Citation:

PANGAEA.388951

Name: Facies log of profile OLR1 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: 75.016700 * Longitude: 100.586000

Date/Time Start: 1998-08-15T00:00:00 * Date/Time End: 1998-08-15T00:00:00

Minimum DEPTH, sediment/rock: 0.110 m * Maximum DEPTH, sediment/rock: 10.100 m

Event(s):

OLR1 * Latitude: 75.016700 * Longitude: 100.586000 * Date/Time: 1998-08-15T00:00:00 * Elevation: 19.6 m * Location: Old River * 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
8	Current direction description	Cur dir descr		Möller, Per	QUEEN facies log definitions (P. Möller, Lund)
9	Current direction	DIR	deg	Möller, Per	Compass

License:

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

Size:

451 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]	8 Cur dir descr	9 DIR [deg]
0.110	0.00	0.22	SGcm
0.280	0.22	0.33	SGcm
0.340	0.33	0.36	Sm
0.390	0.36	0.42	Gcm
0.470	0.42	0.53	GSm
0.550	0.53	0.56	CoGcm
0.580	0.56	0.60	Sm
0.610	0.60	0.62	Sim
0.630	0.62	0.64	Sm
0.650	0.64	0.66	Sim(dr)
0.700	0.66	0.74	Sr(At)
0.760	0.74	0.77	GSm
0.800	0.77	0.82	Sr(At)
0.830	0.82	0.84	Sim
0.850	0.84	0.87	Sr(At)
0.900	0.87	0.92	Sim
0.980	0.92	1.05	Sr(At)				ripples	200
1.060	1.05	1.07	Sim
1.170	1.07	1.26	Sr(At)
1.270	1.26	1.28	Sim
1.340	1.28	1.40	Sr(B)
1.490	1.40	1.58	Sr(B)
1.750	1.58	1.92	Spp
2.100	1.92	2.27	CoGcm
2.380	2.27	2.50	GSm
2.650	2.50	2.81	GStc
2.880	2.81	2.95	GStc
3.000	2.95	3.05	GStc
3.080	3.05	3.11	GStc	erosive
3.150	3.11	3.20	Sr(B)
3.220	3.20	3.24	Sim
3.250	3.24	3.25	Sm
3.270	3.25	3.30	Sim
3.310	3.30	3.31	Sm
3.330	3.31	3.35	Sim
3.370	3.35	3.39	Sm
3.400	3.39	3.41	Sim
3.440	3.41	3.46	Sm
3.480	3.46	3.50	Sim/Sm
3.510	3.50	3.52	Sm
3.520	3.52	3.53	Glg
3.560	3.53	3.58	Sm
3.600	3.58	3.62	Gcm
3.630	3.62	3.65	Sm
3.670	3.65	3.68	Gcm
3.710	3.68	3.75	Gcm
3.790	3.75	3.82	SGc(ng)
3.850	3.82	3.88	Gc(ng)
3.920	3.88	3.95	Gc(ng)
4.000	3.95	4.05	Gcm
4.090	4.05	4.14	SGc(ng)
4.180	4.14	4.23	SGc(ng)
4.270	4.23	4.31	SGc(ng)
4.360	4.31	4.40	SGc(ng)
4.430	4.40	4.46	GSm(ng)
4.510	4.46	4.56	GSm(ng)
4.620	4.56	4.69	Gcm(ng)
4.720	4.69	4.75	Gcm(ng)
4.810	4.75	4.87	SGc(ng)
4.900	4.87	4.93	Gcm
4.960	4.93	4.98	GSm
5.000	4.98	5.03	Sdp	erosive
5.050	5.03	5.07	Sr(A)
5.120	5.07	5.17	GSm
5.200	5.17	5.23	Sdp		022	219
5.290	5.23	5.35	GSm
5.420	5.35	5.50	Gcm
5.530	5.50	5.56	Gcm
5.590	5.56	5.62	Gcm	erosive
5.670	5.62	5.71	Sim
5.780	5.71	5.84	Sdp
5.870	5.84	5.89	Sr(A)
5.900	5.89	5.91	Sim
6.000	5.91	6.09	Sr(A)
6.120	6.09	6.14	Sim		019	192
6.170	6.14	6.21	SiSr(B)
6.230	6.21	6.25	Sr(A)
6.350	6.25	6.45	Sdp		019	190
6.470	6.45	6.50	Sdp/Sr
6.530	6.50	6.55	SiSdp
6.560	6.55	6.57	Sr(A)
6.640	6.57	6.72	Sdp
6.770	6.72	6.82	SSir
6.860	6.82	6.90	Sr(A)
6.950	6.90	7.00	Spp		017	165
7.130	7.00	7.27	Sdp		020	161
7.290	7.27	7.31	Glg	erosive
7.330	7.31	7.35	Sim
7.410	7.35	7.46	Sr(B)
7.460	7.46	7.47	Sim
7.500	7.47	7.54	Sr(B)
7.590	7.54	7.65	Sil
7.680	7.65	7.71	Sr(A)
7.720	7.71	7.73	Sim		016	170
7.790	7.73	7.84	Spp
7.870	7.84	7.90	SSil
7.910	7.90	7.92	Sr(At)
7.920	7.92	7.93	Sim
7.950	7.93	7.97	Sr(A)
8.010	7.97	8.04	Sim/Sm
8.060	8.04	8.08	Sr(A)
8.110	8.08	8.13	Sil
8.140	8.13	8.15	Sr(A)
8.180	8.15	8.20	Sil		016	166
8.270	8.20	8.33	Sr(At)
8.400	8.33	8.47	Sil/Sm
8.480	8.47	8.50	Sr(A)
8.530	8.50	8.55	Sr(B)
8.560	8.55	8.57	Sil
8.590	8.57	8.60	Sr
8.610	8.60	8.61	Sm		011	166
8.650	8.61	8.70	Sr(B)(ng)
8.760	8.70	8.81	Sim
8.860	8.81	8.90	Sr(A)
8.930	8.90	8.96	SSil
9.020	8.96	9.07	Sr(B)
9.080	9.07	9.09	Sm
9.110	9.09	9.12	Spp
9.130	9.12	9.14	Sil/Sm		013	160
9.180	9.14	9.22	Sil
9.240	9.22	9.26	Sr(A)
9.280	9.26	9.30	SSil
9.310	9.30	9.32	Sr(A)
9.340	9.32	9.35	Spp
9.370	9.35	9.38	Sil		018	152
9.380	9.38	9.39	Sm
9.410	9.39	9.43	Sil
9.440	9.43	9.44	Sm
9.470	9.44	9.50	Sil
9.540	9.50	9.58	Spp
9.590	9.58	9.60	Sim
9.620	9.60	9.65	Spp
9.650	9.65	9.66	Sim(dr)
9.670	9.66	9.68	Sr(A)
9.730	9.68	9.78	SSil
9.820	9.78	9.86	Sr(B)
9.880	9.86	9.91	Sil		022	153
9.930	9.91	9.95	Spp
9.960	9.95	9.97	Sil
10.020	9.97	10.06	Spp
10.100	10.06	10.13	Sim