52	39	10	49	287	470	271
-0.010	1960	24	53	43	12	55	282	460	270
-0.009	1959	27	55	19	16	35	288	507	269
-0.008	1958	23	60	54	9	63	266	516	268
-0.007	1957	25	51	42	9	51	286	451	267
-0.006	1956	27	61	40	8	48	314	539	266
-0.005	1955	25	51	53	7	60	278	449	265
-0.004	1954	25	39	32	12	44	275	362	264
-0.003	1953	22	50	41	11	52	263	448	263
-0.002	1952	25	55	30	8	38	286	493	262
-0.001	1951	25	51	30	10	40	292	456	261
0.000	1950	23	51	52	9	61	264	453	260
0.001	1949	28	54	35	8	43	316	494	259
0.002	1948	22	60	50	15	65	274	505	258
0.003	1947	26	54	32	9	41	303	461	257
0.004	1946	28	56	30	8	38	319	511	256
0.005	1945	23	60	60	9	69	274	526	255
0.006	1944	22	47	50	7	57	274	427	254
0.007	1943	25	50	44	6	50	286	446	253
0.008	1942	24	60	37	9	46	295	527	252
0.009	1941	23	60	47	7	54	285	527	251
0.010	1940	25	58	50	7	57	293	513	250
0.011	1939	25	62	36	8	44	303	531	249
0.012	1938	25	50	49	7	56	296	440	248
0.013	1937	25	45	48	7	55	280	412	247
0.014	1936	25	65	50	9	59	292	581	246
0.015	1935	25	55	55	9	64	275	495	245
0.016	1934	25	59	33	8	41	308	517	244
0.017	1933	27	55	41	8	49	302	492	243
0.018	1932	24	58	35	9	44	293	501	242
0.019	1931	26	58	29	7	36	309	518	241
0.020	1930	25	61	32	6	38	294	538	240
0.021	1929	24	55	31	8	39	285	486	239
0.022	1928	24	61	45	8	53	277	541	238
0.023	1927	25	60	45	7	52	302	531	237
0.024	1926	24	68	34	16	50	308	579	236
0.025	1925	25	58	43	8	51	284	513	235
0.026	1924	22	57	33	13	46	263	494	234
0.027	1923	22	57	38	8	46	266	505	233
0.028	1922	23	55	43	9	52	279	482	232
0.029	1921	26	57	27	8	35	304	514	231
0.030	1920	23	49	37	10	47	271	439	230
0.031	1919	24	51	48	9	57	266	458	229
0.032	1918	22	47	52	11	63	260	426	228
0.033	1917	25	51	45	9	54	270	459	227
0.034	1916	23	52	43	9	52	281	471	226
0.035	1915	24	53	31	9	40	280	468	225
0.036	1914	24	53	47	10	57	281	474	224
0.037	1913	25	45	44	9	53	284	408	223
0.038	1912	21	52	52	12	64	253	450	222
0.039	1911	25	46	42	7	49	278	428	221
0.040	1910	25	52	38	9	47	302	458	220
0.041	1909	25	46	49	8	57	277	420	219
0.042	1908	25	57	45	11	56	293	493	218
0.043	1907	24	41	45	10	55	266	372	217
0.044	1906	25	61	37	10	47	290	534	216
0.045	1905	25	55	37	11	48	304	473	215
0.046	1904	24	59	48	9	57	295	498	214
0.047	1903	23	51	57	11	68	287	436	213
0.048	1902	25	53	40	8	48	287	477	212
0.049	1901	23	57	45	8	53	275	511	211
0.050	1900	23	52	34	10	44	278	463	210
0.051	1899	25	49	34	10	44	273	443	209
0.052	1898	24	56	29	7	36	278	497	208
0.053	1897	22	43	44	8	52	243	392	207
0.054	1896	22	50	54	9	63	252	449	206
0.055	1895	23	43	51	11	62	258	390	205
0.056	1894	25	55	52	10	62	292	503	204
0.057	1893	24	56	47	11	58	278	501	203
0.058	1892	22	48	59	7	66	261	433	202
0.059	1891	24	58	58	9	67	292	507	201
0.060	1890	22	60	65	12	77	279	519	200
0.061	1889	24	61	54	9	63	282	526	199
0.062	1888	25	60	52	11	63	297	527	198
0.063	1887	24	48	54	12	66	272	430	197
0.064	1886	25	61	56	12	68	285	530	196
0.065	1885	25	49	46	11	57	283	448	195
0.066	1884	22	53	62	12	74	270	470	194
0.067	1883	20	54	62	11	73	220	485	193
0.068	1882	21	51	61	14	75	254	443	192
0.069	1881	32	44	15	12	27	338	408	191
0.070	1880	22	42	76	19	95	236	381	190
0.071	1879	23	50	48	12	60	275	445	189
0.072	1878	22	58	55	12	67	269	503	188
0.073	1877	23	53	54	11	65	271	466	187
0.074	1876	22	36	64	8	72	240	331	186
0.075	1875	25	52	35	18	53	294	426	185
0.076	1874	26	52	68	9	77	285	462	184
0.077	1873	25	46	53	16	69	285	416	183
0.078	1872	24	44	63	15	78	277	401	182
0.079	1871	24	50	85	9	94	275	454	181
0.080	1870	22	48	78	13	91	258	412	180
0.081	1869	25	58	80	11	91	285	517	179
0.082	1868	22	60	78	11	89	278	523	178
0.083	1867	23	56	62	11	73	288	481	177
0.084	1866	23	62	80	15	95	287	525	176
0.085	1865	22	60	95	14	109	251	531	175
0.086	1864	24	61	64	18	82	297	521	174
0.087	1863	22	54	102	14	116	278	464	173
0.088	1862	24	54	83	12	95	269	478	172
0.089	1861	24	58	68	10	78	274	511	171
0.090	1860	25	54	69	9	78	277	473	170
0.091	1859	23	60	100	14	114	277	506	169
0.092	1858	27	61	70	10	80	296	540	168
0.093	1857	23	56	98	12	110	269	482	167
0.094	1856	25	59	82	13	95	282	507	166
0.095	1855	24	53	104	13	117	267	466	165
0.096	1854	25	57	91	11	102	290	499	164
0.097	1853	23	60	88	15	103	288	506	163
0.098	1852	24	66	121	17	138	282	573	162
0.099	1851	25	62	89	14	103	281	531	161
0.100	1850	22	60	103	13	116	265	515	160
0.101	1849	25	51	80	12	92	282	452	159
0.102	1848	22	50	109	12	121	261	441	158
0.103	1847	23	69	96	14	110	283	580	157
0.104	1846	22	66	85	13	98	270	566	156
0.105	1845	23	60	84	17	101	286	526	155
0.106	1844	23	53	76	12	88	288	463	154
0.107	1843	23	65	97	12	109	278	551	153
0.108	1842	25	67	96	13	109	292	569	152
0.109	1841	24	65	78	14	92	292	545	151
0.110	1840	23	65	92	14	106	275	552	150
0.111	1839	22	70	107	13	120	262	583	149
0.112	1838	23	53	59	11	70	268	456	148
0.113	1837	23	54	79	12	91	288	456	147
0.114	1836	22	61	82	11	93	279	527	146
0.115	1835	23	57	111	14	125	265	488	145
0.116	1834	25	63	84	16	100	290	546	144
0.117	1833	22	53	99	12	111	260	446	143
0.118	1832	24	59	84	10	94	290	507	142
0.119	1831	24	62	101	19	120	285	529	141
0.120	1830	24	58	113	14	127	282	487	140
0.121	1829	23	67	107	15	122	276	559	139
0.122	1828	22	69	84	14	98	284	574	138
0.123	1827	25	56	98	9	107	279	488	137
0.124	1826	25	60	119	12	131	277	512	136
0.125	1825	22	65	127	13	140	263	568	135
0.126	1824	25	62	74	12	86	295	532	134
0.127	1823	23	65	116	15	131	268	553	133
0.128	1822	25	64	121	18	139	283	543	132
0.129	1821	23	60	134	16	150	286	501	131
0.130	1820	23	58	136	24	160	288	486	130
0.131	1819	24	56	104	25	129	288	473	129
0.132	1818	25	54	109	13	122	285	483	128
0.133	1817	22	66	141	18	159	263	557	127
0.134	1816	25	66	98	19	117	294	544	126
0.135	1815	23	64	90	12	102	275	541	125
0.136	1814	24	68	86	10	96	294	591	124
0.137	1813	22	48	123	12	135	258	412	123
0.138	1812	24	71	87	15	102	303	587	122
0.139	1811	26	55	134	14	148	299	481	121
0.140	1810	25	56	134	13	147	289	477	120
0.141	1809	22	63	146	22	168	270	536	119
0.142	1808	24	71	148	15	163	279	617	118
0.143	1807	24	69	124	13	137	290	582	117
0.144	1806	25	49	112	12	124	289	427	116
0.145	1805	23	71	114	17	131	281	606	115
0.146	1804	23	64	117	18	135	280	538	114
0.147	1803	23	68	126	13	139	270	565	113
0.148	1802	26	66	95	14	109	300	567	112
0.149	1801	24	54	141	29	170	290	448	111
0.150	1800	24	70	130	18	148	281	584	110
0.151	1799	25	63	92	15	107	298	549	109
0.152	1798	22	53	136	35	171	277	465	108
0.153	1797	23	53	122	17	139	278	458	107
0.154	1796	23	62	143	26	169	275	527	106
0.155	1795	23	50	129	36	165	269	430	105
0.156	1794	23	55	143	25	168	271	462	104
0.157	1793	22	56	145	19	164	265	474	103
0.158	1792	23	62	157	25	182	272	518	102
0.159	1791	24	62	133	15	148	274	537	101
0.160	1790	23	58	141	14	155	269	511	100
0.161	1789	23	58	149	18	167	269	504	99
0.162	1788	22	58	154	21	175	274	481	98
0.163	1787	22	51	152	18	170	263	433	97
0.164	1786	22	55	164	24	188	259	468	96
0.165	1785	23	50	150	20	170	268	423	95
0.166	1784	22	54	144	22	166	264	457	94
0.167	1783	21	54	162	31	193	261	452	93
0.168	1782	22	58	125	22	147	276	487	92
0.169	1781	22	48	184	32	216	262	416	91
0.170	1780	21	61	143	25	168	259	502	90
0.171	1779	24	61	107	20	127	291	518	89
0.172	1778	25	51	112	29	141	280	431	88
0.173	1777	23	57	130	25	155	275	476	87
0.174	1776	23	60	173	23	196	277	507	86
0.175	1775	22	57	159	28	187	264	477	85
0.176	1774	23	60	161	24	185	271	510	84
0.177	1773	22	64	188	33	221	278	525	83
0.178	1772	22	62	164	23	187	267	520	82
0.179	1771	22	56	172	25	197	259	476	81
0.180	1770	23	60	171	20	191	274	509	80
0.181	1769	24	57	177	36	213	282	492	79
0.182	1768	22	72	180	26	206	274	584	78
0.183	1767	22	60	148	25	173	272	509	77
0.184	1766	23	54	154	44	198	256	475	76
0.185	1765	23	59	180	26	206	273	499	75
0.186	1764	23	59	176	26	202	272	485	74
0.187	1763	23	63	162	24	186	292	521	73
0.188	1762	23	67	150	15	165	279	553	72
0.189	1761	22	65	212	16	228	260	562	71
0.190	1760	22	60	207	41	248	263	519	70
0.191	1759	23	72	192	24	216	274	580	69
0.192	1758	23	71	199	36	235	279	581	68
0.193	1757	23	68	151	18	169	288	578	67
0.194	1756	24	68	174	30	204	299	576	66
0.195	1755	26	68	82	18	100	324	565	65
0.196	1754	21	71	219	30	249	274	575	64
0.197	1753	23	76	184	21	205	280	609	63
0.198	1752	23	70	208	20	228	281	569	62
0.199	1751	23	75	208	30	238	296	605	61
0.200	1750	21	75	168	25	193	281	621	60
0.201	1749	21	64	174	36	210	275	506	59
0.202	1748	23	76	172	27	199	279	632	58
0.203	1747	21	69	150	17	167	266	551	57
0.204	1746	23	60	96	13	109	268	519	56
0.205	1745	23	67	150	21	171	278	570	55
0.206	1744	22	61	200	23	223	273	495	54
0.207	1743	23	70	160	19	179	275	577	53
0.208	1742	24	61	218	28	246	278	513	52
0.209	1741	23	69	221	29	250	297	582	51
0.210	1740	25	74	198	38	236	300	599	50
0.211	1739	25	72	149	32	181	307	598	49
0.212	1738	27	55	130	25	155	307	489	48
0.213	1737	34	72	109	20	129	417	634	47
0.214	1736	24	74	218	39	257	289	604	46
0.215	1735	24	69	193	33	226	289	563	45
0.216	1734	23	72	192	30	222	294	610	44
0.217	1733	23	71	156	20	176	285	607	43
0.218	1732	24	70	162	24	186	286	589	42
0.219	1731	24	56	138	38	176	278	508	41
0.220	1730	22	63	199	48	247	284	510	40
0.221	1729	25	63	179	42	221	306	525	39
0.222	1728	24	68	183	27	210	298	576	38
0.223	1727	26	64	178	43	221	304	549	37
0.224	1726	27	67	118	36	154	309	554	36
0.225	1725	24	57	146	53	199	297	497	35
0.226	1724	25	71	179	42	221	307	591	34
0.227	1723	30	71	128	34	162	348	605	33
0.228	1722	28	76	164	44	208	338	650	32
0.229	1721	30	71	118	41	159	359	599	31
0.230	1720	33	71	106	32	138	389	627	30
0.231	1719	44	73	102	34	136	475	661	29
0.232	1718	36	70	123	76	199	408	611	28
0.233	1717	33	67	133	81	214	386	580	27
0.234	1716	36	70	106	68	174	422	617	26
0.235	1715	38	64	102	63	165	428	580	25