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Nigrini, Catherine A; Mountain, Gregory S; Miller, Kenneth G; Shipboard Scientific Party (2005): Range table from radiolarians in ODP Hole 150-903C [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.315737

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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: 38.938400 * Longitude: -72.817100
Date/Time Start: 1993-06-22T03:15:00 * Date/Time End: 1993-06-30T17:00:00
Minimum DEPTH, sediment/rock: 701.82 m * Maximum DEPTH, sediment/rock: 1056.71 m
Event(s):
150-903C * Latitude: 38.938400 * Longitude: -72.817100 * Date/Time Start: 1993-06-22T03:15:00 * Date/Time End: 1993-06-30T17:00:00 * Elevation: -458.0 m * Penetration: 1149.7 m * Recovery: 323.16 m * Location: South Atlantic Ocean * Campaign: Leg150 * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 60 cores; 535.2 m cored; 0 m drilled; 60.4 % recovery
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
DEPTH, sediment/rockDepth sedmGeocode
Depth, compositeDepth compmcdNigrini, Catherine A
Sample code/labelSample labelNigrini, Catherine ADSDP/ODP/IODP sample designation
Radiolarians abundanceRad abundNigrini, Catherine AAbundance estimate
Radiolarian preservationRad preservNigrini, Catherine AAbundance estimate
Spongasteriscus marylandicusS. marylandicusNigrini, Catherine AAbundance estimate
Lychnocanoma elongataL. elongataNigrini, Catherine AAbundance estimate
Artophormis gracilisA. gracilisNigrini, Catherine AAbundance estimate
Theocyrtis annosaT. annosaNigrini, Catherine AAbundance estimate
10 Eucyrtidium diaphanesE. diaphanesNigrini, Catherine AAbundance estimate
11 Dorcadospyris ateuchusD. ateuchusNigrini, Catherine AAbundance estimate
12 Theocorys spongoconusT. spongoconusNigrini, Catherine AAbundance estimate
13 Eucyrtidium sp.Eucyrtidium sp.Nigrini, Catherine AAbundance estimate
14 Calocycletta robustaC. robustaNigrini, Catherine AAbundance estimate
15 Cyrtocapsella tetraperaC. tetraperaNigrini, Catherine AAbundance estimate
16 Cyrtocapsella cornutaC. cornutaNigrini, Catherine AAbundance estimate
17 Stichocorys wolfiiS. wolfiiNigrini, Catherine AAbundance estimate
18 Stichocorys delmontensisS. delmontensisNigrini, Catherine AAbundance estimate
19 Didymocyrtis violinaD. violinaNigrini, Catherine AAbundance estimate
20 Didymocyrtis tubariaD. tubariaNigrini, Catherine AAbundance estimate
21 Cyrtocapsella japonicaC. japonicaNigrini, Catherine AAbundance estimate
22 Calocycletta virginisC. virginisNigrini, Catherine AAbundance estimate
23 Phormostichoartus corbulaP. corbulaNigrini, Catherine AAbundance estimate
24 Didymocyrtis mammiferaD. mammiferaNigrini, Catherine AAbundance estimate
25 Didymocyrtis laticonusD. laticonusNigrini, Catherine AAbundance estimate
26 Didymocyrtis antepenultimaD. antepenultimaNigrini, Catherine AAbundance estimate
27 Diartus petterssoniD. petterssoniNigrini, Catherine AAbundance estimate
28 Lithopera neoteraL. neoteraNigrini, Catherine AAbundance estimate
29 CommentCommentNigrini, Catherine AAbundance estimate
Size:
140 data points

Data

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


Depth sed [m]

Depth comp [mcd]

Sample label

Rad abund

Rad preserv

S. marylandicus

L. elongata

A. gracilis

T. annosa
10 
E. diaphanes
11 
D. ateuchus
12 
T. spongoconus
13 
Eucyrtidium sp.
14 
C. robusta
15 
C. tetrapera
16 
C. cornuta
17 
S. wolfii
18 
S. delmontensis
19 
D. violina
20 
D. tubaria
21 
C. japonica
22 
C. virginis
23 
P. corbula
24 
D. mammifera
25 
D. laticonus
26 
D. antepenultima
27 
D. petterssoni
28 
L. neotera
29 
Comment
701.82701.82150-903C-13R-3,62RP+?From Leg 150 SR; Ch 3; Table 2; p 39
720.80720.80150-903C-15R-3,60RPT+From Leg 150 SR; Ch 3; Table 2; p 39
740.38740.38150-903C-17R-3,58RP++TTTFrom Leg 150 SR; Ch 3; Table 2; p 39
749.24749.24150-903C-18R-3,61RP---+From Leg 150 SR; Ch 3; Table 2; p 39
759.80759.80150-903C-19R-3,60RM++++++From Leg 150 SR; Ch 3; Table 2; p 39
778.68778.68150-903C-21R-3,60FP++++From Leg 150 SR; Ch 3; Table 2; p 39
788.80788.80150-903C-22R-3,60RPRFrom Leg 150 SR; Ch 3; Table 2; p 39
798.50798.50150-903C-23R-3,60RP++++From Leg 150 SR; Ch 3; Table 2; p 39
952.18952.18150-903C-39R-3,58FM++++T++++++From Leg 150 SR; Ch 3; Table 2; p 39
961.80961.80150-903C-40R-3,60RPT-From Leg 150 SR; Ch 3; Table 2; p 39
971.11971.11150-903C-41R-3,61FM?--+++TFrom Leg 150 SR; Ch 3; Table 2; p 39
1009.801009.80150-903C-45R-3,60FM+-++T?++From Leg 150 SR; Ch 3; Table 2; p 39
1032.701032.70150-903C-48R-3,60B-From Leg 150 SR; Ch 3; Table 2; p 39
1037.371037.37150-903C-49R-3,58RP+-+T++From Leg 150 SR; Ch 3; Table 2; p 39
1056.711056.71150-903C-51R-3,59RP+-+From Leg 150 SR; Ch 3; Table 2; p 39