Staerker, Thomas Scott (1994): (Table 6) Pleistocene nannofossil range chart for ODP Hole 134-830A [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.787926, In supplement to: Staerker, TS (1994): Calcareous nannofossil biostratigraphy: Evidence for thrust faulting an sediment mixing in the accretionary complex ofthe central New Hebrides Island Arc. In: Green, HG; Collot, J-Y; Stokking, LB; et al. (eds.), Proceedings of the Ocean Drilling Program, Scientific Results, College Station, TX (Ocean Drilling Program), 134, 179-245, https://doi.org/10.2973/odp.proc.sr.134.009.1994
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Project(s):
Ocean Drilling Program (ODP)
Coverage:
Latitude: -15.950000 * Longitude: 166.780000
Date/Time Start: 1990-11-06T02:30:00 * Date/Time End: 1990-11-06T22:00:00
Minimum DEPTH, sediment/rock: 0.60 m * Maximum DEPTH, sediment/rock: 58.28 m
Event(s):
134-830A * Latitude: -15.950000 * Longitude: 166.780000 * Date/Time Start: 1990-11-06T02:30:00 * Date/Time End: 1990-11-06T22:00:00 * Elevation: -1030.0 m * Penetration: 96.9 m * Recovery: 53.77 m * Location: Coral Sea * Campaign: Leg134 * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL) * Comment: 11 core; 96.9 m cored; 0 m drilled; 55.5 % recovery
Comment:
Species abundance: H = highly abundant: 101-1000 specimens per field of view; V = very abundant: 11-100 specimens per field of view; A = abundant: 1-10 specimens per field of view; C = common: 1 specimen per 2 to 10 fields of view; F = few: 1 specimen per 11 to 100 fields of view; R = rare: 1 specimen per 101 to 1000 fields of view; S = sparse (? not defined by author), - 0 = absent. Small case letters = reworked.
Parameter(s):
| # | Name | Short Name | Unit | Principal Investigator | Method/Device | Comment |
|---|---|---|---|---|---|---|
| 1 | Epoch | Epoch | Staerker, Thomas Scott | |||
| 2 | Lithologic unit/sequence | Unit | Staerker, Thomas Scott | |||
| 3 | Nannofossil zone | Nannos zone | Staerker, Thomas Scott | |||
| 4 | Sample code/label | Sample label | Staerker, Thomas Scott | DSDP/ODP/IODP sample designation | ||
| 5 | DEPTH, sediment/rock | Depth sed | m | Geocode | ||
| 6 | Nannofossil abundance | Nannos abund | Staerker, Thomas Scott | Smear slide analysis | A = abundant (>50%); C = common (10% - 50%); F = few (1% - 10%); R = rare (<1%); B = barren | |
| 7 | Nannofossils preservation | Nannos preserv | Staerker, Thomas Scott | Smear slide analysis | E = excellent; G = good; F = fair; P = poor, M = mixed | |
| 8 | Calcidiscus leptoporus | C. leptoporus | Staerker, Thomas Scott | Smear slide analysis | ||
| 9 | Ceratolithus sp. | Ceratolithus sp. | Staerker, Thomas Scott | Smear slide analysis | ||
| 10 | Ceratolithus telesmus | C. telesmus | Staerker, Thomas Scott | Smear slide analysis | ||
| 11 | Cyclicargolithus floridanus | C. floridanus | Staerker, Thomas Scott | Smear slide analysis | ||
| 12 | Dictyococcites sp. | Dictyococcites sp. | Staerker, Thomas Scott | Smear slide analysis | ||
| 13 | Discoaster sp. | Discoaster sp. | Staerker, Thomas Scott | Smear slide analysis | ||
| 14 | Discoaster brouweri | D. brouweri | Staerker, Thomas Scott | Smear slide analysis | ||
| 15 | Discoaster pentaradiatus | D. pentaradiatus | Staerker, Thomas Scott | Smear slide analysis | ||
| 16 | Discoaster variabilis | D. variabilis | Staerker, Thomas Scott | Smear slide analysis | ||
| 17 | Discosphaera tubifer | D. tubifer | Staerker, Thomas Scott | Smear slide analysis | ||
| 18 | Emiliania huxleyi | E. huxleyi | Staerker, Thomas Scott | Smear slide analysis | ||
| 19 | Gephyrocapsa spp., small | Gephyrocapsa spp. small | Staerker, Thomas Scott | Smear slide analysis | <3.5 µm | |
| 20 | Gephyrocapsa oceanica | G. oceanica | Staerker, Thomas Scott | Smear slide analysis | 4-5.5 µm | |
| 21 | Helicosphaera kamptneri | H. kamptneri | Staerker, Thomas Scott | Smear slide analysis | ||
| 22 | Pontosphaera sp. | Pontosphaera sp. | Staerker, Thomas Scott | Smear slide analysis | ||
| 23 | Pontosphaera japonica | P. japonica | Staerker, Thomas Scott | Smear slide analysis | ||
| 24 | Reticulofenestra sp. | Reticulofenestra sp. | Staerker, Thomas Scott | Smear slide analysis | <5 µm | |
| 25 | Rhabdosphaera sp. | Rhabdosphaera sp. | Staerker, Thomas Scott | Smear slide analysis | ||
| 26 | Rhabdosphaera clavigera | R. clavigera | Staerker, Thomas Scott | Smear slide analysis | ||
| 27 | Scapholithus fossilis | S. fossilis | Staerker, Thomas Scott | Smear slide analysis | ||
| 28 | Sphenolithus neoabies | S. neoabies | Staerker, Thomas Scott | Smear slide analysis | S. neoabies/abies | |
| 29 | Syracosphaera sp. | Syracosphaera sp. | Staerker, Thomas Scott | Smear slide analysis | ||
| 30 | Syracosphaera pulchra | S. pulchra | Staerker, Thomas Scott | Smear slide analysis | ||
| 31 | Umbellosphaera irregularis | U. irregularis | Staerker, Thomas Scott | Smear slide analysis | ||
| 32 | Umbilicosphaera mirabilis | U. mirabilis | Staerker, Thomas Scott | Smear slide analysis | ||
| 33 | Umbellosphaera sp. | Umbellosphaera sp. | Staerker, Thomas Scott | Smear slide analysis | ||
| 34 | Coccolithus pelagicus | C. pelagicus | Staerker, Thomas Scott | Smear slide analysis | ||
| 35 | Pseudoemiliania lacunosa | P. lacunosa | Staerker, Thomas Scott | Smear slide analysis | ||
| 36 | Dictyococcites bisectus | D. bisectus | Staerker, Thomas Scott | Smear slide analysis | ||
| 37 | Scyphosphaera sp. | Scyphosphaera sp. | Staerker, Thomas Scott | Smear slide analysis | ||
| 38 | Sphenolithus moriformis | S. moriformis | Staerker, Thomas Scott | Smear slide analysis | ||
| 39 | Discoaster quinqueramus | D. quinqueramus | Staerker, Thomas Scott | Smear slide analysis | ||
| 40 | Discoaster surculus | D. surculus | Staerker, Thomas Scott | Smear slide analysis | ||
| 41 | Reticulofenestra callida | R. callida | Staerker, Thomas Scott | Smear slide analysis | ||
| 42 | Reticulofenestra sp. | Reticulofenestra sp. | Staerker, Thomas Scott | Smear slide analysis | 5-7 µm | |
| 43 | Ceratolithus cristatus | C. cristatus | Staerker, Thomas Scott | Smear slide analysis | ||
| 44 | Cyclicargolithus abisectus | C. abisectus | Staerker, Thomas Scott | Smear slide analysis | ||
| 45 | Reticulofenestra pseudoumbilicus | R. pseudoumbilicus | Staerker, Thomas Scott | Smear slide analysis | >7 µm | |
| 46 | Sphenolithus heteromorphus | S. heteromorphus | Staerker, Thomas Scott | Smear slide analysis |
License:
Creative Commons Attribution 3.0 Unported (CC-BY-3.0)
Size:
855 data points
Data
| 1 Epoch | 2 Unit | 3 Nannos zone | 4 Sample label (DSDP/ODP/IODP sample designation) | 5 Depth sed [m] | 6 Nannos abund (A = abundant (>50%); C = comm...) | 7 Nannos preserv (E = excellent; G = good; F = ...) | 8 C. leptoporus (Smear slide analysis) | 9 Ceratolithus sp. (Smear slide analysis) | 10 C. telesmus (Smear slide analysis) | 11 C. floridanus (Smear slide analysis) | 12 Dictyococcites sp. (Smear slide analysis) | 13 Discoaster sp. (Smear slide analysis) | 14 D. brouweri (Smear slide analysis) | 15 D. pentaradiatus (Smear slide analysis) | 16 D. variabilis (Smear slide analysis) | 17 D. tubifer (Smear slide analysis) | 18 E. huxleyi (Smear slide analysis) | 19 Gephyrocapsa spp. small (<3.5 µm, Smear slide analysis) | 20 G. oceanica (4-5.5 µm, Smear slide analysis) | 21 H. kamptneri (Smear slide analysis) | 22 Pontosphaera sp. (Smear slide analysis) | 23 P. japonica (Smear slide analysis) | 24 Reticulofenestra sp. (<5 µm, Smear slide analysis) | 25 Rhabdosphaera sp. (Smear slide analysis) | 26 R. clavigera (Smear slide analysis) | 27 S. fossilis (Smear slide analysis) | 28 S. neoabies (S. neoabies/abies, Smear slid...) | 29 Syracosphaera sp. (Smear slide analysis) | 30 S. pulchra (Smear slide analysis) | 31 U. irregularis (Smear slide analysis) | 32 U. mirabilis (Smear slide analysis) | 33 Umbellosphaera sp. (Smear slide analysis) | 34 C. pelagicus (Smear slide analysis) | 35 P. lacunosa (Smear slide analysis) | 36 D. bisectus (Smear slide analysis) | 37 Scyphosphaera sp. (Smear slide analysis) | 38 S. moriformis (Smear slide analysis) | 39 D. quinqueramus (Smear slide analysis) | 40 D. surculus (Smear slide analysis) | 41 R. callida (Smear slide analysis) | 42 Reticulofenestra sp. (5-7 µm, Smear slide analysis) | 43 C. cristatus (Smear slide analysis) | 44 C. abisectus (Smear slide analysis) | 45 R. pseudoumbilicus (>7 µm, Smear slide analysis) | 46 S. heteromorphus (Smear slide analysis) |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| upper Pleistocene | IA | CN15 | 134-830A-1H-1,60-61 | 0.60 | R | E | C | R | R | r | S | s | s | s | r | C | V | A | A | C | S | S | S | S | C | C | r | S | C | C | C | S | - | s | - | - | s | - | - | - | - | - | - | - | - |
| upper Pleistocene | IA | CN15 | 134-830A-1H-2,60-61 | 2.10 | R | E | C | R | R | r | C | s | s | s | r | C | V | A | A | C | S | S | R | S | C | C | c | S | C | C | C | S | S | s | - | - | s | - | - | - | - | - | - | - | - |
| upper Pleistocene | IA | CN15 | 134-830A-1H-3,60-61 | 3.60 | R | E | C | R | R | s | C | s | r | r | r | C | V | A | A | C | S | S | - | S | C | C | s | S | C | C | C | S | S | r | r | - | s | - | - | - | - | - | - | - | - |
| upper Pleistocene | IA | CN15 | 134-830A-1H-4,60-61 | 5.10 | R | E | C | R | R | s | C | s | r | r | r | C | V | A | A | C | S | S | - | S | C | C | s | S | C | C | C | S | S | r | - | - | s | - | - | - | - | - | - | - | - |
| upper Pleistocene | IA | CN15 | 134-830A-2H-1,30-31 | 7.30 | R | E | C | R | R | s | C | s | r | r | r | C | V | A | A | C | S | S | - | S | C | C | s | S | C | C | C | S | S | r | - | - | s | - | - | - | - | - | - | - | - |
| upper Pleistocene | IA | CN15 | 134-830A-2H-2,30-31 | 8.80 | R | E | C | R | R | s | C | s | r | r | r | C | A | A | A | C | S | S | S | S | C | C | s | S | C | C | C | S | S | r | - | R | s | - | - | - | - | R | - | - | - |
| upper Pleistocene | IA | CN15 | 134-830A-2H-3,30-31 | 10.30 | R | E | C | R | - | s | S | s | s | r | r | C | C | A | C | C | S | S | - | - | C | C | s | - | C | S | C | - | - | r | - | - | s | - | - | - | - | - | - | - | - |
| middle Pleistocene | IA | CN14b | 134-830A-2H-4,38-39 | 11.88 | R | E | C | R | - | s | S | c | s | r | r | C | - | V | A | C | S | S | - | - | C | C | s | - | C | S | C | - | - | r | - | - | s | s | r | - | - | - | - | - | - |
| middle Pleistocene | IA | CN14b | 134-830A-2H-5,30-31 | 13.30 | R | E | C | R | - | s | S | c | s | r | r | C | - | V | A | C | S | S | - | - | C | C | s | - | C | S | C | - | - | r | - | - | s | s | r | - | s | - | - | - | - |
| middle/lower Pleistocene | IA | CN14a | 134-830A-2H-6,30-31 | 14.80 | R | E | C | R | R | s | S | c | s | r | r | C | - | V | S | C | S | S | - | - | C | C | c | - | C | S | C | - | - | C | - | - | s | s | r | r | c | - | - | - | - |
| middle/lower Pleistocene | IA | CN14a | 134-830A-3H-1,100-101 | 17.50 | R | E | C | R | - | r | A | c | s | r | r | R | - | A | A | C | S | S | - | - | C | S | c | - | C | R | C | - | - | C | r | - | s | s | r | - | - | R | r | r | - |
| middle/lower Pleistocene | IB | CN14a | 134-830A-4H-1,142-143 | 27.42 | R | E | C | R | - | r | A | c | s | r | r | R | - | A | A | C | S | S | R | - | C | S | c | - | C | R | C | - | - | C | - | - | s | s | r | - | s | - | - | - | - |
| middle/lower Pleistocene | IB | CN14a | 134-830A-4H-3,76-77 | 29.76 | R | E | C | R | - | r | A | c | s | r | r | R | - | A | C | C | S | S | - | - | C | S | c | - | C | R | C | - | R | C | - | - | s | s | r | - | - | - | - | - | - |
| middle/lower Pleistocene | IB | CN14a | 134-830A-5H-1,132-133 | 31.72 | R | E | C | R | - | r | S | c | s | r | r | R | - | C | C | C | S | S | - | - | C | S | c | - | C | R | C | - | R | C | - | - | s | s | r | - | - | - | - | - | - |
| middle/lower Pleistocene | IB | CN14a | 134-830A-5H-6,78-79 | 38.68 | R | E | C | R | - | r | S | c | s | r | r | - | - | C | C | C | S | S | R | - | C | S | c | - | C | R | C | - | R | C | - | - | s | s | r | - | - | - | - | - | r |
| middle/lower Pleistocene | IB | CN14a | 134-830A-6H-1,108-109 | 40.98 | R | E | C | R | - | r | S | s | r | r | r | - | - | C | C | C | S | S | - | - | C | R | s | - | C | - | C | - | R | C | - | - | s | - | r | - | - | R | - | - | - |
| middle/lower Pleistocene | IC | CN14a | 134-830A-6H-6,12-13 | 47.52 | R | E | C | R | - | r | S | s | r | r | r | - | - | C | C | C | S | S | - | - | C | R | s | - | C | - | C | - | R | C | - | - | s | - | r | - | - | - | - | - | - |
| middle/lower Pleistocene | IC | CN14a | 134-830A-7X-1,6-7 | 48.56 | R | E | C | R | - | r | S | r | r | s | r | - | - | C | C | C | S | S | R | - | C | R | c | - | C | - | C | - | S | C | - | - | s | s | r | - | - | R | - | - | - |
| middle/lower Pleistocene | IC | CN14a | 134-830A-8X-CC,8-9 | 58.28 | R | E | S | - | - | r | R | r | r | - | - | - | - | S | S | S | S | - | - | - | S | R | s | - | S | - | C | - | - | S | - | - | s | - | r | - | - | - | - | - | - |