Citation:

PANGAEA.251562

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Related to:

DSDP (1989): Data from the Deep Sea Drilling Project. Sediment, hard rock and reference files. National Geophysical Data Center, National Environmental Satellite, Data and Information Service, National Oceanic and Atmospheric Administration, U.S. Department of Commerce, 1, CD-ROM

Wise, Sherwood W; von der Borch, Christopher C; Tjalsma, R C; Thompson, Robert W; Tarney, John; Plafker, G; Lonardi, Alberto; Gombos, Andrew M; Elliot, David H; Dinkelman, Menno G; Barker, Peter F; Dalziel, Ian W D (1977): Initial Reports of the Deep Sea Drilling Project. Initial Reports of the Deep Sea Drilling Project, U.S. Government Printing Office, XXXVI, 1079 pp, https://doi.org/10.2973/dsdp.proc.36.1977

Further details:

Paleontology data base - background and methods

Project(s):

Deep Sea Drilling Project (DSDP)

Coverage:

Latitude: -50.871300 * Longitude: -46.783700

Date/Time Start: 1974-04-13T00:00:00 * Date/Time End: 1974-04-13T00:00:00

Minimum DEPTH, sediment/rock: 14.49 m * Maximum DEPTH, sediment/rock: 62.95 m

Event(s):

36-327A * Latitude: -50.871300 * Longitude: -46.783700 * Date/Time: 1974-04-13T00:00:00 * Elevation: -2400.0 m * Penetration: 469.5 m * Recovery: 132.4 m * Location: South Atlantic/PLATEAU * Campaign: * Basis: Glomar Challenger * Method/Device: Drilling/drill rig (DRILL) * Comment: 27 cores; 256.5 m cored; 0 m drilled; 51.6 % recovery

Comment:

Relative abundance: D = dominant, A = abundant, C = common, F = few, R = rare, T = trace, P = present (numerical values are abundance in percent)

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	DEPTH, sediment/rock	Depth sed	m			Geocode
2	Sample code/label	Sample label		Wise, Sherwood W	DSDP/ODP/IODP sample designation
3	Nannofossil abundance	Nannos abund		Wise, Sherwood W
4	Dissolution index	DX		Wise, Sherwood W		Scale from 0 to 6, 0=no diss., 6 maximum diss.
5	Preservation	Preserv		Wise, Sherwood W		G=good, M=moderate, P=poor
6	Stratigraphy	Stratigraphy		Wise, Sherwood W
7	Chiasmolithus bidens	C. bidens		Wise, Sherwood W	Abundance estimate
8	Chiasmolithus danicus	C. danicus		Wise, Sherwood W	Abundance estimate
9	Chiasmolithus expansus	C. expansus		Wise, Sherwood W	Abundance estimate
10	Chiasmolithus grandis	C. grandis		Wise, Sherwood W	Abundance estimate
11	Coccolithus grandis	C. grandis		Wise, Sherwood W	Abundance estimate
12	Coccolithus pelagicus	C. pelagicus		Wise, Sherwood W	Abundance estimate
13	Coccolithus robustus	C. robustus		Wise, Sherwood W	Abundance estimate
14	Coccolithus sp.	Coccolithus sp.		Wise, Sherwood W	Abundance estimate
15	Cruciplacolithus tenuis	C. tenuis		Wise, Sherwood W	Abundance estimate
16	Cyclicargolithus gammation	C. gammation		Wise, Sherwood W	Abundance estimate
17	Discoaster barbadiensis	D. barbadiensis		Wise, Sherwood W	Abundance estimate
18	Discoaster gemmifer	D. gemmifer		Wise, Sherwood W	Abundance estimate
19	Discoaster hamatus	D. hamatus		Wise, Sherwood W	Abundance estimate
20	Discoaster helianthus	D. helianthus		Wise, Sherwood W	Abundance estimate
21	Discoaster mediosus	D. mediosus		Wise, Sherwood W	Abundance estimate
22	Discoaster multiradiatus	D. multiradiatus		Wise, Sherwood W	Abundance estimate
23	Discoasteroides megastypus	D. megastypus		Wise, Sherwood W	Abundance estimate
24	Ellipsolithus distichus	E. distichus		Wise, Sherwood W	Abundance estimate
25	Fasciculithus billii	F. billii		Wise, Sherwood W	Abundance estimate
26	Fasciculithus involutus	F. involutus		Wise, Sherwood W	Abundance estimate
27	Heliolithus sp.	Heliolithus sp.		Wise, Sherwood W	Abundance estimate
28	Heliolithus universus	H. universus		Wise, Sherwood W	Abundance estimate
29	Nannoconus truitti	N. truitti		Wise, Sherwood W	Abundance estimate
30	Neochiastozygus distentus	N. distentus		Wise, Sherwood W	Abundance estimate
31	Neochiastozygus junctus	N. junctus		Wise, Sherwood W	Abundance estimate
32	Neococcolithes dubius	N. dubius		Wise, Sherwood W	Abundance estimate
33	Neococcolithes protenus	N. protenus		Wise, Sherwood W	Abundance estimate
34	Prinsius bisulcus	P. bisulcus		Wise, Sherwood W	Abundance estimate
35	Sphenolithus moriformis	S. moriformis		Wise, Sherwood W	Abundance estimate
36	Toweius craticulus	T. craticulus		Wise, Sherwood W	Abundance estimate
37	Toweius eminens	T. eminens		Wise, Sherwood W	Abundance estimate
38	Toweius tovae	T. tovae		Wise, Sherwood W	Abundance estimate
39	Tribrachiatus orthostylus	T. orthostylus		Wise, Sherwood W	Abundance estimate

License:

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

Size:

431 data points

Data

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

1 Depth sed [m]	2 Sample label (DSDP/ODP/IODP sample designation)	3 Nannos abund	4 DX (Scale from 0 to 6, 0=no diss....)	5 Preserv (G=good, M=moderate, P=poor)	6 Stratigraphy	7 C. bidens (Abundance estimate)	8 C. danicus (Abundance estimate)	9 C. expansus (Abundance estimate)	10 C. grandis (Abundance estimate)	11 C. grandis (Abundance estimate)	12 C. pelagicus (Abundance estimate)	13 C. robustus (Abundance estimate)	14 Coccolithus sp. (Abundance estimate)	15 C. tenuis (Abundance estimate)	16 C. gammation (Abundance estimate)	17 D. barbadiensis (Abundance estimate)	18 D. gemmifer (Abundance estimate)	19 D. hamatus (Abundance estimate)	20 D. helianthus (Abundance estimate)	21 D. mediosus (Abundance estimate)	22 D. multiradiatus (Abundance estimate)	23 D. megastypus (Abundance estimate)	24 E. distichus (Abundance estimate)	25 F. billii (Abundance estimate)	26 F. involutus (Abundance estimate)	27 Heliolithus sp. (Abundance estimate)	28 H. universus (Abundance estimate)	29 N. truitti (Abundance estimate)	30 N. distentus (Abundance estimate)	31 N. junctus (Abundance estimate)	32 N. dubius (Abundance estimate)	33 N. protenus (Abundance estimate)	34 P. bisulcus (Abundance estimate)	35 S. moriformis (Abundance estimate)	36 T. craticulus (Abundance estimate)	37 T. eminens (Abundance estimate)	38 T. tovae (Abundance estimate)	39 T. orthostylus (Abundance estimate)
14.49	36-327A-2-1,99-99	R	1.00	P	Lower eocene						F/P																											C/P
14.93	36-327A-2-1,143-143	F	1.00	P	Lower eocene			R/P	R/P	C/P	C/P				C/P	C/P		F/P													C/P							F/P
16.22	36-327A-2-2,122-122	R	1.00	P	Lower eocene						F/P				F/P
17.86	36-327A-2-3,136-136	R	1.00	P	Lower eocene				R/P		R/P				F/P		R/P											R/P										R/P
18.96	36-327A-2-4,96-96	R			Lower eocene										R/P
20.04	36-327A-2-5,54-54	R			Lower eocene										R
23.93	36-327A-3-1,93-93	R			Upper paleocene																F				R
24.97	36-327A-3-2,47-47	R	1.00	P	Upper paleocene																F/P				R/P
25.72	36-327A-3-2,122-122	R	1.00	P	Upper paleocene	A/M															C/M		R/M	F/M	C/M						R/P		F/M			C/M
41.60	36-327A-4-CC	C	1.00	P	Upper paleocene	C/P									F/P						F/P				F/P										F/P	F/P
42.53	36-327A-5-1,3-3	C	1.00	M	Upper paleocene	A/M					F/M	C/M	C/M											F/M	C/M	F/M	F/M									C/M	C/M
42.98	36-327A-5-1,48-48	A	1.00	M	Upper paleocene	A/M					C/M	C/M	A/M											C/M	A/M	C/M	C/M		F/M			F/M	F/M	F/M	C/M	C/M	C/M
43.55	36-327A-5-1,105-105	A	1.00	M	Upper paleocene	A/M					C/M	C/M	C/M											C/M	A/M	F/M	C/M		C/M				F/M	F/M	C/M	C/M	C/M
44.06	36-327A-5-2,6-6	C	1.00	M	Upper paleocene	A/M					C/M	C/M	C/M											C/M	A/M		C/M		F/M			F/M	C/M		C/M	F/M	F/M
45.26	36-327A-5-2,126-126	A	1.00	M	Upper paleocene	A/M					F/M	F/M	A/M											C/M	A/M	F/M	C/M		C/M				C/M		C/M	C/M	C/M
45.53	36-327A-5-3,3-3	C	1.00	P	Upper paleocene	C/P					C/P	C/P	C/P							R/P				C/P	C/P		C/P		C/P				C/P		C/P	F/P	C/P
46.63	36-327A-5-3,113-113	A	1.00	G	Upper paleocene	A/G					C/G	C/G	A/G	R/G								R/G		C/G	A/G	A/G	A/G		F/G				C/G		C/G	C/G	C/G
47.04	36-327A-5-4,4-4	C	1.00	M	Upper paleocene	A/M					C/M	C/M	A/M											C/M	A/M	C/M	C/M		F/M				F/M	F/M	C/M	C/M	C/M
48.38	36-327A-5-4,138-138	C	1.00	M	Upper paleocene	A/M					C/M	C/M	A/M							R/M				C/M	A/M								F/M		F/M	A/M	C/M
48.96	36-327A-5-5,46-46	C	1.00	M	Upper paleocene																			C/M	A/M				F/M	R/M			F/M		F/M	C/M	C/M
49.69	36-327A-5-5,119-119	C	1.00	M	Upper paleocene	C/M					C/M	C/M	C/M											C/M	C/M					R/M			C/M		C/M	C/M	C/M
50.02	36-327A-5-6,2-2	C	1.00	M	Upper paleocene	C/M						F/M	F/M											C/M	A/M					F/M			A/M		C/M	C/M	C/M
51.19	36-327A-5-6,119-119	C	1.00	M	Upper paleocene	C/M					F/M	C/M	F/M											C/M	A/M								F/M	F/M	F/M	C/M	C/M
51.94	36-327A-6-1,14-14	F	1.00	P	Upper paleocene	F/P																		F/P	C/P								F/P			F/P	F/P
52.82	36-327A-6-1,102-102	F	1.00	P	Upper paleocene	F/P																		F/P	F/P								F/P			F/P	F/P
54.76	36-327A-6-2,146-146	F	1.00	P	Upper paleocene	F/P	R/P					C/P												F/P	C/P								C/P		F/P	C/P	C/P
54.83	36-327A-6-3,3-3	F	1.00	P	Upper paleocene	F/P																		F/P	C/P								C/P	R/P		C/P	C/P
55.89	36-327A-6-3,109-109	F	1.00	P	Upper paleocene	F/P					F/P	F/P												F/P	C/P								C/P		F/P	C/P	C/P
56.34	36-327A-6-4,4-4	F	1.00	P	Upper paleocene	C/P													R/P					C/P	C/P								C/P		F/P	C/P	C/P
57.60	36-327A-6-4,130-130	F	1.00	P	Upper paleocene	C/P													R/P					F/P	C/P								F/P		F/P	F/P	C/P
59.59	36-327A-6-6,29-29	F	1.00	P	Upper paleocene	F/P						C/P							R/P					F/P	C/P	F/P							C/P			C/P	C/P
60.46	36-327A-6-6,116-116	F	1.00	P	Upper paleocene	F/P																		F/P	F/P								F/P			F/P	F/P
62.44	36-327A-7-1,144-144	R	1.00	P	Upper paleocene																				R/P
62.95	36-327A-7-2,45-45	R	1.00	P	Upper paleocene																				F/P