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Ciesielski, Paul F; Anonymous (2005): Microfossil abundance of Hole 71-514 [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.249567

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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
Weaver, F M; von der Dick, Hans; Usher, John L; Salloway, J; Robert, Christian; Goldstein, E H; Ciesielski, Paul F; Bornhold, Brian D; Bloemendal, Jan; Bayer, Ulf; Basov, Ivan A; Ludwig, Wolfgang; Krasheninnikov, Valery A; Wise, Sherwood W (1983): Initial Reports of the Deep Sea Drilling Project. U. S. Government Printing Office, LXXI, 999 pp + 477 pp, https://doi.org/10.2973/dsdp.proc.71.1983
Further details:
Paleontology data base - background and methods
Project(s):
Deep Sea Drilling Project (DSDP)
Coverage:
Latitude: -46.046200 * Longitude: -26.855000
Date/Time Start: 1980-02-08T00:00:00 * Date/Time End: 1980-02-08T00:00:00
Minimum DEPTH, sediment/rock: 0.48 m * Maximum DEPTH, sediment/rock: 150.14 m
Event(s):
71-514 * Latitude: -46.046200 * Longitude: -26.855000 * Date/Time: 1980-02-08T00:00:00 * Elevation: -4318.0 m * Penetration: 150.8 m * Recovery: 139 m * Location: South Atlantic * Campaign: Leg71 * Basis: Glomar Challenger * Method/Device: Drilling/drill rig (DRILL) * Comment: 34 cores; 146 m cored; 4.4 m drilled; 95.2 % 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):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
1 DEPTH, sediment/rockDepth sedmGeocode
2 Sample code/labelSample labelCiesielski, Paul FDSDP/ODP/IODP sample designation
3 Actinocyclus ingensA. ingensCiesielski, Paul FAbundance estimate
4 Asteromphalus hookeriA. hookeriCiesielski, Paul FAbundance estimate
5 Asteromphalus parvulusA. parvulusCiesielski, Paul FAbundance estimate
6 Coscinodiscus elliptiporaC. elliptiporaCiesielski, Paul FAbundance estimate
7 Coscinodiscus kolbeiC. kolbeiCiesielski, Paul FAbundance estimate
8 Coscinodiscus lentiginosusC. lentiginosusCiesielski, Paul FAbundance estimate
9 Coscinodiscus lentiginosus obovatusC. lentiginosus obovatusCiesielski, Paul FAbundance estimate
10 Coscinodiscus marginatusC. marginatusCiesielski, Paul FAbundance estimate
11 Coscinodiscus vulinificusC. vulinificusCiesielski, Paul FAbundance estimate
12 Cosmiodiscus insignisC. insignisCiesielski, Paul FAbundance estimate
13 Denticulopsis hustedtiiD. hustedtiiCiesielski, Paul FAbundance estimate
14 Ethmodiscus rexE. rexCiesielski, Paul FAbundance estimate
15 Eucampia antarcticaE. antarcticaCiesielski, Paul FAbundance estimate
16 Hemidiscus cuneiformisH. cuneiformisCiesielski, Paul FAbundance estimate
17 Hemidiscus karsteniiH. karsteniiCiesielski, Paul FAbundance estimate
18 Nitzschia angulataN. angulataCiesielski, Paul FAbundance estimate
19 Nitzschia interfrigidariaN. interfrigidariaCiesielski, Paul FAbundance estimate
20 Nitzschia kerguelensisN. kerguelensisCiesielski, Paul FAbundance estimate
21 Nitzschia praeinterfrigidariaN. praeinterfrigidarCiesielski, Paul FAbundance estimate
22 Nitzschia reinholdiiN. reinholdiiCiesielski, Paul FAbundance estimate
23 Nitzschia weaveriN. weaveriCiesielski, Paul FAbundance estimate
24 Rhizosolenia barboiR. barboiCiesielski, Paul FAbundance estimate
25 Rouxia californicaR. californicaCiesielski, Paul FAbundance estimate
26 Rouxia naviculoidesR. naviculoidesCiesielski, Paul FAbundance estimate
27 Stephanopyxis turrisS. turrisCiesielski, Paul FAbundance estimate
28 Thalassiothrix spp.Thalassiothrix spp.Ciesielski, Paul FAbundance estimate
29 Dictyocha spp.Dictyocha spp.Ciesielski, Paul FAbundance estimate
30 Distephanus boliviensisD. boliviensisCiesielski, Paul FAbundance estimate
31 Distephanus boliviensis majorD. boliviensis majorCiesielski, Paul FAbundance estimate
32 Distephanus cruxD. cruxCiesielski, Paul FAbundance estimate
33 Distephanus polyactisD. polyactisCiesielski, Paul FAbundance estimate
34 Distephanus quinquangellusD. quinquangellusCiesielski, Paul FAbundance estimate
35 Naviculopsis biapiculataN. biapiculataCiesielski, Paul FAbundance estimate
36 Rocella gelidaR. gelidaCiesielski, Paul FAbundance estimate
License:
Creative Commons Attribution 3.0 Unported (CC-BY-3.0)
Size:
928 data points

Data

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

1 
Depth sed [m]		2 
Sample label		3 
A. ingens		4 
A. hookeri		5 
A. parvulus		6 
C. elliptipora		7 
C. kolbei		8 
C. lentiginosus		9 
C. lentiginosus obovatus		10 
C. marginatus		11 
C. vulinificus		12 
C. insignis		13 
D. hustedtii		14 
E. rex		15 
E. antarctica		16 
H. cuneiformis		17 
H. karstenii		18 
N. angulata		19 
N. interfrigidaria		20 
N. kerguelensis		21 
N. praeinterfrigidar		22 
N. reinholdii		23 
N. weaveri		24 
R. barboi		25 
R. californica		26 
R. naviculoides		27 
S. turris		28 
Thalassiothrix spp.		29 
Dictyocha spp.		30 
D. boliviensis		31 
D. boliviensis major		32 
D. crux		33 
D. polyactis		34 
D. quinquangellus		35 
N. biapiculata		36 
R. gelida
0.4871-514-1-1,47-49RCCRTAR
0.9971-514-1-1,98-99CCCA
1.9871-514-2-1,77-79CCCA
3.5071-514-2-2,79-81TCCTAR
5.1171-514-2-3,90-92CCRTA
6.3371-514-3-1,72-74CCTC
7.8171-514-3-2,70-72CCCCDD
9.1071-514-3-3,49-51CRCCCCCC
11.2471-514-4-1,123-125CTCTCCCC
12.7171-514-4-2,120-122CCTTTACR
13.5071-514-4-3,49-51CCTTCC
17.9571-514-5-3,54-56CTCCTTCC
19.4571-514-5-4,54-56CTCTTCCC
19.5871-514-6-1,77-79CRTCCCRAACAF
21.1171-514-6-2,80-82CCCTCAACARC
22.5871-514-6-3,77-79CTCCTCCACCC
28.1871-514-8-1,57-59CCCCCCCACA
29.6871-514-8-2,57-59TCCCCCCCCC
30.8371-514-8-3,22-24CCCCCCCCCC
32.8771-514-9-1,86-88TCCCCCATCC
34.2171-514-9-2,70-72RTCCCCCACCC
35.6471-514-9-3,63-65RCCCCTTTACCC
36.7471-514-10-1,33-35CCCCTTCCCC
38.6871-514-10-2,77-79RCCCCTCACCC
40.7771-514-10-3,136-138RCTCCRCCCTC
41.8171-514-11-1,100-102RRTCCCTCCTTDRRRF
45.7171-514-12-1,50-52CCCTCTCTARRF
46.9771-514-12-2,26-28CCCTCCCCTAFRC
48.2371-514-12-3,2-4TACTCCCTCRARF
50.2171-514-13-1,60-62CTCCCCCTCRAFF
51.6071-514-13-2,49-51CTCCCTCCCCRCRR
53.9171-514-13-3,130-132CTRCCTTTTCCR
56.0171-514-14-2,50-52CTCCTCCCR
56.0171-514-14-2,50-52
59.3771-514-15-1,96-98CCTCCTCCRCR
59.3771-514-15-1,96-98
60.6171-514-15-2,70-72CCRCCTTTCCCF
60.6171-514-15-2,70-72
62.1171-514-15-3,70-72TCCCTTCCCCC
65.3171-514-16-2,100-102TCCCTRTCTCCRR
65.3171-514-16-2,100-102
67.7171-514-17-1,50-52TCCCCCRCCDRR
67.7171-514-17-1,50-52
72.1271-514-18-1,51-53RCRCCTTTCCCDF
72.1271-514-18-1,51-53
76.7371-514-19-1,72-74CTARR
78.2371-514-19-2,72-74TTRCCTCCTTRTCCCRR
79.7371-514-19-3,72-74TCCCTTTTCTRCCTCA
81.1671-514-20-1,75-77TTTCCCTCCCRCCTCDRF
82.5971-514-20-2,68-70TCTTCCCTTCTTCTDCR
83.9871-514-20-3,57-59TTTCCCCCTTCCCDF
85.6471-514-21-1,83-85CTTTTCCTCCCCCTCCAF
90.4671-514-22-1,125-127TTCCCTCCTCTTCCTCAR
94.4971-514-23-1,88-90CTCTCRCTRTCTCTCC
96.6671-514-23-3,5-7CCTTRCTTCTTCCCTTTCARCF
98.9171-514-24-1,90-92CCTCCTCTCCCCCCTTCDCCR
100.3971-514-24-2,88-90CTTTCTCCCCCCCTTTCARR
103.3671-514-25-1,95-97CTCRRCCCCCCCCTCAR
107.7971-514-26-1,98-100CTRRCCTCCCCCTCTCAR
110.3571-514-26-3,54-56TRTRRCCCTRCCR
112.0571-514-27-1,84-86RTCTCCCCCTCCAR
113.5571-514-27-2,84-86TTCCCTCCRTTCARR
116.5171-514-28-1,90-92CTTCCCTCCARR
118.0171-514-28-2,90-92CRCCCCCCCAFR
122.2371-514-29-2,72-74RRCTTCCCCRTCCAFR
126.5771-514-30-2,66-68RCCCCCTCRCCCR
130.8771-514-31-2,56-58CCCCRCCTCCCRF
133.9871-514-32-1,77-79CCCCCCTCCCRRR
138.3671-514-33-1,75-77CCCTCCCCRCCFF
141.4171-514-33-3,80-82CCCCCCCCARF
142.7571-514-34-1,74-76CCTTCCCCCRTCAFFFRF
144.2571-514-34-2,74-76TRCCCCCTCDFFRRC
145.7571-514-34-3,74-76TTTCCTCTTCCFF
147.1471-514-35-1,73-75TCTTCCCCCCCRF
148.6471-514-35-2,73-75TCCTCCCCCCFRR
150.1471-514-35-3,73-75CCCCCCRCACRR