Citation:

PANGAEA.388972

Name: Facies log of profile VET2 from Taymyr Peninsula
Creator: Per Möller
Published: 2006-02-17
License: https://creativecommons.org/licenses/by/3.0/
Keywords: facieslogs

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Keyword(s):

facieslogs

Project(s):

Quaternary Environment of the Eurasian North (QUEEN)

Funding:

Fourth Framework Programme (FP4), grant/award no. MAS3980185 : Quaternary Environment of the Eurasian North

Coverage:

Latitude: 75.568700 * Longitude: 98.438500

Date/Time Start: 1998-07-24T00:00:00 * Date/Time End: 1998-07-24T00:00:00

Minimum DEPTH, sediment/rock: 0.070 m * Maximum DEPTH, sediment/rock: 19.700 m

Event(s):

VET2 * Latitude: 75.568700 * Longitude: 98.438500 * Date/Time: 1998-07-24T00:00:00 * Elevation: 73.9 m * Location: Vetka * Campaign: * Basis: Sampling on land * Method/Device: Outcrop sample (OUTCROP)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Depth, top/min	Depth top	m	Möller, Per
3	Depth, bottom/max	Depth bot	m	Möller, Per
4	Facies name/code	Facies		Möller, Per	QUEEN facies log definitions (P. Möller, Lund)
5	Boundary layer, lower	Bound low		Möller, Per	QUEEN facies log definitions (P. Möller, Lund)
6	Bed dip	Dip	deg	Möller, Per	Compass
7	Bed dip direction	Bed dip direc	deg	Möller, Per	Compass

License:

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

Size:

756 data points

Data

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

1 Depth sed [m]	2 Depth top [m]	3 Depth bot [m]	4 Facies	5 Bound low	6 Dip [deg]	7 Bed dip direc [deg]
0.070	0.00	0.13	Soil, not logged
0.170	0.13	0.20	SGmm		008	051
0.260	0.20	0.32	GSm
0.390	0.32	0.45	D(SiS)mm
0.500	0.45	0.55	Gcm(im/a)
0.570	0.55	0.60	GSpp		004	014
0.620	0.60	0.65	GSpp
0.680	0.65	0.70	GSpp
0.710	0.70	0.73	GSpp
0.760	0.73	0.78	GSpp
0.810	0.78	0.84	GSpp
0.920	0.84	1.00	SGpp
1.100	1.00	1.20	SGpp
1.250	1.20	1.30	Spp
1.320	1.30	1.35	Gcm
1.380	1.35	1.40	SGpc	erosive	004	063
1.440	1.40	1.47	Sm
1.500	1.47	1.54	Sm
1.550	1.54	1.57	Sdp
1.580	1.57	1.59	SiSm(ng)
1.600	1.59	1.61	Sm		029	178
1.620	1.61	1.64	Sm
1.660	1.64	1.68	Sm
1.700	1.68	1.71	SiSdp
1.740	1.71	1.76	SiSdp
1.780	1.76	1.80	SiSdp
1.810	1.80	1.82	Sm
1.820	1.82	1.83	Sm
1.840	1.83	1.85	SiSm
1.880	1.85	1.90	Sm
1.950	1.90	2.00	Sdp		024	170
2.080	2.00	2.15	Stc
2.460	2.15	2.77	GAP
2.790	2.77	2.82	GSdp		030	144
2.840	2.82	2.86	SGdp
2.900	2.86	2.93	Sdp		029	159
2.960	2.93	2.99	Sdp
3.000	2.99	3.01	Sdp
3.120	3.01	3.24	Sdp
3.260	3.24	3.28	Sdp
3.390	3.28	3.50	Sdp		023	159
4.080	3.50	4.65	GAP
4.780	4.65	4.90	Stc
4.950	4.90	4.99	SiSdp		025	156
5.070	4.99	5.15	Sdp		021	162
5.240	5.15	5.33	Sdp/sim		022	167
5.380	5.33	5.44	Sdp
6.270	5.44	7.10	GAP
7.150	7.10	7.20	SiSr
7.210	7.20	7.23	Sm	erosive
7.280	7.23	7.33	Sm(ng)
7.350	7.33	7.37	Sm(ng)
7.410	7.37	7.44	SSil		010	134
7.460	7.44	7.47	Sm(ig)
7.660	7.47	7.85	Si/Sr(def)
8.150	7.85	8.45	GAP
8.500	8.45	8.55	Sr
8.570	8.55	8.60	SSir
8.610	8.60	8.62	Sm
8.630	8.62	8.65	Sir
8.660	8.65	8.68	Sm(ng)
8.710	8.68	8.73	SSir
8.770	8.73	8.80	Sil
8.810	8.80	8.82	Sr
8.830	8.82	8.84	Sir
8.860	8.84	8.88	Sr(ng)
8.890	8.88	8.90	Sir
8.930	8.90	8.95	Spc(ng)		007	082
8.970	8.95	9.00	Spc(ng)
9.030	9.00	9.05	Spc(ng)
9.200	9.05	9.35	Spc(ng)		011	088
9.450	9.35	9.54	SSir
9.600	9.54	9.65	Spp		009	192
9.650	9.65	9.66	Sil
9.670	9.66	9.68	Sm
9.690	9.68	9.70	Sil
9.710	9.70	9.73	Spp
9.740	9.73	9.76	SSipp
9.800	9.76	9.84	Spp/Sil		010	230
9.860	9.84	9.87	SiSpp
9.880	9.87	9.90	SiSpp
9.920	9.90	9.94	SSir		009	214
9.970	9.94	10.00	Spp/Sil
10.040	10.00	10.09	SSir
10.180	10.09	10.27	Spp
10.310	10.27	10.35	SSipp		007	225
10.440	10.35	10.52	Spp(ng)		007	211
10.570	10.52	10.62	Spp		003	214
10.870	10.62	11.12	Spp
11.240	11.12	11.37	Spp
11.380	11.37	11.40	Spp
11.440	11.40	11.47	Spp
11.470	11.47	11.48	Spp
11.490	11.48	11.51	Spp
11.520	11.51	11.53	Sr
11.590	11.53	11.65	Spp
11.680	11.65	11.70	Spp
11.720	11.70	11.75	GSpp		010	122
11.860	11.75	11.96	Spp
12.030	11.96	12.10	GAP
12.130	12.10	12.16	Spp
12.180	12.16	12.20	Spp		016	195
12.220	12.20	12.24	Spp
12.340	12.24	12.43	Spp
12.460	12.43	12.48	Sm	erosive
12.520	12.48	12.55	Spp
12.610	12.55	12.67	SiSr
12.730	12.67	12.80	SSir	erosive
12.850	12.80	12.90	SiSpp
12.950	12.90	13.00	Spp/Sil
13.040	13.00	13.08	SiSr		006	174
13.120	13.08	13.17	Spp
13.340	13.17	13.50	Sr/Sir
13.530	13.50	13.55	Spc		005	203
13.580	13.55	13.61	Spc
13.630	13.61	13.66	Spc
13.680	13.66	13.70	Spc
13.710	13.70	13.73	Spp(ng)
13.740	13.73	13.76	Spp(ng)
13.770	13.76	13.78	Spp(ng)
13.790	13.78	13.81	Spp(ng)
13.830	13.81	13.85	Spp(ng)
13.860	13.85	13.87	Spp(ng)
13.880	13.87	13.90	Spp(ng)
13.920	13.90	13.94	Spp(ng)
13.960	13.94	13.97	Spp(ng)
13.970	13.97	13.98	Spp(ng)
13.990	13.98	14.01	Spp(ng)		001	160
14.030	14.01	14.05	Spp(ng)
14.070	14.05	14.09	Spp(ng)
14.110	14.09	14.13	Spp(ng)
14.140	14.13	14.16	Spp(ng)
14.180	14.16	14.20	Spp(ng)
14.210	14.20	14.23	Spp(ng)
14.260	14.23	14.28	Spp(ng)
14.290	14.28	14.31	Spp(ng)
14.330	14.31	14.35	Spp(ng)
14.370	14.35	14.39	Spp(ng)
14.410	14.39	14.44	Spp(ng)
14.460	14.44	14.47	Spp(ng)
14.490	14.47	14.51	Spp(ng)
14.550	14.51	14.60	Spp(ng)
14.650	14.60	14.70	Sr	erosive
14.740	14.70	14.78	GSr
14.890	14.78	15.00	Spp
15.050	15.00	15.10	Stc		001	008
15.140	15.10	15.18	Spp
15.220	15.18	15.27	Slc
15.380	15.27	15.50	Spp
15.770	15.50	16.03	GAP
16.070	16.03	16.10	Spp
16.110	16.10	16.12	GSpp
16.130	16.12	16.14	Spp
16.170	16.14	16.20	GSpp
16.220	16.20	16.24	GSpp
16.260	16.24	16.28	Spp
16.290	16.28	16.30	GSpp
16.320	16.30	16.34	Spp
16.370	16.34	16.40	GSpp
16.410	16.40	16.43	Sr
16.440	16.43	16.45	GSpp
16.480	16.45	16.50	GSpp
16.520	16.50	16.54	Spp
16.650	16.54	16.76	Spp
16.820	16.76	16.87	GSpp
16.930	16.87	17.00	Spp
17.200	17.00	17.40	Spp
17.450	17.40	17.49	SGm(ng)		021	199
17.520	17.49	17.55	SGm(ng)	erosive
17.590	17.55	17.64	Sm(ng)		004	110
17.670	17.64	17.70	Sr(S)
17.720	17.70	17.74	Sm
17.750	17.74	17.75	Sir
17.750	17.75	17.76	Sm(ng)
17.770	17.76	17.77	SiSr
17.770	17.77	17.78	Sm(ng)		005	120
17.790	17.78	17.79	Sir
17.800	17.79	17.81	Sm
17.820	17.81	17.82	Sir
17.840	17.82	17.86	Sm(ng)
17.870	17.86	17.88	SiSr		005	089
17.890	17.88	17.90	Sm(ng)
17.930	17.90	17.96	Sm(ng)		005	210
17.990	17.96	18.02	Sm(ng)		004	234
18.040	18.02	18.05	Sm(ng)		009	085
18.060	18.05	18.07	SSir
18.070	18.07	18.08	Sm(ng)
18.100	18.08	18.12	SiSr		002	251
18.140	18.12	18.16	Sm(ng)
18.160	18.16	18.17	Sm
18.200	18.17	18.22	Sm(ng)		010	076
18.230	18.22	18.24	Sm(ng)
18.250	18.24	18.25	SiSpp
18.260	18.25	18.27	SiSr
18.290	18.27	18.30	SiSr(def)
18.330	18.30	18.36	Sm(ng)		012	257
18.390	18.36	18.41	SiSr(def)
18.430	18.41	18.45	Sm	erosive	012	257
18.450	18.45	18.46	Spp
18.480	18.46	18.49	SSil
18.500	18.49	18.50	Sm
18.500	18.50	18.51	SSir
18.530	18.51	18.55	SSir
18.560	18.55	18.57	SiSr
18.570	18.57	18.58	SSir
18.590	18.58	18.60	SSir
18.620	18.60	18.65	Sm(ng)		009	083
18.660	18.65	18.66	Sm(ng)
18.730	18.66	18.80	SSir(B)
18.850	18.80	18.90	GAP
18.950	18.90	19.00	Spp		006	123
19.050	19.00	19.10	SiSr(S)
19.130	19.10	19.16	Sm(ng)		003	012
19.170	19.16	19.18	Spp
19.190	19.18	19.20	Spp
19.260	19.20	19.32	Sm(ng)		005	062
19.330	19.32	19.34	Sr(def)
19.380	19.34	19.42	Spc		004	062
19.480	19.42	19.54	Sm(ng)
19.610	19.54	19.69	Spc
19.700	19.69	19.70	Spc		019	088