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Data Publisher for Earth & Environmental Science

Gartner, Stefan; Mountain, Gregory S; Miller, Kenneth G; Shipboard Scientific Party (2005): Range table from nannofossils in ODP Hole 150-905A [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.314839

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Related to:
Mountain, Gregory S; Miller, K G; Blum, Peter; et al. (1994): Proceedings of the Ocean Drilling Program, 150 Initial Reports. Proceedings of the Ocean Drilling Program, Ocean Drilling Program, 150, 885 pp, https://doi.org/10.2973/odp.proc.ir.150.1994
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/
Project(s):
Coverage:
Latitude: 38.613800 * Longitude: -72.283700
Date/Time Start: 1993-07-04T12:00:00 * Date/Time End: 1993-07-13T07:45:00
Minimum DEPTH, sediment/rock: 218.16 m * Maximum DEPTH, sediment/rock: 581.68 m
Event(s):
150-905A * Latitude: 38.613800 * Longitude: -72.283700 * Date/Time Start: 1993-07-04T12:00:00 * Date/Time End: 1993-07-13T07:45:00 * Elevation: -2709.0 m * Penetration: 910.6 m * Recovery: 834.8 m * Location: South Atlantic Ocean * Campaign: Leg150 * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 104 cores; 890.6 m cored; 0 m drilled; 93.7 % recovery
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
DEPTH, sediment/rockDepth sedmGeocode
Depth, compositeDepth compmcdGartner, Stefan
Sample code/labelSample labelGartner, StefanDSDP/ODP/IODP sample designation
Sphenolithus abiesS. abiesGartner, StefanAbundance estimate
Reticulofenestra pseudoumbilicusR. pseudoumbilicusGartner, StefanAbundance estimate
Reticulofenestra minutulaR. minutulaGartner, StefanAbundance estimate
Reticulofenestra minutaR. minutaGartner, StefanAbundance estimate
Helicosphaera carteriH. carteriGartner, StefanAbundance estimate
Discoaster variabilisD. variabilisGartner, StefanAbundance estimate
10 Discoaster brouweriD. brouweriGartner, StefanAbundance estimate
11 Discoaster bolliiD. bolliiGartner, StefanAbundance estimate
12 Dictyococcites productusD. productusGartner, StefanAbundance estimate
13 Dictyococcites antarcticusD. antarcticusGartner, StefanAbundance estimate
14 Cryptococcolithus takayamaeC. takayamaeGartner, StefanAbundance estimate
15 Coccolithus pelagicusC. pelagicusGartner, StefanAbundance estimate
16 Coccolithus miopelagicusC. miopelagicusGartner, StefanAbundance estimate
17 Calcidiscus macintyreiC. macintyreiGartner, StefanAbundance estimate
18 Ericsonia formosaE. formosaGartner, StefanAbundance estimate
19 Discoaster neohamatusD. neohamatusGartner, StefanAbundance estimate
20 Discoaster calcarisD. calcarisGartner, StefanAbundance estimate
21 Discoaster bellusD. bellusGartner, StefanAbundance estimate
22 Discoaster barbadiensisD. barbadiensisGartner, StefanAbundance estimate
23 Triquetrorhabdulus rugosusT. rugosusGartner, StefanAbundance estimate
24 Discoaster quinqueramusD. quinqueramusGartner, StefanAbundance estimate
25 Calcidiscus leptoporusC. leptoporusGartner, StefanAbundance estimate
26 Umbilicosphaera sibogaeU. sibogaeGartner, StefanAbundance estimate
27 Pyrocyclus hermosusP. hermosusGartner, StefanAbundance estimate
28 Pseudobiscutum biobturaculumP. biobturaculumGartner, StefanAbundance estimate
29 Discolithina multiporaD. multiporaGartner, StefanAbundance estimate
30 Discolithina discoporaD. discoporaGartner, StefanAbundance estimate
31 Discoaster loeblichiiD. loeblichiiGartner, StefanAbundance estimate
32 Discoaster hamatusD. hamatusGartner, StefanAbundance estimate
33 Discoaster challengeriiD. challengeriiGartner, StefanAbundance estimate
34 Dictyococcites bisectusD. bisectusGartner, StefanAbundance estimate
35 Minylitha convallisM. convallisGartner, StefanAbundance estimate
36 Discoaster surculusD. surculusGartner, StefanAbundance estimate
37 Discoaster saipanensisD. saipanensisGartner, StefanAbundance estimate
38 Discoaster pentaradiatusD. pentaradiatusGartner, StefanAbundance estimate
39 Discoaster intercalarisD. intercalarisGartner, StefanAbundance estimate
40 Discoaster icarusD. icarusGartner, StefanAbundance estimate
41 Reticulofenestra umbilicusR. umbilicusGartner, StefanAbundance estimate
42 Sphenolithus moriformisS. moriformisGartner, StefanAbundance estimate
43 Rhabdosphaera clavigeraR. clavigeraGartner, StefanAbundance estimate
44 Discoaster asymmetricusD. asymmetricusGartner, StefanAbundance estimate
45 Discoaster berggreniiD. berggreniiGartner, StefanAbundance estimate
46 Dictyococcites abisectusD. abisectusGartner, StefanAbundance estimate
47 Cyclicargolithus floridanusC. floridanusGartner, StefanAbundance estimate
48 Tranolithus exiguusT. exiguusGartner, StefanAbundance estimate
49 Amaurolithus primusA. primusGartner, StefanAbundance estimate
50 Amaurolithus delicatusA. delicatusGartner, StefanAbundance estimate
51 Gephyrocapsa spp.Gephyrocapsa spp.Gartner, StefanAbundance estimatesmall
52 Microrhabdulus decoratusM. decoratusGartner, StefanAbundance estimate
53 Helicosphaera euphratisH. euphratisGartner, StefanAbundance estimate
54 Discoaster mooreiD. mooreiGartner, StefanAbundance estimate
55 Discoaster deflandreiD. deflandreiGartner, StefanAbundance estimate
56 Chiasmolithus grandisC. grandisGartner, StefanAbundance estimate
57 Calcidiscus tropicusC. tropicusGartner, StefanAbundance estimate
58 Braarudosphaera bigelowiiB. bigelowiiGartner, StefanAbundance estimate
59 Aspidolithus parcus constrictusA. parcus constrictusGartner, StefanAbundance estimate
60 Chiasmolithus modestusC. modestusGartner, StefanAbundance estimate
61 Isthmolithus recurvusI. recurvusGartner, StefanAbundance estimate
62 Discoaster lodoensisD. lodoensisGartner, StefanAbundance estimate
63 Helicosphaera vedderiH. vedderiGartner, StefanAbundance estimate
64 Discolithina japonicaD. japonicaGartner, StefanAbundance estimate
65 Amaurolithus amplificusA. amplificusGartner, StefanAbundance estimate
66 Discoaster signusD. signusGartner, StefanAbundance estimate
67 Chiasmolithus solitusC. solitusGartner, StefanAbundance estimate
68 Chiasmolithus eograndisC. eograndisGartner, StefanAbundance estimate
69 Lithostromation perdurumL. perdurumGartner, StefanAbundance estimate
70 Discolithina syracusanaD. syracusanaGartner, StefanAbundance estimate
71 Umbilicosphaera angustiforamenU. angustiforamenGartner, StefanAbundance estimate
72 Eiffellithus sp.Eiffellithus sp.Gartner, StefanAbundance estimate
73 Micula decussataM. decussataGartner, StefanAbundance estimate
74 Amaurolithus tricorniculatusA. tricorniculatusGartner, StefanAbundance estimate
75 Ceratolithus acutusC. acutusGartner, StefanAbundance estimate
76 Syracosphaera pulchraS. pulchraGartner, StefanAbundance estimate
77 Ceratolithus cristatusC. cristatusGartner, StefanAbundance estimate
78 Ceratolithus armatusC. armatusGartner, StefanAbundance estimate
79 Syracosphaera nodosaS. nodosaGartner, StefanAbundance estimate
80 Scapholithus fossilisS. fossilisGartner, StefanAbundance estimate
81 Pseudoemiliania lacunosaP. lacunosaGartner, StefanAbundance estimate
82 Sphenolithus radiansS. radiansGartner, StefanAbundance estimate
83 Coronocyclus nitescensC. nitescensGartner, StefanAbundance estimate
84 Helicosphaera selliiH. selliiGartner, StefanAbundance estimate
85 Chiasmolithus oamaruensisC. oamaruensisGartner, StefanAbundance estimate
86 Prediscosphaera sp.Prediscosphaera sp.Gartner, StefanAbundance estimate
87 Discoaster tamalisD. tamalisGartner, StefanAbundance estimate
88 Discoaster petaliformisD. petaliformisGartner, StefanAbundance estimate
89 Cribrocentrum reticulatumC. reticulatumGartner, StefanAbundance estimate
90 Helicosphaera wallichiiH. wallichiiGartner, StefanAbundance estimate
91 Syracosphaera laminaS. laminaGartner, StefanAbundance estimate
92 CommentCommentGartner, StefanAbundance estimate
Size:
1457 data points

Data

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


Depth sed [m]

Depth comp [mcd]

Sample label

S. abies

R. pseudoumbilicus

R. minutula

R. minuta

H. carteri

D. variabilis
10 
D. brouweri
11 
D. bollii
12 
D. productus
13 
D. antarcticus
14 
C. takayamae
15 
C. pelagicus
16 
C. miopelagicus
17 
C. macintyrei
18 
E. formosa
19 
D. neohamatus
20 
D. calcaris
21 
D. bellus
22 
D. barbadiensis
23 
T. rugosus
24 
D. quinqueramus
25 
C. leptoporus
26 
U. sibogae
27 
P. hermosus
28 
P. biobturaculum
29 
D. multipora
30 
D. discopora
31 
D. loeblichii
32 
D. hamatus
33 
D. challengerii
34 
D. bisectus
35 
M. convallis
36 
D. surculus
37 
D. saipanensis
38 
D. pentaradiatus
39 
D. intercalaris
40 
D. icarus
41 
R. umbilicus
42 
S. moriformis
43 
R. clavigera
44 
D. asymmetricus
45 
D. berggrenii
46 
D. abisectus
47 
C. floridanus
48 
T. exiguus
49 
A. primus
50 
A. delicatus
51 
Gephyrocapsa spp.
52 
M. decoratus
53 
H. euphratis
54 
D. moorei
55 
D. deflandrei
56 
C. grandis
57 
C. tropicus
58 
B. bigelowii
59 
A. parcus constrictus
60 
C. modestus
61 
I. recurvus
62 
D. lodoensis
63 
H. vedderi
64 
D. japonica
65 
A. amplificus
66 
D. signus
67 
C. solitus
68 
C. eograndis
69 
L. perdurum
70 
D. syracusana
71 
U. angustiforamen
72 
Eiffellithus sp.
73 
M. decussata
74 
A. tricorniculatus
75 
C. acutus
76 
S. pulchra
77 
C. cristatus
78 
C. armatus
79 
S. nodosa
80 
S. fossilis
81 
P. lacunosa
82 
S. radians
83 
C. nitescens
84 
H. sellii
85 
C. oamaruensis
86 
Prediscosphaera sp.
87 
D. tamalis
88 
D. petaliformis
89 
C. reticulatum
90 
H. wallichii
91 
S. lamina
92 
Comment
218.16218.16150-905A-26H-3,16FFFVRFFRFVRrRVRRVRVRVRCRVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
219.73219.73150-905A-27X-1,73CCFFFRRVRVRVRVRRCRRFrom Leg 150 SR; Ch 4; Figure 1; p 55
222.75222.75150-905A-27X-3,75RVRFVRrVRVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
224.05224.05150-905A-27X-4,55FFVRFRRVRRRVRFFrom Leg 150 SR; Ch 4; Figure 1; p 55
226.23226.23150-905A-28X-2,73VRFACVRFFVRRRVRVRFVRRRFrom Leg 150 SR; Ch 4; Figure 1; p 55
227.78227.78150-905A-28X-3,78FRRRFrom Leg 150 SR; Ch 4; Figure 1; p 55
229.25229.25150-905A-28X-4,75VRFFRVRRFVRRRFVRFRFrom Leg 150 SR; Ch 4; Figure 1; p 55
242.89242.89150-905A-30X-1,89RVRVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
244.39244.39150-905A-30X-2,89FVRVRFVRVRRRVRVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
247.40247.40150-905A-30X-4,90cfRRRVRRFRRRrVRRRFrom Leg 150 SR; Ch 4; Figure 1; p 55
250.40250.40150-905A-30X-6,90cfFRFFFRFVRVRRVRFVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
252.58252.58150-905A-31X-1,88rFCVRRFrCFrFrRrVRVRVRRFVRRrFrom Leg 150 SR; Ch 4; Figure 1; p 55
254.10254.10150-905A-31X-2,90FFVRFFRRVRVRVRVRFVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
262.20262.20150-905A-32X-1,90RFVRVRRrFrom Leg 150 SR; Ch 4; Figure 1; p 55
263.69263.69150-905A-32X-2,89rCCVRRCCRFVRVRVRVRrVRVRVRVRVRFFrom Leg 150 SR; Ch 4; Figure 1; p 55
265.19265.19150-905A-32X-3,89CCVRVRFFRFVRVRVRrVRCVRVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
266.69266.69150-905A-32X-4,89AAFVRCCFrCVRFrVRrRVRVRCRVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
269.69269.69150-905A-32X-6,89AAFRCCCCVRVRVRrFRrFrRVRVRVRVRCrRVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
271.89271.89150-905A-33X-1,89VRAAFRCCrVRCRVRRRrVRRrVRrrRRRVRCVRrVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
273.40273.40150-905A-33X-2,90VRVRCAFRRCCrFCVRVRFRVRVRVRRRVRCRrVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
274.90274.90150-905A-33X-3,90FVRFCFFFRFRRRVRVRFFrom Leg 150 SR; Ch 4; Figure 1; p 55
276.39276.39150-905A-33X-4,89FFCCVRVRFCrVRCRRrVRFVRrFVRVRCVRrFrom Leg 150 SR; Ch 4; Figure 1; p 55
277.89277.89150-905A-33X-5,89FFCCFVRFCFCVRVRRFrVRrVRVRRVRCrFrom Leg 150 SR; Ch 4; Figure 1; p 55
281.50281.50150-905A-34X-1,90FCFCFRVRVRCFCRFVRrVRVRVRFFrom Leg 150 SR; Ch 4; Figure 1; p 55
284.50284.50150-905A-34X-3,90FCFCVRVRVRFVRCVRVRRrRrVRFFrom Leg 150 SR; Ch 4; Figure 1; p 55
287.50287.50150-905A-34X-5,90FCCAFRCVRFRrFVRRFrVRVRFRVRVRCrFrom Leg 150 SR; Ch 4; Figure 1; p 55
289.00289.00150-905A-34X-6,90CCCAFRCRVRCFCRVRFFrVRVRVRVRFFrom Leg 150 SR; Ch 4; Figure 1; p 55
291.10291.10150-905A-35X-1,90RFFFVRFCFRFVRRFrVRVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
292.59292.59150-905A-35X-2,89CCCACVRCVRCrFrrCRVRRRFrVRRrVRrRVRVRVRVRFFrom Leg 150 SR; Ch 4; Figure 1; p 55
298.59298.59150-905A-35X-6,89FRRRFrom Leg 150 SR; Ch 4; Figure 1; p 55
300.51300.51150-905A-36X-1,91CCCAFVRVRCFVRFrRrCVRVRrRRVRrVRVRRVRVRVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
303.51303.51150-905A-36X-3,91CCCFRVRFCVRFVRCVRRVRRRrVRVRVRVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
305.65305.65150-905A-36X-5,91CCAFRVRCCVRCCCVRRRRVRVRVRRFrom Leg 150 SR; Ch 4; Figure 1; p 55
309.81309.81150-905A-37X-1,91FFCRRRRFFFVRrFRRVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
311.31311.31150-905A-37X-2,91CCCCFRVRCCVRCFrCRVRVRVRFFVRrVRrrVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
312.81312.81150-905A-37X-3,91FFCRVRFFRFRFFrom Leg 150 SR; Ch 4; Figure 1; p 55
314.31314.31150-905A-37X-4,91FFCFRVRRFRVRFVRrFRrrrVRrFrom Leg 150 SR; Ch 4; Figure 1; p 55
322.21322.21150-905A-38X-3,91CFCCFVRVRCVRCCFVRSRVRVRCVRVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
323.71323.71150-905A-38X-4,91FFCFCVRFVRVRFVRRFFrom Leg 150 SR; Ch 4; Figure 1; p 55
325.21325.21150-905A-38X-5,91FRVRRFrom Leg 150 SR; Ch 4; Figure 1; p 55
328.60328.60150-905A-39X-1,90CCAFFRCCVRFRRVRVRRVRVRVRrrFrom Leg 150 SR; Ch 4; Figure 1; p 55
341.20341.20150-905A-40X-3,90FFCFVRVRCFVRFFFRVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
350.93350.93150-905A-41X-3,90CCCAFRCRVRFVRVRFRVRVRVRVRVRVRrFrom Leg 150 SR; Ch 4; Figure 1; p 55
360.49360.49150-905A-42X-3,89CCCCFFCVRFVRVRFFRVRVRFrVRVRVRVRVRVRrVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
370.06370.06150-905A-43X-3,86CCCCrCVRFRVRFRFVRRcfrVRVRrrFrom Leg 150 SR; Ch 4; Figure 1; p 55
376.80376.80150-905A-44X-1,90CCCAFRCVRVRCrVRVRFFRVRVRVRVRVRVRrrFrom Leg 150 SR; Ch 4; Figure 1; p 55
379.80379.80150-905A-44X-3,90CCCCFRCFVRFVRFFVRVRrRVRVRrrVRVRrrVRVRrFrom Leg 150 SR; Ch 4; Figure 1; p 55
389.39389.39150-905A-45X-3,89CCCCFRCVRFVRVRFCRVRRrVRVRVRRVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
396.10396.10150-905A-46X-1,90CCCRRVRFFVRCFRVRVRVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
399.09399.09150-905A-46X-3,89CCCCVRRVRrCCrVRFFVRVRVRVRrVRVRRVRrFrom Leg 150 SR; Ch 4; Figure 1; p 55
408.70408.70150-905A-47X-3,90CCCCRVRVRrAVRFFFRRVRRVRrVRVRRVRVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
419.89419.89150-905A-48X-4,89CCCCRRrCFCFCRVRRFVRVRrVRVRVRVRrFrom Leg 150 SR; Ch 4; Figure 1; p 55
427.70427.70150-905A-49X-3,90CACAFRVRCRCFFRRRRRrVRVRVRrFrom Leg 150 SR; Ch 4; Figure 1; p 55
438.68438.68150-905A-50X-4,88CCCCFVRVRCVRCrVRVRCFVRVRRVRRVRVRVRrFrom Leg 150 SR; Ch 4; Figure 1; p 55
446.90446.90150-905A-51X-3,90CCCCVRFVRCRVRCVRVRFFVRVRrRrFrom Leg 150 SR; Ch 4; Figure 1; p 55
458.10458.10150-905A-52X-4,90CCCCFRCCrVRFVRVRRRVRVRVRrrVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
466.21466.21150-905A-53X-3,91CCCCFRVRCVRCVRFFFVRRRRVRVRRVRrrrrrVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
474.86474.86150-905A-54X-3,91CCCCFRRAVRCRVRVRFCRRRrVRrVRRrrVRVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
477.86477.86150-905A-54X-5,91CCCCFRCRCrRVRFCRRVRrVRVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
482.50482.50150-905A-55X-1,90FRFRFFVRFVRFRVRrRrrFrom Leg 150 SR; Ch 4; Figure 1; p 55
487.00487.00150-905A-55X-4,90VRRFFVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
493.69493.69150-905A-56X-2,89FFRVRFRFrVRFFRRFrom Leg 150 SR; Ch 4; Figure 1; p 55
530.39530.39150-905A-60X-1,89CRRRRVRVRCVRRFVRVRVRVRVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
531.89531.89150-905A-60X-2,89VRVRVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
534.89534.89150-905A-60X-4,89VRrFrom Leg 150 SR; Ch 4; Figure 1; p 55
539.99539.99150-905A-61X-1,89VRVRVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
542.99542.99150-905A-61X-3,89RVRVRRRVRCRFVRRVRVRrVRcfVRFrom Leg 150 SR; Ch 4; Figure 1; p 55
552.70552.70150-905A-62X-3,90FCCCFRcfCFVRCVRVRRRFRRRVRVRFVRVRrFrom Leg 150 SR; Ch 4; Figure 1; p 55
563.89563.89150-905A-63X-4,89CFRFFRVRVRVRRRFrom Leg 150 SR; Ch 4; Figure 1; p 55
572.09572.09150-905A-64X-3,89VRCFRVRRCRrRVRVRrFrom Leg 150 SR; Ch 4; Figure 1; p 55
581.68581.68150-905A-65X-3,88FCCFFRVRVRCFRFRVRFrom Leg 150 SR; Ch 4; Figure 1; p 55