Wise, Sherwood W; Barker, Peter F; Dalziel, Ian W D (2005): Nannofossil abundance of Hole 36-327A [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.251562
Always quote citation above when using data! You can download the citation in several formats below.
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. hdl:10013/epic.32352.d001
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: Leg36 * 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
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 |