Citation:

PANGAEA.388936

Name: Facies log of profile 57M1a 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: 75.574200 * Longitude: 98.410700

Date/Time Start: 1998-07-20T00:00:00 * Date/Time End: 1998-07-20T00:00:00

Minimum DEPTH, sediment/rock: 0.150 m * Maximum DEPTH, sediment/rock: 13.430 m

Event(s):

57M1a * Latitude: 75.574200 * Longitude: 98.410700 * Date/Time: 1998-07-20T00:00:00 * Elevation: 82.0 m * Location: 57 m Lake * 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:

439 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]
0.150	0.000	0.300	SSim
0.410	0.300	0.510	GSm
0.560	0.510	0.610	SGmm
0.660	0.610	0.700	Gcm
0.720	0.700	0.740	Spp
0.840	0.740	0.950	SGtc
0.970	0.950	1.000	Spp
1.280	1.000	1.570	SGmtc
1.920	1.570	2.270	Spc
2.390	2.270	2.510	Spc
2.560	2.510	2.600	Spp
2.640	2.600	2.680	SiSpp		020	265
2.700	2.680	2.720	SGpp
2.740	2.720	2.760	SiSm(ig)		020	265
2.780	2.760	2.800	Spp		023	240
2.810	2.800	2.830	Spp
2.850	2.830	2.870	Spp
2.920	2.870	2.970	GSm(ig)
3.060	2.970	3.150	GSm(ig)		021	305
3.180	3.150	3.210	GSm(ig)
3.230	3.210	3.240	SiSpp
3.250	3.240	3.250	Sm
3.290	3.250	3.320	SiSpp
3.380	3.320	3.430	Spp
3.440	3.430	3.450	Spp
3.480	3.450	3.500	SiSpp		015	300
3.540	3.500	3.590	Spp
3.680	3.590	3.770	GSm
3.790	3.770	3.820	GSm
3.830	3.820	3.840	Spp
3.850	3.840	3.860	Spp
3.880	3.860	3.900	SiSpp
3.900	3.900	3.910	SiSpp
3.940	3.910	3.970	GSpp		018	257
3.980	3.970	4.000	SiSpp
4.020	4.000	4.040	GSpp
4.090	4.040	4.150	Spp
4.170	4.150	4.200	Spp
4.250	4.200	4.300	Spp		025	318
4.370	4.300	4.440	Spp
4.450	4.440	4.460	Sil
4.550	4.460	4.650	Spp
4.670	4.650	4.680	Spp
4.700	4.680	4.720	Spp
4.740	4.720	4.750	Sil
4.850	4.750	4.950	Spp
4.960	4.950	4.970	Spp
5.030	4.970	5.080	Spp
5.140	5.080	5.200	Spp
5.220	5.200	5.240	Spp
5.250	5.240	5.270	GSm
5.290	5.270	5.300	Sr		012	272
5.300	5.300	5.310	Spp
5.340	5.310	5.370	Spp
5.420	5.370	5.460	Spp
5.510	5.460	5.560	GSpp
5.590	5.560	5.620	Sr
5.630	5.620	5.640	GSm
5.670	5.640	5.690	GSpp
5.700	5.690	5.700	Sim
5.750	5.700	5.800	GSpp
5.820	5.800	5.830	SiSpp
5.890	5.830	5.960	Spp		010	301
5.990	5.960	6.020	GSpp
6.030	6.020	6.040	SiSr
6.070	6.040	6.090	Spp
6.120	6.090	6.150	Spp
6.210	6.150	6.260	SiSr(A)		011	244
6.290	6.260	6.310	Sm
6.330	6.310	6.360	Spp
6.420	6.360	6.480	GSpp
6.530	6.480	6.570	GSpc
6.620	6.570	6.670	SSir
6.690	6.670	6.710	Spp
6.720	6.710	6.730	Sim
6.740	6.730	6.750	Spp
6.780	6.750	6.800	Spp
6.820	6.800	6.830	Spp
6.840	6.830	6.860	Sir		008	286
6.920	6.860	6.970	Spp	erosive	023	250
6.990	6.970	7.000	SiSr
7.030	7.000	7.050	SiSr
7.140	7.050	7.240	GSm
7.300	7.240	7.360	GAP
7.380	7.360	7.400	SiSr
7.420	7.400	7.430	GSm
7.450	7.430	7.460	Sim
7.480	7.460	7.500	Spp
7.510	7.500	7.530	Sim
7.540	7.530	7.560	Spp
7.620	7.560	7.670	Spp
7.680	7.670	7.700	GAP
7.710	7.700	7.730	SiSpp
7.750	7.730	7.780	SSir
7.800	7.780	7.820	Spp
7.830	7.820	7.850	Sir
7.860	7.850	7.870	Sm
7.880	7.870	7.890	SSim
7.900	7.890	7.910	GSm
7.930	7.910	7.950	GSm
7.960	7.950	7.970	Sir
8.000	7.970	8.030	Spp
8.090	8.030	8.150	SiSr
8.350	8.150	8.540	GAP
8.570	8.540	8.600	SiSpp
8.630	8.600	8.660	SiSr
8.670	8.660	8.680	Sm
8.710	8.680	8.730	Sm
8.730	8.730	8.740	Sr
8.770	8.740	8.790	Sm
8.790	8.790	8.800	Sm
8.810	8.800	8.830	SGmm
8.840	8.830	8.840	Sil
8.850	8.840	8.850	Sr
8.860	8.850	8.870	Sm
8.880	8.870	8.880	CSim
8.890	8.880	8.900	Sr
8.910	8.900	8.920	GSm
8.940	8.920	8.950	Sir
8.980	8.950	9.020	Sr
9.040	9.020	9.050	Sir
9.230	9.050	9.420	GAP
9.480	9.420	9.550	D(Si)ms
11.300	9.550	13.050	GAP
13.080	13.050	13.110	SiSm
13.120	13.110	13.140	Sm(ng)
13.150	13.140	13.160	Sil
13.180	13.160	13.200	Sm(ng)
13.210	13.200	13.230	SiSpp
13.240	13.230	13.250	Sm
13.260	13.250	13.270	SSir
13.300	13.270	13.340	GSm
13.350	13.340	13.350	Spp
13.360	13.350	13.360	Sil
13.380	13.360	13.390	Sm
13.390	13.390	13.400	SSim
13.400	13.400	13.410	Sm
13.430	13.410	13.450	Sim