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Tegzes, Andrea D; Jansen, Eystein; Telford, Richard J (2015): 17. (Fig. 8, Tab. 4) The impact of increasing the stirrer speed on grain-size distributions. Sediment core MD95-2011: the number percent of grains with d>35 µm [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.874027, In supplement to: Tegzes, AD et al. (2015): Which is the better proxy for paleo-current strength: Sortable-silt mean size (SS) or sortable-silt mean grain diameter (dSS)? A case study from the Nordic Seas. Geochemistry, Geophysics, Geosystems, 16(10), 3456-3471, https://doi.org/10.1002/2014GC005655

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Related to:
Tegzes, Andrea D; Jansen, Eystein; Lorentzen, Torbjørn; Telford, Richard J (2017): Northward oceanic heat transport in the main branch of the Norwegian Atlantic Current over the late Holocene. The Holocene, https://doi.org/10.1177/0959683616683251
Tegzes, Andrea D; Jansen, Eystein; Telford, Richard J (2014): The role of the northward-directed (sub)surface limb of the Atlantic Meridional Overturning Circulation during the 8.2 ka event. Climate of the Past, 10, 1887-1904, https://doi.org/10.5194/cp-10-1887-2014
Coverage:
Latitude: 66.969660 * Longitude: 7.639330
Date/Time Start: 1995-06-08T00:00:00 * Date/Time End: 1995-06-08T00:00:00
Minimum DEPTH, sediment/rock: 1.105 m * Maximum DEPTH, sediment/rock: 1.495 m
Event(s):
MD95-2011 (MD952011) * Latitude: 66.969660 * Longitude: 7.639330 * Date/Time: 1995-06-08T00:00:00 * Elevation: -1048.0 m * Recovery: 17 m * Location: Voring Plateau * Campaign: MD101 (IMAGES I) * Basis: Marion Dufresne (1995) * Method/Device: Calypso Corer (CALYPSO) * Comment: XII Sections, Site location wrong, slumps. Bent core; liner imploded in the middle of the core; 30 cm of sediment of the top recovered in a 1/2 liner
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
1 DEPTH, sediment/rockDepth sedmTegzes, Andrea DGeocode – sample mid-point
2 AGEAgeka BPTegzes, Andrea DGeocode – Modelled calibrated BP(1950) age
3 Number percentageN perc%Tegzes, Andrea DStirrer speed = 20; V-subsample = 500µL; Run 1
4 Number percentageN perc%Tegzes, Andrea DStirrer speed = 20; V-subsample = 500µL; Run 2
5 Number percentageN perc%Tegzes, Andrea DStirrer speed = 30; V-subsample = 600µL; Run 1.0
6 Number percentageN perc%Tegzes, Andrea DStirrer speed = 30; V-subsample = 600µL; Run 1.1
7 Number percentageN perc%Tegzes, Andrea DStirrer speed = 30; V-subsample = 600µL; Run 1.2
8 Number percentageN perc%Tegzes, Andrea DStirrer speed = 30; V-subsample = 600µL; Run 1.3
9 Number percentageN perc%Tegzes, Andrea DStirrer speed = 30; V-subsample = 600µL; Run 1.4
10 Number percentageN perc%Tegzes, Andrea DStirrer speed = 30; V-subsample = 600µL; Run 1.5
11 Number percentageN perc%Tegzes, Andrea DStirrer speed = 30; V-subsample = 600µL; Run 1.6
12 Number percentageN perc%Tegzes, Andrea DStirrer speed = 35; V-subsample = 600µL; Run 1.0
13 Number percentageN perc%Tegzes, Andrea DStirrer speed = 35; V-subsample = 600µL; Run 1.1
14 Number percentageN perc%Tegzes, Andrea DStirrer speed = 35; V-subsample = 600µL; Run 1.2
15 Number percentageN perc%Tegzes, Andrea DStirrer speed = 35; V-subsample = 600µL; Run 1.3
16 Number percentageN perc%Tegzes, Andrea DStirrer speed = 40; V-subsample = 600µL; Run 1.1
17 Number percentageN perc%Tegzes, Andrea DStirrer speed = 40; V-subsample = 600µL; Run 1.2
18 Number percentageN perc%Tegzes, Andrea DStirrer speed = 40; V-subsample = 600µL; Run 1.3
19 Number percentageN perc%Tegzes, Andrea DStirrer speed = 40; V-subsample = 750µL; Run 1.1
20 Number percentageN perc%Tegzes, Andrea DStirrer speed = 40; V-subsample = 750µL; Run 1.2
21 Number percentageN perc%Tegzes, Andrea DStirrer speed = 40; V-subsample = 750µL; Run 1.3
22 Number percentageN perc%Tegzes, Andrea DStirrer speed = 40; V-subsample = 750µL; Run 1.4
23 Number percentageN perc%Tegzes, Andrea DStirrer speed = 40; V-subsample = 750µL; Run 1.5
24 Number percentageN perc%Tegzes, Andrea DStirrer speed = 40; V-subsample = 750µL; Run 1.6
25 Number percentageN perc%Tegzes, Andrea DStirrer speed = 40; V-subsample = 850µL; Run 1.1
26 Number percentageN perc%Tegzes, Andrea DStirrer speed = 40; V-subsample = 850µL; Run 1.2
27 Number percentageN perc%Tegzes, Andrea DStirrer speed = 40; V-subsample = 850µL; Run 1.3
28 Number percentageN perc%Tegzes, Andrea DStirrer speed = 40; V-subsample = 850µL; Run 1.4
29 Number percentageN perc%Tegzes, Andrea DStirrer speed = 40; V-subsample = 850µL; Run 1.5
30 Number percentageN perc%Tegzes, Andrea DStirrer speed = 40; V-subsample = 850µL; Run 1.6
31 Number percentageN perc%Tegzes, Andrea DStirrer speed = 40; V-subsample = 850µL; Run 2.1
32 Number percentageN perc%Tegzes, Andrea DStirrer speed = 40; V-subsample = 850µL; Run 2.2
33 Number percentageN perc%Tegzes, Andrea DStirrer speed = 40; V-subsample = 850µL; Run 2.3
34 Number percentageN perc%Tegzes, Andrea DStirrer speed = 40; V-subsample = 850µL; Run 3.1
35 Number percentageN perc%Tegzes, Andrea DStirrer speed = 40; V-subsample = 850µL; Run 3.2
36 Number percentageN perc%Tegzes, Andrea DStirrer speed = 40; V-subsample = 850µL; Run 3.3
37 Number percentageN perc%Tegzes, Andrea DStirrer speed = 40; V-subsample = 2x1mL; Run 1.1
38 Number percentageN perc%Tegzes, Andrea DStirrer speed = 40; V-subsample = 2x1mL; Run 1.2
39 Number percentageN perc%Tegzes, Andrea DStirrer speed = 40; V-subsample = 2x1mL; Run 1.3
License:
Creative Commons Attribution 3.0 Unported (CC-BY-3.0)
Size:
512 data points

Data

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

1 
Depth sed [m]
(sample mid-point)		2 
Age [ka BP]
(Modelled calibrated BP(1950) age)		3 
N perc [%]
(Stirrer speed = 20; V-subsamp...)		4 
N perc [%]
(Stirrer speed = 20; V-subsamp...)		5 
N perc [%]
(Stirrer speed = 30; V-subsamp...)		6 
N perc [%]
(Stirrer speed = 30; V-subsamp...)		7 
N perc [%]
(Stirrer speed = 30; V-subsamp...)		8 
N perc [%]
(Stirrer speed = 30; V-subsamp...)		9 
N perc [%]
(Stirrer speed = 30; V-subsamp...)		10 
N perc [%]
(Stirrer speed = 30; V-subsamp...)		11 
N perc [%]
(Stirrer speed = 30; V-subsamp...)		12 
N perc [%]
(Stirrer speed = 35; V-subsamp...)		13 
N perc [%]
(Stirrer speed = 35; V-subsamp...)		14 
N perc [%]
(Stirrer speed = 35; V-subsamp...)		15 
N perc [%]
(Stirrer speed = 35; V-subsamp...)		16 
N perc [%]
(Stirrer speed = 40; V-subsamp...)		17 
N perc [%]
(Stirrer speed = 40; V-subsamp...)		18 
N perc [%]
(Stirrer speed = 40; V-subsamp...)		19 
N perc [%]
(Stirrer speed = 40; V-subsamp...)		20 
N perc [%]
(Stirrer speed = 40; V-subsamp...)		21 
N perc [%]
(Stirrer speed = 40; V-subsamp...)		22 
N perc [%]
(Stirrer speed = 40; V-subsamp...)		23 
N perc [%]
(Stirrer speed = 40; V-subsamp...)		24 
N perc [%]
(Stirrer speed = 40; V-subsamp...)		25 
N perc [%]
(Stirrer speed = 40; V-subsamp...)		26 
N perc [%]
(Stirrer speed = 40; V-subsamp...)		27 
N perc [%]
(Stirrer speed = 40; V-subsamp...)		28 
N perc [%]
(Stirrer speed = 40; V-subsamp...)		29 
N perc [%]
(Stirrer speed = 40; V-subsamp...)		30 
N perc [%]
(Stirrer speed = 40; V-subsamp...)		31 
N perc [%]
(Stirrer speed = 40; V-subsamp...)		32 
N perc [%]
(Stirrer speed = 40; V-subsamp...)		33 
N perc [%]
(Stirrer speed = 40; V-subsamp...)		34 
N perc [%]
(Stirrer speed = 40; V-subsamp...)		35 
N perc [%]
(Stirrer speed = 40; V-subsamp...)		36 
N perc [%]
(Stirrer speed = 40; V-subsamp...)		37 
N perc [%]
(Stirrer speed = 40; V-subsamp...)		38 
N perc [%]
(Stirrer speed = 40; V-subsamp...)		39 
N perc [%]
(Stirrer speed = 40; V-subsamp...)
1.1051.5600.791.821.791.702.322.382.482.372.572.422.592.362.322.37
1.1151.5790.841.851.872.032.092.212.402.342.282.412.252.362.342.362.422.58
1.1251.5980.672.142.192.222.382.322.392.602.612.632.522.502.54
1.1351.6160.691.851.951.952.112.172.212.262.332.322.422.472.332.302.212.35
1.1451.6350.691.832.082.222.432.672.742.962.782.732.872.572.562.68
1.1551.6530.671.032.722.853.003.113.253.223.333.483.573.083.253.123.243.053.26
1.1651.671
1.1751.689
1.1851.706
1.1951.722
1.2051.739
1.2151.7550.583.343.523.603.773.593.573.423.603.793.423.603.79
1.2251.7700.491.532.142.132.953.032.712.92
1.2351.785
1.2451.7990.922.011.942.002.322.552.682.612.792.732.892.802.972.91
1.2551.8120.891.641.912.242.452.241.872.072.322.392.612.702.652.652.652.81
1.2651.8250.682.182.322.312.442.442.502.432.572.582.422.642.51
1.2751.8380.582.622.832.823.193.193.203.093.123.142.893.153.23
1.2851.8500.522.512.612.433.313.473.493.243.153.233.363.593.60
1.2951.8610.602.302.402.513.223.203.363.353.433.553.303.273.39
1.3051.8720.442.542.792.883.083.133.153.243.503.653.373.373.37
1.3151.8821.122.322.542.602.983.153.113.133.293.343.223.233.30
1.3251.8910.702.582.712.863.022.983.022.883.072.983.003.013.14
1.3351.9000.432.752.502.863.033.193.323.163.293.153.033.083.283.223.323.43
1.3451.9090.542.652.652.662.182.212.233.223.103.162.963.033.213.243.313.22
1.3551.9170.651.421.401.512.562.522.703.063.263.133.073.083.23
1.3651.9241.022.032.072.132.322.482.582.682.802.962.752.682.73
1.3751.9310.462.282.442.522.592.742.722.782.952.642.702.77
1.3851.9380.421.791.881.952.212.542.672.352.392.522.452.592.52
1.3951.9450.452.062.112.091.962.162.342.312.112.232.412.312.502.52
1.4051.9510.541.771.931.902.002.132.192.342.342.352.322.442.46
1.4151.9570.591.611.721.811.801.741.941.941.971.931.891.972.102.021.992.01
1.4251.9630.451.641.681.741.751.781.891.871.911.961.881.891.841.951.861.92
1.4351.9690.481.321.121.571.641.751.851.651.601.751.701.691.71
1.4451.9750.981.621.721.751.701.831.791.852.041.841.951.971.891.971.90
1.4551.9810.621.861.751.701.671.791.711.892.002.061.982.062.052.052.001.981.982.062.052.052.001.98
1.4651.9870.471.831.941.971.811.982.041.791.921.741.942.041.941.791.921.741.942.041.94
1.4751.9920.941.681.551.751.771.771.741.651.871.911.771.771.881.831.831.821.831.831.821.771.851.931.871.932.09
1.4851.9981.741.781.831.771.541.651.741.861.741.921.911.832.061.911.832.061.761.881.861.861.871.91
1.4952.0040.571.561.841.782.111.951.952.042.072.132.042.142.182.042.142.181.982.082.152.072.162.20