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Suess, Erwin; von Huene, Roland; Shipboard Scientific Party (2005): Moisture and density measured on ODP Hole 112-680A. PANGAEA, https://doi.org/10.1594/PANGAEA.258173

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Related to:
ODP/TAMU (2005): JANUS Database. Ocean Drilling Program, Texas A&M University, College Station TX 77845-9547, USA; (data copied from Janus 2005-02 to 2005-06), http://www-odp.tamu.edu/database/
Suess, Erwin; von Huene, Roland; et al. (1988): Proceedings of the Ocean Drilling Program, 112 Initial Reports. Proceedings of the Ocean Drilling Program, Ocean Drilling Program, 112, 1015 pp, https://doi.org/10.2973/odp.proc.ir.112.1988
Further details:
Blum, Peter (1997): Moisture and density (by mass and volume). Physical properties handbook: a guide to the shipboard measurement of physical properties of deep-sea cores, hdl:10013/epic.40058.d002
Project(s):
Coverage:
Latitude: -11.065000 * Longitude: -78.077830
Date/Time Start: 1986-11-05T07:15:00 * Date/Time End: 1986-11-05T20:30:00
Minimum DEPTH, sediment/rock: 2.380 m * Maximum DEPTH, sediment/rock: 91.980 m
Event(s):
112-680A * Latitude: -11.065000 * Longitude: -78.077830 * Date/Time Start: 1986-11-05T07:15:00 * Date/Time End: 1986-11-05T20:30:00 * Elevation: -272.0 m * Penetration: 93.8 m * Recovery: 81.19 m * Location: South Pacific Ocean * Campaign: Leg112 * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 10 cores; 93.8 m cored; 0 m drilled; 86.6 % recovery
Comment:
Method A: wet-bulk volume measured with special volume sampler; method B: wet-bulk volume measured by gas pycnometry; method C: dry volume measured by gas pycnometry
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
DEPTH, sediment/rockDepth sedmGeocode
Depth, compositeDepth compmcdShipboard Scientific Party
Sample code/labelSample labelShipboard Scientific PartyDSDP/ODP/IODP sample designation
Water content, wet massWater wm%Shipboard Scientific Party
Water content, dry massWater dm%Shipboard Scientific Party
Density, wet bulkWBDg/cm3Shipboard Scientific Party
Density, dry bulkDBDg/cm3Shipboard Scientific Party
Density, grainDensity graing/cm3Shipboard Scientific Party
PorosityPoros% volShipboard Scientific Party
10 Void Ratio descriptionVoid RatioShipboard Scientific Party
11 Method commentMethod commShipboard Scientific Party
Size:
520 data points

Data

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


Depth sed [m]

Depth comp [mcd]

Sample label

Water wm [%]

Water dm [%]

WBD [g/cm3]

DBD [g/cm3]

Density grain [g/cm3]

Poros [% vol]
10 
Void Ratio
11 
Method comm
2.3802.380112-680A-1H-2,88-9162.2164.21.3120.4972.43979.63.912B
2.3802.380112-680A-1H-2,88-9162.2164.21.3030.4932.35479.13.774C
5.2705.270112-680A-1H-4,77-8063.3172.31.2980.4772.40880.24.052B
5.2705.270112-680A-1H-4,77-8063.3172.31.2820.4712.26479.23.811C
7.7107.710112-680A-1H-6,21-2468.6218.01.2600.3962.53484.45.395B
7.7107.710112-680A-1H-6,21-2468.6218.01.2150.3822.04981.34.361C
10.57010.570112-680A-2H-2,77-8058.8142.71.3880.5722.82079.73.928B
10.57010.570112-680A-2H-2,77-8058.8142.71.3490.5562.46577.43.434C
13.54013.540112-680A-2H-4,74-7763.2171.91.3090.4812.51480.84.221B
13.54013.540112-680A-2H-4,74-7763.2171.91.2930.4752.35779.83.958C
16.57016.570112-680A-2H-6,77-8048.393.41.5050.7782.68471.02.448B
16.57016.570112-680A-2H-6,77-8048.393.41.4690.7592.47169.32.253C
20.70020.700112-680A-3H-2,140-14249.296.71.4880.7572.64971.42.501B, Siltier lithology
20.70020.700112-680A-3H-2,140-14249.296.71.4340.7292.33768.82.206C, Siltier lithology
23.01023.010112-680A-3H-4,71-7462.2164.41.3120.4962.43979.73.915B
23.01023.010112-680A-3H-4,71-7462.2164.41.2990.4912.32778.93.736C
26.36026.360112-680A-3H-6,106-10927.137.31.8821.3712.73649.90.996B
26.36026.360112-680A-3H-6,106-10927.137.31.8341.3362.59948.60.946C
28.50028.500112-680A-4H-1,120-12253.4114.81.4240.6632.57974.32.891B
28.50028.500112-680A-4H-1,120-12253.4114.81.3710.6382.24471.62.516C
29.59029.590112-680A-4H-2,79-8264.3180.01.2900.4612.42481.04.261B
29.59029.590112-680A-4H-2,79-8264.3180.01.2330.4401.95277.43.431C
35.86035.860112-680A-4H-6,106-10942.072.31.6500.9572.95567.62.087B
35.86035.860112-680A-4H-6,106-10942.072.31.5890.9222.64465.11.867C
39.08039.080112-680A-5H-2,78-8164.0177.71.2880.4642.37480.54.121B
39.08039.080112-680A-5H-2,78-8164.0177.71.2690.4572.20979.33.834C
40.85040.850112-680A-5H-3,105-10961.4159.21.4830.5725.16588.98.032B
40.85040.850112-680A-5H-3,105-10961.4159.21.2430.4801.88674.62.934C
58.01058.010112-680A-7H-2,71-7431.946.81.8451.2572.95557.51.351B
58.01058.010112-680A-7H-2,71-7431.946.81.7701.2052.68555.11.228C
60.87060.870112-680A-7H-4,57-6030.042.81.8631.3042.87154.61.201B
60.87060.870112-680A-7H-4,57-6030.042.81.7851.2492.61852.31.095C
63.63063.630112-680A-7H-6,33-3636.758.01.7161.0862.82161.51.598B
63.63063.630112-680A-7H-6,33-3636.758.01.6951.0732.73560.81.550C
67.71067.710112-680A-8H-2,91-9455.0122.11.4230.6412.71876.43.240B
67.71067.710112-680A-8H-2,91-9455.0122.11.4000.6302.53475.13.021C
70.61070.610112-680A-8H-4,81-8453.2113.61.4700.6882.90876.33.227B
70.61070.610112-680A-8H-4,81-8453.2113.61.4270.6682.58274.12.865C
73.85073.850112-680A-8H-6,105-10841.270.11.6600.9762.93966.82.011B
73.85073.850112-680A-8H-6,105-10841.270.11.6060.9442.67064.61.827C
77.00077.000112-680A-9H-2,70-7343.476.81.5750.8912.68366.82.011B
77.00077.000112-680A-9H-2,70-7343.476.81.5640.8852.62766.31.969C
80.11080.110112-680A-9H-4,81-8447.088.71.5250.8082.69570.02.335B
80.11080.110112-680A-9H-4,81-8447.088.71.4880.7882.48668.32.153C
82.79082.790112-680A-9H-6,49-5251.4105.61.4650.7132.68973.52.773B
82.79082.790112-680A-9H-6,49-5251.4105.61.4230.6922.41671.42.491C
86.40086.400112-680A-10H-2,60-6342.874.91.6180.9252.85967.62.091B
86.40086.400112-680A-10H-2,60-6342.874.91.5550.8892.54165.01.858C
89.37089.370112-680A-10H-4,57-6048.995.91.4990.7652.70071.72.528B, Assume Water Weight = Water Volume to get Wet Volume
89.37089.370112-680A-10H-4,57-6048.995.91.4760.7532.55870.52.395C, Assume Water Weight = Water Volume to get Wet Volume
91.98091.980112-680A-10H-6,18-2149.597.91.4700.7432.56271.02.449B, Assume Water Weight = Water Volume to get Wet Volume
91.98091.980112-680A-10H-6,18-2149.597.91.4500.7332.44770.12.339C, Assume Water Weight = Water Volume to get Wet Volume