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Firth, John V; Sager, William W; Winterer, Edward L; Shipboard Scientific Party (2005): Range table from nannofossils in ODP Hole 143-869A [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.314799

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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/
Sager, William W; Winterer, Edward L; Firth, John V; et al. (1993): Proceedings of the Ocean Drilling Program, 143 Initial Reports. Proceedings of the Ocean Drilling Program, Ocean Drilling Program, 143, 996 pp, https://doi.org/10.2973/odp.proc.ir.143.1993
Project(s):
Coverage:
Latitude: 11.000200 * Longitude: 164.749500
Date/Time Start: 1992-05-03T07:00:00 * Date/Time End: 1992-05-04T23:30:00
Minimum DEPTH, sediment/rock: 0.76 m * Maximum DEPTH, sediment/rock: 143.72 m
Event(s):
143-869A * Latitude: 11.000200 * Longitude: 164.749500 * Date/Time Start: 1992-05-03T07:00:00 * Date/Time End: 1992-05-04T23:30:00 * Elevation: -4838.0 m * Penetration: 166.5 m * Recovery: 129.27 m * Location: North Pacific Ocean * Campaign: Leg143 * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 18 cores; 166.5 m cored; 0 m drilled; 77.6 % recovery
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
DEPTH, sediment/rockDepth sedmGeocode
Depth, compositeDepth compmcdFirth, John V
Sample code/labelSample labelFirth, John VDSDP/ODP/IODP sample designation
Nannofossil abundanceNannos abundFirth, John VAbundance estimate
Nannofossils preservationNannos preservFirth, John VAbundance estimate
Sphenolithus moriformisS. moriformisFirth, John VAbundance estimate
Discoaster spp.Discoaster spp.Firth, John VAbundance estimate
Discoaster barbadiensisD. barbadiensisFirth, John VAbundance estimate
Coccolithus pelagicusC. pelagicusFirth, John VAbundance estimate
10 Chiasmolithus grandisC. grandisFirth, John VAbundance estimate
11 Zygrhablithus bijugatusZ. bijugatusFirth, John VAbundance estimate
12 Sphenolithus spinigerS. spinigerFirth, John VAbundance estimate
13 Sphenolithus pseudoradiansS. pseudoradiansFirth, John VAbundance estimateincluding Radians
14 Reticulofenestra dictyodaR. dictyodaFirth, John VAbundance estimate
15 Nannotetrina sp.Nannotetrina sp.Firth, John VAbundance estimate
16 Fasciculithus sp.Fasciculithus sp.Firth, John VAbundance estimate
17 Discoaster lodoensisD. lodoensisFirth, John VAbundance estimate
18 Discoaster deflandreiD. deflandreiFirth, John VAbundance estimate
19 Cyclicargolithus floridanusC. floridanusFirth, John VAbundance estimate
20 Coccolithus formosusC. formosusFirth, John VAbundance estimate
21 Sphenolithus anarrhopusS. anarrhopusFirth, John VAbundance estimate
22 Rhabdosphaera sp.Rhabdosphaera sp.Firth, John VAbundance estimate
23 Pedinocyclus larvalisP. larvalisFirth, John VAbundance estimate
24 Chiasmolithus titusC. titusFirth, John VAbundance estimate
25 Chiasmolithus solitusC. solitusFirth, John VAbundance estimate
26 Chiasmolithus nitidusC. nitidusFirth, John VAbundance estimate
27 Chiasmolithus gigasC. gigasFirth, John VAbundance estimate
28 Campylosphaera delaC. delaFirth, John VAbundance estimate
29 Discoaster saipanensisD. saipanensisFirth, John VAbundance estimate
30 Striatococcolithus pacificanusS. pacificanusFirth, John VAbundance estimate
31 Discoaster nonaradiatusD. nonaradiatusFirth, John VAbundance estimate
32 Chiasmolithus consuetusC. consuetusFirth, John VAbundance estimate
33 Calcidiscus protoannulusC. protoannulusFirth, John VAbundance estimate
34 Toweius sp.Toweius sp.Firth, John VAbundance estimate
35 Nannotetrina fulgensN. fulgensFirth, John VAbundance estimate
36 Thoracosphaera sp.Thoracosphaera sp.Firth, John VAbundance estimate
37 Sphenolithus furcatolithoidesS. furcatolithoidesFirth, John VAbundance estimate
38 Discoaster sublodoensisD. sublodoensisFirth, John VAbundance estimate
39 Bramletteius serraculoidesB. serraculoidesFirth, John VAbundance estimate
40 Helicosphaera sp.Helicosphaera sp.Firth, John VAbundance estimate
41 Helicosphaera heezeniiH. heezeniiFirth, John VAbundance estimate
42 Helicosphaera compactaH. compactaFirth, John VAbundance estimate
43 Discoaster tanii nodiferD. tanii nodiferFirth, John VAbundance estimate
44 Discoaster taniiD. taniiFirth, John VAbundance estimate
45 Reticulofenestra umbilicusR. umbilicusFirth, John VAbundance estimate
46 Clausicoccus fenestratusC. fenestratusFirth, John VAbundance estimate
47 Hayaster perplexusH. perplexusFirth, John VAbundance estimate
48 Sphenolithus intercalarisS. intercalarisFirth, John VAbundance estimate
49 Reticulofenestra reticulataR. reticulataFirth, John VAbundance estimate
50 Reticulofenestra bisectaR. bisectaFirth, John VAbundance estimate
51 Discoaster binodosusD. binodosusFirth, John VAbundance estimate
52 Coronocyclus nitescensC. nitescensFirth, John VAbundance estimate
53 Sphenolithus predistentusS. predistentusFirth, John VAbundance estimate
54 Sphenolithus distentusS. distentusFirth, John VAbundance estimate
55 Blackites spinosusB. spinosusFirth, John VAbundance estimate
56 Sphenolithus tribulosusS. tribulosusFirth, John VAbundance estimate
57 Triquetrorhabdulus carinatusT. carinatusFirth, John VAbundance estimate
58 Sphenolithus ciperoensisS. ciperoensisFirth, John VAbundance estimate
59 Sphenolithus dissimilisS. dissimilisFirth, John VAbundance estimate
60 Sphenolithus conicusS. conicusFirth, John VAbundance estimate
61 Sphenolithus delphixS. delphixFirth, John VAbundance estimate
62 Discoaster variabilisD. variabilisFirth, John VAbundance estimate
63 Discoaster druggiiD. druggiiFirth, John VAbundance estimate
64 CommentCommentFirth, John VAbundance estimate
Size:
1804 data points

Data

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


Depth sed [m]

Depth comp [mcd]

Sample label

Nannos abund

Nannos preserv

S. moriformis

Discoaster spp.

D. barbadiensis

C. pelagicus
10 
C. grandis
11 
Z. bijugatus
12 
S. spiniger
13 
S. pseudoradians
14 
R. dictyoda
15 
Nannotetrina sp.
16 
Fasciculithus sp.
17 
D. lodoensis
18 
D. deflandrei
19 
C. floridanus
20 
C. formosus
21 
S. anarrhopus
22 
Rhabdosphaera sp.
23 
P. larvalis
24 
C. titus
25 
C. solitus
26 
C. nitidus
27 
C. gigas
28 
C. dela
29 
D. saipanensis
30 
S. pacificanus
31 
D. nonaradiatus
32 
C. consuetus
33 
C. protoannulus
34 
Toweius sp.
35 
N. fulgens
36 
Thoracosphaera sp.
37 
S. furcatolithoides
38 
D. sublodoensis
39 
B. serraculoides
40 
Helicosphaera sp.
41 
H. heezenii
42 
H. compacta
43 
D. tanii nodifer
44 
D. tanii
45 
R. umbilicus
46 
C. fenestratus
47 
H. perplexus
48 
S. intercalaris
49 
R. reticulata
50 
R. bisecta
51 
D. binodosus
52 
C. nitescens
53 
S. predistentus
54 
S. distentus
55 
B. spinosus
56 
S. tribulosus
57 
T. carinatus
58 
S. ciperoensis
59 
S. dissimilis
60 
S. conicus
61 
S. delphix
62 
D. variabilis
63 
D. druggii
64 
Comment
0.760.76143-869A-1H-1,76AMFFAARFfrom Leg 143 SR; Ch 33; Table 1; p 568
1.541.54143-869A-1H-2,4AMCFAAFFRCfrom Leg 143 SR; Ch 33; Table 1; p 568
3.043.04143-869A-1H-3,4APFFCCCFRfrom Leg 143 SR; Ch 33; Table 1; p 568
4.974.97143-869A-1H-4,47APFCACAfrom Leg 143 SR; Ch 33; Table 1; p 568
6.046.04143-869A-1H-5,4AMFCAAACfrom Leg 143 SR; Ch 33; Table 1; p 568
7.547.54143-869A-1H-6,4AMFCAARACfrom Leg 143 SR; Ch 33; Table 1; p 568
9.049.04143-869A-1H-7,4AP-MFCCCARFfrom Leg 143 SR; Ch 33; Table 1; p 568
11.1511.15143-869A-2H-1,145AMCCACAFfrom Leg 143 SR; Ch 33; Table 1; p 568
12.4712.47143-869A-2H-2,127AP-MCCACAAfrom Leg 143 SR; Ch 33; Table 1; p 568
13.6313.63143-869A-2H-3,93AP-MCCACAAfrom Leg 143 SR; Ch 33; Table 1; p 568
14.7514.75143-869A-2H-4,55AP-MCCACACfrom Leg 143 SR; Ch 33; Table 1; p 568
15.7815.78143-869A-2H-5,8AP-MACACACfrom Leg 143 SR; Ch 33; Table 1; p 568
17.6017.60143-869A-2H-6,40AP-MACACACfrom Leg 143 SR; Ch 33; Table 1; p 568
18.7518.75143-869A-2H-7,5AP-MCCACAfrom Leg 143 SR; Ch 33; Table 1; p 568
19.9419.94143-869A-3H-1,74AP-MCCACAfrom Leg 143 SR; Ch 33; Table 1; p 568
21.9021.90143-869A-3H-2,120AM-GAAAARRRfrom Leg 143 SR; Ch 33; Table 1; p 568
22.4522.45143-869A-3H-3,25AP-MCCARAfrom Leg 143 SR; Ch 33; Table 1; p 568
25.0925.09143-869A-3H-4,139AP-MCAAAAfrom Leg 143 SR; Ch 33; Table 1; p 568
25.4725.47143-869A-3H-5,27AMCCAARRRARRFFfrom Leg 143 SR; Ch 33; Table 1; p 568
25.4925.49143-869A-3H-5,29AMACAARRRRARFRfrom Leg 143 SR; Ch 33; Table 1; p 568
25.6025.60143-869A-3H-5,40AMCCAARRRRCFFRfrom Leg 143 SR; Ch 33; Table 1; p 568
26.2026.20143-869A-3H-5,100AMACAARARfrom Leg 143 SR; Ch 33; Table 1; p 568
26.2826.28143-869A-3H-5,108AMCCAARRRRAFfrom Leg 143 SR; Ch 33; Table 1; p 568
26.5826.58143-869A-3H-5,138AGCCRAARRRCRFFfrom Leg 143 SR; Ch 33; Table 1; p 568
26.7726.77143-869A-3H-6,7AMARAARARRfrom Leg 143 SR; Ch 33; Table 1; p 568
27.0127.01143-869A-3H-6,31AP-MFFAARRAfrom Leg 143 SR; Ch 33; Table 1; p 568
27.5327.53143-869A-3H-6,83AP-MRFAARAfrom Leg 143 SR; Ch 33; Table 1; p 568
28.0528.05143-869A-3H-6,135AP-MFFAARAfrom Leg 143 SR; Ch 33; Table 1; p 568
28.9328.93143-869A-3H-CC,16APRFARAfrom Leg 143 SR; Ch 33; Table 1; p 568
29.1029.10143-869A-4H-1,40APCCAAAFfrom Leg 143 SR; Ch 33; Table 1; p 568
29.8229.82143-869A-4H-1,112AMAAAARRFCCFFfrom Leg 143 SR; Ch 33; Table 1; p 568
30.1330.13143-869A-4H-1,143APRCAARCfrom Leg 143 SR; Ch 33; Table 1; p 568
30.2730.27143-869A-4H-2,7AMACAARRARRfrom Leg 143 SR; Ch 33; Table 1; p 568
30.9530.95143-869A-4H-2,75AP-MCAAAFRCfrom Leg 143 SR; Ch 33; Table 1; p 568
31.9231.92143-869A-4H-3,22AMAAAARCfrom Leg 143 SR; Ch 33; Table 1; p 568
32.4832.48143-869A-4H-3,78AP-MCCAARRFRRfrom Leg 143 SR; Ch 33; Table 1; p 568
32.5132.51143-869A-4H-3,81AP-MACAARRRCRCfrom Leg 143 SR; Ch 33; Table 1; p 568
32.5332.53143-869A-4H-3,83AM-GACAARRCCCfrom Leg 143 SR; Ch 33; Table 1; p 568
32.5932.59143-869A-4H-3,89AP-MCCAARFRRRFFfrom Leg 143 SR; Ch 33; Table 1; p 568
32.7832.78143-869A-4H-3,108AM-GAAAAFRRFFFfrom Leg 143 SR; Ch 33; Table 1; p 568
33.1633.16143-869A-4H-3,146AM-GAAAARFRRfrom Leg 143 SR; Ch 33; Table 1; p 568
33.2933.29143-869A-4H-4,9AM-GAAAARCFRfrom Leg 143 SR; Ch 33; Table 1; p 568
34.3334.33143-869A-4H-4,113AM-GAAAARCRCCCCFRfrom Leg 143 SR; Ch 33; Table 1; p 568
36.1036.10143-869A-4H-5,140AM-GAAAARRCRCCCfrom Leg 143 SR; Ch 33; Table 1; p 568
37.4037.40143-869A-4H-6,120AM-GAAAARFRCCCfrom Leg 143 SR; Ch 33; Table 1; p 568
38.7038.70143-869A-5H-1,50AM-GAAAAFRCFCfrom Leg 143 SR; Ch 33; Table 1; p 568
40.2040.20143-869A-5H-2,50AMAAAARFRCCCfrom Leg 143 SR; Ch 33; Table 1; p 568
41.7041.70143-869A-5H-3,50AM-GAAAARFCCCfrom Leg 143 SR; Ch 33; Table 1; p 568
44.7044.70143-869A-5H-5,50AMAAAARRCRRCCCfrom Leg 143 SR; Ch 33; Table 1; p 568
46.2046.20143-869A-5H-6,50AMAARCARCRRCCCfrom Leg 143 SR; Ch 33; Table 1; p 568
49.1049.10143-869A-6H-1,140AMAARCAFFRAFfrom Leg 143 SR; Ch 33; Table 1; p 568
50.6050.60143-869A-6H-2,140AM-GACCARFFCfrom Leg 143 SR; Ch 33; Table 1; p 568
53.2053.20143-869A-6H-4,100AMAARAARCFARfrom Leg 143 SR; Ch 33; Table 1; p 568
54.3954.39143-869A-6H-5,69AGAACARFFARAfrom Leg 143 SR; Ch 33; Table 1; p 568
56.1456.14143-869A-6H-6,94AM-GAACAFRCFRCAARfrom Leg 143 SR; Ch 33; Table 1; p 568
56.2056.20143-869A-6H-6,100AM-GAAFCARRFRFAAfrom Leg 143 SR; Ch 33; Table 1; p 568
57.2857.28143-869A-7H-1,8AM-GAACARRRRACfrom Leg 143 SR; Ch 33; Table 1; p 568
57.8857.88143-869A-7H-2,56AP-MAACAFFFCCACfrom Leg 143 SR; Ch 33; Table 1; p 568
60.8260.82143-869A-7H-4,50AM-GAACARFRFCCCARfrom Leg 143 SR; Ch 33; Table 1; p 568
62.3262.32143-869A-7H-5,50AM-GAACACRFFCAAAfrom Leg 143 SR; Ch 33; Table 1; p 568
63.8263.82143-869A-7H-6,50AGACCACRFFCAAAfrom Leg 143 SR; Ch 33; Table 1; p 568
65.3265.32143-869A-7H-7,50AGACCACRRCRFAACfrom Leg 143 SR; Ch 33; Table 1; p 568
66.8266.82143-869A-7H-8,50AM-GACCACRCRCAAAfrom Leg 143 SR; Ch 33; Table 1; p 568
67.2567.25143-869A-8H-2,50AM-GAACAFRACFCAAfrom Leg 143 SR; Ch 33; Table 1; p 568
68.7568.75143-869A-8H-3,50AGAACACRRAFRCACfrom Leg 143 SR; Ch 33; Table 1; p 568
70.7570.75143-869A-8H-4,100AGACCAFFCFRCACfrom Leg 143 SR; Ch 33; Table 1; p 568
72.2572.25143-869A-8H-5,100AGACCACAFFFCAFRfrom Leg 143 SR; Ch 33; Table 1; p 568
73.7573.75143-869A-8H-6,100AM-GACCACFCRFRCACfrom Leg 143 SR; Ch 33; Table 1; p 568
75.2575.25143-869A-8H-7,100AGACCACRRCRFCFACfrom Leg 143 SR; Ch 33; Table 1; p 568
76.2576.25143-869A-8H-8,50AGAAFACFCFCFACfrom Leg 143 SR; Ch 33; Table 1; p 568
77.1077.10143-869A-9H-1,90AGACCAFRCFCCARCfrom Leg 143 SR; Ch 33; Table 1; p 568
78.5978.59143-869A-9H-2,89AM-GACCCFRCCACfrom Leg 143 SR; Ch 33; Table 1; p 568
80.0980.09143-869A-9H-3,89AM-GCRCCCFRCRFCAfrom Leg 143 SR; Ch 33; Table 2; p. 569
81.5981.59143-869A-9H-4,89AM-GCRCRFAFRFRFCCfrom Leg 143 SR; Ch 33; Table 2; p. 569
83.1083.10143-869A-9H-5,90AMCCCFFCCFCCFCAfrom Leg 143 SR; Ch 33; Table 2; p. 569
84.5984.59143-869A-9H-6,89AP-MFCCFRCFFCFCFRCfrom Leg 143 SR; Ch 33; Table 2; p. 569
85.7985.79143-869A-9H-7,59AM-GCCCRFCCFRRFFFRfrom Leg 143 SR; Ch 33; Table 2; p. 569
86.2586.25143-869A-10X-1,55AP-MCCCRFCRCFRCAfrom Leg 143 SR; Ch 33; Table 2; p. 569
86.3686.36143-869A-10X-1,66AMCCCRRCCCFRARfrom Leg 143 SR; Ch 33; Table 2; p. 569
86.6886.68143-869A-10X-1,98AMAFCRRCCFFRFFARfrom Leg 143 SR; Ch 33; Table 2; p. 569
87.1287.12143-869A-10X-1,142AP-MRCARCCRFCARfrom Leg 143 SR; Ch 33; Table 2; p. 569
87.4887.48143-869A-10X-2,28AMCACRCARAfrom Leg 143 SR; Ch 33; Table 2; p. 569
87.7287.72143-869A-10X-2,52AMCACRFCARRCCAfrom Leg 143 SR; Ch 33; Table 2; p. 569
88.1688.16143-869A-10X-2,96AP-MCCAFFCCCRRFFRAFfrom Leg 143 SR; Ch 33; Table 2; p. 569
96.0096.00143-869A-11X-1,50AP-MFCCFFCRFFRRFFCRRFRRFfrom Leg 143 SR; Ch 33; Table 2; p. 569
97.5097.50143-869A-11X-2,50AMFCCRCFFRRRRFCfrom Leg 143 SR; Ch 33; Table 2; p. 569
98.9098.90143-869A-11X-3,40AP-MCCCRCFRRRFFfrom Leg 143 SR; Ch 33; Table 2; p. 569
100.50100.50143-869A-11X-4,50AMCFCCFRFCCFRRRFRRFFFfrom Leg 143 SR; Ch 33; Table 2; p. 569
102.00102.00143-869A-11X-5,50AMCCCFCFFCFFCCRRFRRFRRfrom Leg 143 SR; Ch 33; Table 2; p. 569
106.03106.03143-869A-12X-1,53AMCFAFCFCCCCCRRCRFFFfrom Leg 143 SR; Ch 33; Table 2; p. 569
107.71107.71143-869A-12X-2,71AP-MCCCFFRCCRRRRFRFRFFFRfrom Leg 143 SR; Ch 33; Table 2; p. 569
109.02109.02143-869A-12X-3,52AP-MCCCFFCCRFRRFRfrom Leg 143 SR; Ch 33; Table 2; p. 569
110.08110.08143-869A-12X-4,8AMCCCFRRCRCRRRRRFFfrom Leg 143 SR; Ch 33; Table 2; p. 569
112.05112.05143-869A-12X-5,55AP-MCCCFFCCRCCCRFRRFfrom Leg 143 SR; Ch 33; Table 2; p. 569
116.78116.78143-869A-13X-1,128AMCRCCCCCFCFCCCCFFRRRRFFRRfrom Leg 143 SR; Ch 33; Table 2; p. 569
118.37118.37143-869A-13X-2,137AM-GCRCCFCFCRFCCRRfrom Leg 143 SR; Ch 33; Table 2; p. 569
120.37120.37143-869A-13X-4,37AMCCCCCFRCRFCCCRRRFRFFfrom Leg 143 SR; Ch 33; Table 2; p. 569
121.14121.14143-869A-13X-5,14AMCRCCCCFRCCFFFRFFfrom Leg 143 SR; Ch 33; Table 2; p. 569
126.79126.79143-869A-14X-1,129AMCFCCRRFRCRCCFCRRFRFRFfrom Leg 143 SR; Ch 33; Table 2; p. 569
127.91127.91143-869A-14X-2,91AMCFCCRFRCRFCCCRFFRFFFfrom Leg 143 SR; Ch 33; Table 2; p. 569
131.27131.27143-869A-14X-4,127AMFFCCRRRCRCCFCRCFRFRFRfrom Leg 143 SR; Ch 33; Table 2; p. 569
132.16132.16143-869A-14X-5,66AMCCCFFRCCRCCFFFfrom Leg 143 SR; Ch 33; Table 2; p. 569
132.90132.90143-869A-14X-6,40AP-MCFFCRFRCRFCCCRRRRRRRfrom Leg 143 SR; Ch 33; Table 2; p. 569
133.11133.11143-869A-14X-CC,3RMRRfrom Leg 143 SR; Ch 33; Table 2; p. 569
136.68136.68143-869A-15X-1,118AMCCCRFFRCRCCCRRCRRRRfrom Leg 143 SR; Ch 33; Table 2; p. 569
138.17138.17143-869A-15X-2,117CPFCCRRCRRfrom Leg 143 SR; Ch 33; Table 2; p. 569
139.29139.29143-869A-15X-3,79AP-MACAFCFFCCCFCRRCRRRRfrom Leg 143 SR; Ch 33; Table 2; p. 569
140.73140.73143-869A-15X-4,73AM-GCFCCFFFCCRCCFFfrom Leg 143 SR; Ch 33; Table 2; p. 569
141.93141.93143-869A-15X-5,43AMCFCCFRRFCRFCCRFRRFRRRfrom Leg 143 SR; Ch 33; Table 2; p. 569
143.43143.43143-869A-15X-6,43AMCFCCFCRCFRRRRRCfrom Leg 143 SR; Ch 33; Table 2; p. 569
143.72143.72143-869A-15X-CC,1CPFFCFRfrom Leg 143 SR; Ch 33; Table 2; p. 569