Citation:

PANGAEA.258553

Always quote citation above when using data! You can download the citation in several formats below.

RIS Citation BibTeX Citation Text Citation Facebook TwitterShow Map Google Earth

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/

Sawyer, Dale S; Whitmarsh, Robert B; Klaus, Adam; et al. (1994): Proceedings of the Ocean Drilling Program, 149 Initial Reports. Proceedings of the Ocean Drilling Program, Ocean Drilling Program, 149, 719 pp, https://doi.org/10.2973/odp.proc.ir.149.1994

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):

Ocean Drilling Program (ODP)

Coverage:

Latitude: 40.772200 * Longitude: -12.267700

Date/Time Start: 1993-04-26T14:35:00 * Date/Time End: 1993-04-29T01:25:00

Minimum DEPTH, sediment/rock: 82.630 m * Maximum DEPTH, sediment/rock: 227.990 m

Event(s):

149-899A * Latitude: 40.772200 * Longitude: -12.267700 * Date/Time Start: 1993-04-26T14:35:00 * Date/Time End: 1993-04-29T01:25:00 * Elevation: -5303.0 m * Penetration: 235.5 m * Recovery: 51.45 m * Location: South Atlantic Ocean * Campaign: * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 16 cores; 154 m cored; 0 m drilled; 33.4 % 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):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Depth, composite	Depth comp	mcd	Shipboard Scientific Party
3	Sample code/label	Sample label		Shipboard Scientific Party	DSDP/ODP/IODP sample designation
4	Water content, wet mass	Water wm	%	Shipboard Scientific Party
5	Water content, dry mass	Water dm	%	Shipboard Scientific Party
6	Density, wet bulk	WBD	g/cm³	Shipboard Scientific Party
7	Density, dry bulk	DBD	g/cm³	Shipboard Scientific Party
8	Density, grain	Density grain	g/cm³	Shipboard Scientific Party
9	Porosity	Poros	% vol	Shipboard Scientific Party
10	Void Ratio description	Void Ratio		Shipboard Scientific Party
11	Method comment	Method comm		Shipboard Scientific Party

License:

Creative Commons Attribution 3.0 Unported (CC-BY-3.0)

Size:

760 data points

Data

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

1 Depth sed [m]	2 Depth comp [mcd]	3 Sample label	4 Water wm [%]	5 Water dm [%]	6 WBD [g/cm³]	7 DBD [g/cm³]	8 Density grain [g/cm³]	9 Poros [% vol]	10 Void Ratio	11 Method comm
82.630	82.630	149-899A-1R-1,113-113	24.2	31.9	1.712	1.298	2.178	40.4	0.678	BC, As B. soupy
82.630	82.630	149-899A-1R-1,113-113	24.2	31.9	1.973	1.496	2.799	46.6	0.871	BC, As C. soupy
83.700	83.700	149-899A-1R-2,70-71	19.0	23.5	1.540	1.247	1.747	28.6	0.400	BC, As B. sand
83.700	83.700	149-899A-1R-2,70-71	19.0	23.5	2.104	1.704	2.796	39.1	0.641	BC, As C. sand
85.240	85.240	149-899A-1R-3,74-75	2.3	2.4	1.447	1.413	1.461	3.3	0.034	BC, As B. clay
85.240	85.240	149-899A-1R-3,74-75	2.3	2.4	2.640	2.579	2.743	6.0	0.064	BC, As C. clay
91.700	91.700	149-899A-2R-1,60-61	27.7	38.3	1.860	1.345	2.706	50.3	1.011	BC, As B. clay
91.700	91.700	149-899A-2R-1,60-61	27.7	38.3	1.906	1.378	2.842	51.5	1.062	BC, As C. clay
93.500	93.500	149-899A-2R-2,90-92	23.2	30.1	1.913	1.470	2.591	43.3	0.762	BC, As B.
93.500	93.500	149-899A-2R-2,90-92	23.2	30.1	1.992	1.531	2.785	45.0	0.820	BC, As C.
101.500	101.500	149-899A-3R-1,70-71	38.6	62.8	2.034	1.250	5.345	76.6	3.277	BC, As B.
101.500	101.500	149-899A-3R-1,70-71	38.6	62.8	1.662	1.021	2.731	62.6	1.674	BC, As C.
103.190	103.190	149-899A-3R-2,89-90	23.6	30.9	1.713	1.309	2.164	39.5	0.653	BC, As B.
103.190	103.190	149-899A-3R-2,89-90	23.6	30.9	2.305	1.760	3.756	53.1	1.134	BC, As C.
104.080	104.080	149-899A-3R-3,28-29	22.4	28.9	2.016	1.564	2.798	44.1	0.789	BC, As B.
104.080	104.080	149-899A-3R-3,28-29	22.4	28.9	1.995	1.548	2.749	43.7	0.775	BC, As C.
104.800	104.800	149-899A-3R-3,100-101	21.3	27.0	1.745	1.374	2.156	36.3	0.570	BC, As B.
104.800	104.800	149-899A-3R-3,100-101	21.3	27.0	2.032	1.599	2.770	42.2	0.732	BC, As C.
111.060	111.060	149-899A-4R-1,66-68	33.8	51.1	1.799	1.191	2.932	59.4	1.462	BC, As B.
111.060	111.060	149-899A-4R-1,66-68	33.8	51.1	1.761	1.166	2.784	58.1	1.388	BC, As C.
112.410	112.410	149-899A-4R-2,51-53	29.6	42.1	1.892	1.332	2.943	54.7	1.210	BC, As B.
112.410	112.410	149-899A-4R-2,51-53	29.6	42.1	1.848	1.301	2.796	53.5	1.149	BC, As C.
112.880	112.880	149-899A-4R-2,98-100	32.4	47.9	1.850	1.251	3.014	58.5	1.410	BC, As B.
112.880	112.880	149-899A-4R-2,98-100	32.4	47.9	1.795	1.213	2.807	56.8	1.313	BC, As C.
121.040	121.040	149-899A-5R-1,94-95	32.7	48.5	1.830	1.232	2.958	58.4	1.401	BC, As B.
121.040	121.040	149-899A-5R-1,94-95	32.7	48.5	1.784	1.201	2.787	56.9	1.320	BC, As C.
122.760	122.760	149-899A-5R-2,116-117	32.7	48.7	1.871	1.258	3.131	59.8	1.489	BC, As B.
122.760	122.760	149-899A-5R-2,116-117	32.7	48.7	1.782	1.199	2.787	57.0	1.325	BC, As C.
123.640	123.640	149-899A-5R-3,54-55	32.2	47.4	1.828	1.240	2.915	57.5	1.350	BC, As B.
123.640	123.640	149-899A-5R-3,54-55	32.2	47.4	1.797	1.219	2.801	56.5	1.297	BC, As C.
130.740	130.740	149-899A-6R-1,104-106	30.9	44.6	1.882	1.301	3.006	56.7	1.310	BC, As B.
130.740	130.740	149-899A-6R-1,104-106	30.9	44.6	1.819	1.257	2.782	54.8	1.212	BC, As C.
132.160	132.160	149-899A-6R-2,96-97	31.0	45.0	1.864	1.286	2.955	56.5	1.297	BC, As B.
132.160	132.160	149-899A-6R-2,96-97	31.0	45.0	1.820	1.256	2.799	55.1	1.229	BC, As C.
133.360	133.360	149-899A-6R-3,81-82	31.6	46.2	1.868	1.278	3.016	57.6	1.360	BC, As B.
133.360	133.360	149-899A-6R-3,81-82	31.6	46.2	1.803	1.234	2.780	55.6	1.254	BC, As C.
134.330	134.330	149-899A-6R-4,28-29	28.9	40.6	1.919	1.364	2.975	54.1	1.181	BC, As B.
134.330	134.330	149-899A-6R-4,28-29	28.9	40.6	1.859	1.322	2.779	52.4	1.103	BC, As C.
139.700	139.700	149-899A-7R-1,70-72	30.3	43.4	1.874	1.307	2.932	55.4	1.244	BC, As B.
139.700	139.700	149-899A-7R-1,70-72	30.3	43.4	1.825	1.272	2.764	54.0	1.173	BC, As C.
149.140	149.140	149-899A-8R-1,44-46	30.4	43.8	1.881	1.308	2.968	55.9	1.269	BC, As B.
149.140	149.140	149-899A-8R-1,44-46	30.4	43.8	1.833	1.275	2.800	54.5	1.197	BC, As C.
150.650	150.650	149-899A-8R-2,45-46	29.0	40.9	1.918	1.361	2.984	54.4	1.192	BC, As B.
150.650	150.650	149-899A-8R-2,45-46	29.0	40.9	1.836	1.303	2.719	52.1	1.086	BC, As C.
158.730	158.730	149-899A-9R-1,43-44	29.4	41.7	1.905	1.344	2.971	54.8	1.210	BC, As B.
158.730	158.730	149-899A-9R-1,43-44	29.4	41.7	1.822	1.286	2.701	52.4	1.100	BC, As C.
160.230	160.230	149-899A-9R-2,43-45	28.6	40.1	1.924	1.374	2.971	53.8	1.162	BC, As B.
160.230	160.230	149-899A-9R-2,43-45	28.6	40.1	1.796	1.282	2.574	50.2	1.007	BC, As C.
161.750	161.750	149-899A-9R-3,45-47	25.8	34.7	2.002	1.486	2.994	50.4	1.014	BC, As B.
161.750	161.750	149-899A-9R-3,45-47	25.8	34.7	1.929	1.432	2.781	48.5	0.942	BC, As C.
168.330	168.330	149-899A-10R-1,33-34	28.9	40.6	1.915	1.361	2.961	54.0	1.175	BC, As B.
168.330	168.330	149-899A-10R-1,33-34	28.9	40.6	1.845	1.312	2.736	52.1	1.086	BC, As C.
179.380	179.380	149-899A-11R-2,28-29	5.0	5.3	1.537	1.460	1.579	7.6	0.082	BC, As B.
179.380	179.380	149-899A-11R-2,28-29	5.0	5.3	2.535	2.407	2.750	12.5	0.142	BC, As C.
179.690	179.690	149-899A-11R-CC,5-6	3.7	3.8	1.462	1.408	1.487	5.3	0.056	BC, As B.
179.690	179.690	149-899A-11R-CC,5-6	3.7	3.8	2.610	2.514	2.774	9.4	0.104	BC, As C.
207.640	207.640	149-899A-14R-1,104-105	47.0	88.7	2.467	1.307	-9.867	113.2	-8.549	BC, As B.
207.640	207.640	149-899A-14R-1,104-105	47.0	88.7	1.547	0.820	2.832	71.0	2.454	BC, As C.
208.710	208.710	149-899A-14R-2,61-63	25.1	33.6	1.770	1.325	2.343	43.4	0.768	BC, As B.
208.710	208.710	149-899A-14R-2,61-63	25.1	33.6	1.936	1.449	2.762	47.5	0.906	BC, As C.
210.380	210.380	149-899A-14R-3,78-80	37.7	60.5	2.114	1.317	5.949	77.9	3.517	BC, As B.
210.380	210.380	149-899A-14R-3,78-80	37.7	60.5	1.690	1.053	2.787	62.2	1.648	BC, As C.
216.910	216.910	149-899A-15R-1,61-64	38.8	63.3	2.143	1.313	6.950	81.1	4.295	BC, As B.
216.910	216.910	149-899A-15R-1,61-64	38.8	63.3	1.673	1.024	2.792	63.3	1.726	BC, As C.
218.800	218.800	149-899A-15R-2,100-101	47.5	90.7	2.356	1.236	-13.118	109.4	-11.613	BC, As B. Out of range value -- Void_Ratio_1=-11.67
218.800	218.800	149-899A-15R-2,100-101	47.5	90.7	1.535	0.805	2.805	71.3	2.484	BC, As C. Out of range value -- Void_Ratio_1=-11.67
220.070	220.070	149-899A-15R-3,77-78	51.4	106.0	2.388	1.159	-5.804	120.0	-6.005	BC, As B.
220.070	220.070	149-899A-15R-3,77-78	51.4	106.0	1.479	0.718	2.798	74.3	2.895	BC, As C.
221.450	221.450	149-899A-15R-4,65-66	32.7	48.6	1.828	1.231	2.955	58.4	1.401	BC, As B.
221.450	221.450	149-899A-15R-4,65-66	32.7	48.6	1.774	1.194	2.755	56.6	1.306	BC, As C.
223.100	223.100	149-899A-15R-5,80-81	35.6	55.3	1.987	1.280	4.141	69.1	2.236	BC, As B.
223.100	223.100	149-899A-15R-5,80-81	35.6	55.3	1.725	1.111	2.775	60.0	1.498	BC, As C.
227.140	227.140	149-899A-16R-1,124-127	39.9	66.4	2.027	1.218	5.792	79.0	3.756	BC, As B.
227.140	227.140	149-899A-16R-1,124-127	39.9	66.4	1.650	0.992	2.777	64.3	1.800	BC, As C.
227.990	227.990	149-899A-16R-2,59-61	38.2	61.9	2.015	1.245	5.030	75.3	3.041	BC, As B.
227.990	227.990	149-899A-16R-2,59-61	38.2	61.9	1.678	1.036	2.774	62.6	1.677	BC, As C.