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PANGAEA.
Data Publisher for Earth & Environmental Science

Haberzettl, Torsten; Henkel, Karoline; Kasper, Thomas; Ahlborn, Marieke; Su, Youliang; Wang, Junbo; Appel, Erwin; St-Onge, Guillaume; Stoner, Joseph S; Daut, Gerhard; Zhu, Liping; Mäusbacher, Roland (2015): ChRM inclination and declination vs. age in sediment core TAN10-1 from lake Tangra Yumco, Tibetan Plateau [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.846769, In supplement to: Haberzettl, T et al. (2015): Independently dated paleomagnetic secular variation records from the Tibetan Plateau. Earth and Planetary Science Letters, 416, 98-108, https://doi.org/10.1016/j.epsl.2015.02.007

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Coverage:
Latitude: 31.261100 * Longitude: 86.667400
Date/Time Start: 2010-01-01T00:00:00 * Date/Time End: 2010-01-01T00:00:00
Minimum Elevation: -186.0 m * Maximum Elevation: -186.0 m
Event(s):
TangraYumco10-1 (TAN10-1) * Latitude: 31.261100 * Longitude: 86.667400 * Date/Time: 2010-01-01T00:00:00 * Elevation: -186.0 m * Location: Tibetan Plateau * Method/Device: Gravity corer (GC)
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
AGEAgeka BPHaberzettl, TorstenGeocode – calibrated
ChRM, InclinationIncl (ChRM)degHaberzettl, Torsten
ChRM, DeclinationDecl (ChRM)degHaberzettl, Torstencentered
Size:
298 data points

Data

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


Age [ka BP]

Incl (ChRM) [deg]

Decl (ChRM) [deg]
-0.06040.56.80
-0.03541.48.80
-0.01042.811.20
0.01543.112.70
0.04044.413.80
0.06544.213.70
0.09143.414.60
0.11642.812.60
0.14142.612.80
0.16641.512.10
0.19140.612.20
0.21639.412.00
0.24140.010.80
0.26639.510.20
0.29139.510.00
0.31639.49.90
0.34239.79.90
0.36739.69.60
0.39239.19.60
0.41739.79.80
0.44239.87.90
0.46739.97.60
0.49240.06.90
0.51740.05.90
0.54239.14.30
0.56739.42.60
0.59240.02.40
0.61840.01.40
0.64339.81.20
0.66840.71.20
0.69340.61.20
0.71841.51.20
0.74341.81.30
0.76842.32.40
0.79344.23.30
0.81844.14.10
0.84344.24.80
0.86944.25.90
0.89445.16.90
0.91945.28.90
0.94445.611.10
0.96946.212.60
0.99446.215.50
1.01947.418.90
1.04447.824.30
1.06947.629.90
1.09447.736.00
1.12047.741.70
1.49650.7-4.33
1.52150.0-7.43
1.54650.8-9.43
1.57151.6-10.93
1.59652.6-11.93
1.62152.7-12.13
1.64753.1-11.63
1.67253.2-11.13
1.69752.8-10.13
1.72252.9-9.13
1.74753.5-7.93
1.77253.6-6.83
1.79753.9-5.73
1.82254.1-4.73
1.84753.9-3.83
1.87254.3-2.63
1.89754.0-2.73
1.92354.6-2.03
1.94854.4-1.53
1.97354.4-1.43
1.99854.5-1.53
2.02354.6-1.53
2.04854.8-1.63
2.07354.7-1.03
2.09854.50.87
2.12355.20.87
2.14854.41.27
2.17454.31.97
2.19953.32.27
2.22452.43.17
2.27651.43.27
2.33750.64.17
2.39748.44.97
2.45847.55.67
2.51946.56.67
2.58044.77.87
2.64142.98.27
2.70242.18.47
2.76341.48.37
2.82440.58.37
2.88540.38.27
2.94639.37.37
3.00639.47.37
3.06739.36.67
3.12838.46.67
3.18938.45.87
3.25038.35.77
3.26337.84.97
3.27637.43.17
3.28937.60.77
3.30137.8-1.83
3.31438.5-4.43
3.32738.2-7.73
3.34039.4-9.43
3.35340.5-12.93
3.36641.3-14.43
3.37842.2-15.63
3.39143.0-15.73
3.40444.9-15.13
3.41746.7-13.93
3.43046.9-12.73
3.44346.7-10.73
3.45546.9-9.73
3.46846.8-8.43
3.48147.4-7.33
3.49447.4-6.63
3.50747.5-6.43
3.52047.5-6.33
3.53247.8-7.13
3.54547.3-9.23
3.55846.9-10.13
3.57147.2-11.03
3.58448.0-12.03
3.59749.0-13.13
3.60949.2-14.33
3.62250.7-14.33
3.63551.3-14.43
3.64852.2-13.33
3.66152.6-12.33
3.67453.2-11.23
3.68653.9-10.73
3.69953.9-9.93
3.71254.0-9.13
3.72554.1-8.93
3.73854.2-9.13
3.75154.2-9.33
3.76354.1-9.53
3.77654.0-9.63
3.78953.9-9.63
3.80253.9-9.43
3.81553.9-8.43
3.82854.0-8.43
3.84054.0-7.23
3.85354.0-7.23
3.86653.7-6.03
3.87952.8-5.43
3.89253.8-4.83
3.90554.3-5.43
3.91753.7-3.73
3.93053.9-4.63
3.94355.5-4.43