Citation:

PANGAEA.595460

Always quote citation above when using data! You can download the citation in several formats below.

RIS Citation BibTeX Citation Text Citation Facebook TwitterShow Map Google Earth

Project(s):

Northern Hemispheric Dendroclimatological Network (NHD/WSL)

Coverage:

Latitude: 66.080000 * Longitude: 71.400000

Minimum Elevation: 80.0 m * Maximum Elevation: 80.0 m

Event(s):

NADIMPCO * Latitude: 66.080000 * Longitude: 71.400000 * Elevation: 80.0 m * Location: Nadim river, Russia * Campaign: * Method/Device: Tree ring sampling (TREE) * Comment: Exposition E; Slope 3 deg; Geology: Moräne-Silikat; Tree line -70 m; av. Tree height 10 m; Tree cover 40%; Shrub cover 10%; Herb cover 5%; Moss cover 100%; Vegatation type: Fi-Lä-Wald mit Torfmoos; Film number: 875A

Comment:

Species PCOB; No of rings 176; Begin 1760; End 1935

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Comment
1	AGE	Age	ka BP		Geocode
2	Age	Age	a AD/CE	Schweingruber, Fritz Hans
3	Density, minimum	N	1/100 g/cm³	Schweingruber, Fritz Hans
4	Density, maximum	X	1/100 g/cm³	Schweingruber, Fritz Hans
5	Earlywood width	E	1/100 mm	Schweingruber, Fritz Hans
6	Latewood width	L	1/100 mm	Schweingruber, Fritz Hans
7	Ring width	R	1/100 mm	Schweingruber, Fritz Hans
8	Earlywood density	I	1/1000 g/cm³	Schweingruber, Fritz Hans
9	Latewood density	T	1/1000 g/cm³	Schweingruber, Fritz Hans
10	Approximate age of pith	Age_pith	a	Schweingruber, Fritz Hans

License:

Creative Commons Attribution 3.0 Unported (CC-BY-3.0)

Size:

1581 data points

Data

Download dataset as tab-delimited text — use the following character encoding:

1 Age [ka BP]	2 Age [a AD/CE]	3 N [1/100 g/cm³]	4 X [1/100 g/cm³]	5 E [1/100 mm]	6 L [1/100 mm]	7 R [1/100 mm]	8 I [1/1000 g/cm³]	9 T [1/1000 g/cm³]	10 Age_pith [a]
0.015	1935	31	47	8	4	12	345	440	199
0.016	1934	34	46	6	3	9	358	446	198
0.017	1933	26	45	11	5	16	290	411	197
0.018	1932	34	46	5	3	8	369	447	196
0.019	1931	32	51	11	7	18	368	471	195
0.020	1930	31	55	9	4	13	362	524	194
0.021	1929	26	57	18	5	23	310	507	193
0.022	1928	24	57	21	5	26	288	512	192
0.023	1927	34	61	13	3	16	394	587	191
0.024	1926	29	61	27	5	32	341	565	190
0.025	1925	32	58	19	5	24	372	533	189
0.026	1924	33	53	10	7	17	364	488	188
0.027	1923	33	63	21	8	29	416	566	187
0.028	1922	31	69	14	7	21	371	627	186
0.029	1921	30	59	21	7	28	351	540	185
0.030	1920	33	64	20	6	26	383	591	184
0.031	1919	37	53	9	6	15	398	502	183
0.032	1918	26	57	21	8	29	316	528	182
0.033	1917	33	58	23	8	31	361	547	181
0.034	1916	39	56	7	5	12	416	532	180
0.035	1915	29	55	20	8	28	333	518	179
0.036	1914	35	50	10	4	14	379	476	178
0.037	1913	29	64	20	7	27	349	582	177
0.038	1912	33	46	11	6	17	364	446	176
0.039	1911	31	59	18	6	24	359	538	175
0.040	1910	44	57	5	3	8	459	552	174
0.041	1909	30	65	22	6	28	356	580	173
0.042	1908	31	67	20	5	25	368	614	172
0.043	1907	34	58	13	4	17	385	545	171
0.044	1906	36	63	20	4	24	406	600	170
0.045	1905	31	63	16	4	20	376	596	169
0.046	1904	35	61	12	4	16	382	570	168
0.047	1903		46	2	1	3			167
0.048	1902	34	74	15	7	22	399	678	166
0.049	1901	44	66	6	3	9	474	627	165
0.050	1900	32	69	19	4	23	391	629	164
0.051	1899	43	56	6	3	9	446	541	163
0.052	1898	36	68	20	8	28	460	621	162
0.053	1897	29	63	13	4	17	351	562	161
0.054	1896	33	57	10	3	13	370	539	160
0.055	1895	35	54	9	2	11	383	527	159
0.056	1894	31	55	12	5	17	350	506	158
0.057	1893	48	58	5	2	7	502	575	157
0.058	1892	33	69	13	10	23	396	640	156
0.059	1891	38	53	9	5	14	402	507	155
0.060	1890	34	60	16	8	24	390	556	154
0.061	1889	38	62	7	10	17	421	573	153
0.062	1888	34	58	10	3	13	390	536	152
0.063	1887	28	61	15	4	19	331	550	151
0.064	1886	24	56	21	4	25	285	514	150
0.065	1885	27	50	14	4	18	319	468	149
0.066	1884	28	48	15	4	19	300	445	148
0.067	1883	24	57	27	5	32	295	502	147
0.068	1882	35	53	6	4	10	368	492	146
0.069	1881	34	61	10	4	14	373	577	145
0.070	1880	32	59	16	4	20	358	548	144
0.071	1879	30	52	11	8	19	347	487	143
0.072	1878	30	60	19	6	25	336	541	142
0.073	1877	30	66	23	11	34	375	583	141
0.074	1876	25	58	27	5	32	304	535	140
0.075	1875	26	65	30	7	37	323	585	139
0.076	1874	26	61	28	8	36	320	545	138
0.077	1873	28	57	27	7	34	324	522	137
0.078	1872	26	56	28	12	40	316	503	136
0.079	1871	32	57	19	6	25	370	527	135
0.080	1870	27	58	36	8	44	324	534	134
0.081	1869	30	57	12	7	19	353	523	133
0.082	1868	29	55	14	7	21	331	504	132
0.083	1867	28	51	19	7	26	310	479	131
0.084	1866	25	44	26	10	36	283	409	130
0.085	1865	27	56	29	7	36	328	514	129
0.086	1864	35	51	9	7	16	391	484	128
0.087	1863	33	59	15	6	21	376	552	127
0.088	1862	27	53	34	2	36	308	493	126
0.089	1861	30	64	29	8	37	344	579	125
0.090	1860	31	49	26	9	35	340	470	124
0.091	1859	30	79	45	10	55	363	717	123
0.092	1858	29	65	47	9	56	357	589	122
0.093	1857	30	64	42	8	50	358	593	121
0.094	1856	32	72	45	8	53	380	662	120
0.095	1855	34	58	28	7	35	378	533	119
0.096	1854	29	69	42	7	49	344	624	118
0.097	1853	32	73	44	8	52	387	668	117
0.098	1852	28	60	38	10	48	340	542	116
0.099	1851	28	72	45	7	52	355	650	115
0.100	1850	29	68	35	5	40	359	630	114
0.101	1849	30	64	32	8	40	348	602	113
0.102	1848	26	58	36	8	44	311	526	112
0.103	1847	28	70	39	9	48	349	635	111
0.104	1846	26	53	26	9	35	302	490	110
0.105	1845	27	67	37	8	45	324	601	109
0.106	1844	26	64	35	7	42	330	581	108
0.107	1843	30	57	20	7	27	346	526	107
0.108	1842	25	69	45	10	55	310	617	106
0.109	1841	31	64	29	10	39	371	576	105
0.110	1840	27	68	70	14	84	330	611	104
0.111	1839	27	77	73	13	86	341	685	103
0.112	1838	26	77	72	12	84	329	681	102
0.113	1837	28	69	60	11	71	336	632	101
0.114	1836	31	76	58	11	69	375	682	100
0.115	1835	26	76	85	12	97	341	691	99
0.116	1834	28	68	55	9	64	349	609	98
0.117	1833	28	69	46	9	55	351	621	97
0.118	1832	26	62	50	11	61	317	564	96
0.119	1831	29	67	34	10	44	349	608	95
0.120	1830	30	82	40	7	47	375	747	94
0.121	1829	30	85	73	11	84	360	770	93
0.122	1828	34	74	36	9	45	395	662	92
0.123	1827	29	81	53	7	60	356	735	91
0.124	1826	30	76	31	8	39	374	698	90
0.125	1825	35	72	25	6	31	410	661	89
0.126	1824	32	85	37	10	47	392	776	88
0.127	1823	35	83	39	10	49	422	769	87
0.128	1822	31	76	34	7	41	374	678	86
0.129	1821	31	72	25	7	32	374	655	85
0.130	1820	30	67	27	7	34	365	603	84
0.131	1819	32	65	29	6	35	379	597	83
0.132	1818	40	67	12	5	17	448	630	82
0.133	1817	28	65	35	11	46	355	572	81
0.134	1816	35	63	23	9	32	399	578	80
0.135	1815	33	67	48	12	60	393	612	79
0.136	1814	33	76	59	11	70	394	680	78
0.137	1813	27	76	50	10	60	357	684	77
0.138	1812	33	77	66	13	79	397	686	76
0.139	1811	30	74	79	13	92	362	668	75
0.140	1810	29	70	107	15	122	391	631	74
0.141	1809	28	83	81	13	94	364	740	73
0.142	1808	27	78	55	12	67	355	689	72
0.143	1807	31	84	38	9	47	367	779	71
0.144	1806	28	69	45	9	54	352	623	70
0.145	1805	29	80	55	12	67	343	719	69
0.146	1804	29	71	41	10	51	358	633	68
0.147	1803	31	77	43	10	53	359	697	67
0.148	1802	27	64	37	8	45	327	576	66
0.149	1801	27	78	70	13	83	324	709	65
0.150	1800	28	59	63	12	75	357	530	64
0.151	1799	30	79	79	18	97	367	714	63
0.152	1798	28	73	70	14	84	344	672	62
0.153	1797	27	68	65	23	88	332	621	61
0.154	1796	27	81	79	13	92	344	730	60
0.155	1795	28	74	75	18	93	336	653	59
0.156	1794	26	78	55	18	73	340	681	58
0.157	1793	26	83	75	17	92	360	753	57
0.158	1792	25	69	36	13	49	326	649	56
0.159	1791	32	80	41	9	50	395	726	55
0.160	1790	30	77	48	10	58	364	679	54
0.161	1789	29	81	45	12	57	367	734	53
0.162	1788	28	77	28	7	35	354	685	52
0.163	1787	27	68	28	7	35	331	630	51
0.164	1786	28	76	38	12	50	365	682	50
0.165	1785	28	74	27	10	37	357	687	49
0.166	1784	27	72	65	26	91	331	647	48
0.167	1783	27	68	39	7	46	341	618	47
0.168	1782	26	69	75	15	90	318	642	46
0.169	1781	28	69	55	18	73	326	643	45
0.170	1780	27	69	59	18	77	334	632	44
0.171	1779	26	70	59	12	71	336	606	43
0.172	1778	27	75	57	11	68	345	677	42
0.173	1777	25	71	65	16	81	321	638	41
0.174	1776	33	69	24	10	34	385	644	40
0.175	1775	27	75	60	12	72	333	670	39
0.176	1774	28	75	74	12	86	350	668	38
0.177	1773	32	81	68	11	79	384	750	37
0.178	1772	29	78	50	14	64	365	714	36
0.179	1771	26	79	73	11	84	314	725	35
0.180	1770	26	66	36	13	49	318	610	34
0.181	1769	25	77	62	14	76	325	687	33
0.182	1768	30	74	31	14	45	386	677	32
0.183	1767	25	72	36	11	47	335	648	31
0.184	1766	28	67	36	9	45	341	588	30
0.185	1765	27	75	41	8	49	327	677	29
0.186	1764	30	66	31	5	36	355	612	28
0.187	1763	26	67	20	6	26	338	617	27
0.188	1762	25	70	24	10	34	333	627	26
0.189	1761	25	66	35	8	43	328	599	25
0.190	1760	25	62	21	9	30	306	561	24