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Nowaczyk, Norbert R; Antonow, Martin (1997): (Figure 9) Magnetostratigraphic measurements on sediment core PS1892-3 [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.54747, In supplement to: Nowaczyk, NR; Antonow, M (1997): High-resolution magnetostratigraphy of four sediment cores from the Greenland Sea - I. Identification of the Mono Lake excursion, Laschamp and Biwa I/Jamaica geomagnetic polarity events. Geophysical Journal International, 131(2), 310-324, https://doi.org/10.1111/j.1365-246X.1997.tb01224.x

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Coverage:
Latitude: 73.734300 * Longitude: -9.630300
Date/Time Start: 1990-06-28T19:44:00 * Date/Time End: 1990-06-28T19:44:00
Minimum DEPTH, sediment/rock: 0.32 m * Maximum DEPTH, sediment/rock: 4.29 m
Event(s):
PS1892-3 (GIK21892-3 PS17/067) * Latitude: 73.734300 * Longitude: -9.630300 * Date/Time: 1990-06-28T19:44:00 * Elevation: -3097.0 m * Penetration: 4.5 m * Recovery: 4.36 m * Location: Vesteris Banken * Campaign: ARK-VII/1 (PS17) * Basis: Polarstern * Method/Device: Kasten corer (KAL)
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
DEPTH, sediment/rockDepth sedmGeocode
AGEAgeka BPGeocode
NRM, IntensityInten (NRM)mA/mNowaczyk, Norbert RLong-core magnetometer DC SQUID SRM Enterprises
ChRM, InclinationIncl (ChRM)degNowaczyk, Norbert RLong-core magnetometer DC SQUID SRM Enterprises
ChRM, DeclinationDecl (ChRM)degNowaczyk, Norbert RLong-core magnetometer DC SQUID SRM Enterprises
Size:
210 data points

Data

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


Depth sed [m]

Age [ka BP]

Inten (NRM) [mA/m]

Incl (ChRM) [deg]

Decl (ChRM) [deg]
0.320.520014.232.9207.6
0.371.820026.469.9-55.7
0.423.120017.648.7-51.2
0.474.420018.650.4218.2
0.525.720022.971.7253.7
0.577.000021.770.8257.0
0.628.250019.382.9215.6
0.679.305033.473.7-82.9
0.7210.067516.172.1194.1
0.7710.83009.838.9192.1
0.8211.668714.743.0219.7
0.9031.830013.512.7117.0
0.9638.622515.357.9187.2
1.0044.797512.666.3218.7
1.2361.828634.768.7111.9
1.2762.857122.184.5119.2
1.3163.885728.674.543.8
1.3665.04291.2-65.6134.7
1.5069.846910.267.959.7
1.5372.432517.676.932.7
1.5876.580022.369.2-24.4
1.6683.3794170.365.4267.7
1.7388.1971392.746.6-67.9
1.7891.598421.154.8265.5
1.8294.516518.350.3256.3
1.94108.652021.757.6265.1
1.98117.924019.385.3-84.2
2.03123.510028.181.0-82.1
2.08125.0920113.487.0-88.8
2.13126.675022.079.8-8.0
2.18128.25708.479.8-4.1
2.24129.995018.985.925.6
2.28131.387013.0-67.23.5
2.33132.934039.377.58.3
2.38134.481022.773.0-0.3
2.42135.912024.073.5-16.2
2.48137.700023.382.19.2
2.53139.485070.986.5-49.9
2.56141.18206.982.053.9
2.60143.122072.981.2-43.7
2.68147.002025.985.2-3.3
2.73149.185020.475.03.2
2.78151.852022.381.722.2
2.83159.321019.674.0-27.6
2.88170.556010.769.5-29.7
2.94176.43208.339.3-52.4
2.98178.21007.570.4-56.5
3.04180.48509.8-62.0239.4
3.08182.607018.5-81.6263.2
3.14184.729036.3-81.8204.5
3.18186.851053.3-71.0204.2
3.24188.973099.5-77.5198.4
3.28190.129021.872.8-37.2
3.33190.994017.379.423.9
3.38191.859018.868.320.5
3.43192.724025.661.35.2
3.48194.570093.356.9-27.1
3.53197.0700242.371.8-2.1
3.58199.5700322.478.1-25.2
3.63205.0610173.071.822.1
3.68212.546011.359.33.9
3.73218.345016.452.824.2
3.78223.020075.553.919.9
3.84227.032084.857.611.6
3.88230.0920243.559.3-6.6
4.10241.653058.271.114.4
4.15242.850039.274.46.3
4.20244.18003.472.823.8
4.25245.520065.480.227.8
4.30246.726094.477.41.9