Tabulate Neptune Occurrences from a Site

NB To get the correct list of sites you may need to set fossil group and run search, then choose site.
Charts can be very large,and a large screen is useful, you can, however, reduce both depth and width of chart by selecting a limited set of samples.
Copying to excel: if you want to have a table in excel then simply copy and paste. This will work with most browsers, and most spreadsheet programs.

Site:
Fossil Group:
Names for columns:
Sort order
Age min: Age max:
Depth min: Depth max:
Core min: Core max:
Species min: Species max:
highlight duplicate rows?:
off
nReference source date set rows
0Raffi, I., and Flores, J.-A., 1995. Pleistocene through Miocene calcareous nannofossils from eastern equatorial Pacific Ocean (Leg 138). In Pisias, N.G., Mayer, L.A., Janecek, T.R., Palmer-Julson, A., and van Andel, T.H. (Eds.), Proc. ODP, Sci. Results, 138: College Station, TX (Ocean Drilling Program), 233–286.prior to 201013778
1Raffi, I., and Flores, J.-A., 1995. Pleistocene through Miocene calcareous nannofossils from eastern equatorial Pacific Ocean (Leg 138). In Pisias, N.G., Mayer, L.A., Janecek, T.R., Palmer-Julson, A., and van Andel, T.H. (Eds.), Proc. ODP, Sci. Results, 138: College Station, TX (Ocean Drilling Program), 233–286.prior to 201013880
If more than one reference is listed then the set column can be used to identify which data rows come from which reference.





Age(Ma)mbsf
0 Coccolithus pelagicus
1 Discoaster deflandrei
2 Coronocyclus nitescens
3 Cyclicargolithus floridanus
4 Helicosphaera intermedia
5 Triquetrorhabdus milowii
6 Discoaster adamanteus
7 Discoaster formosus
8 Discoaster intercalaris
9 Calcidiscus leptoporus
10 Geminilithella rotula
11 Triquetrorhabdulus serratus
12 Helicosphaera ampliaperta
13 Discoaster exilis
14 Discoaster moorei
15 Discoaster signus
16 Reticulofenestra pseudoumbilicus
17 Rhabdosphaera clavigera
18 Sphenolithus heteromorphus
19 Coccolithus miopelagicus
20 Discoaster musicus
21 Calcidiscus macintyrei
22 Discoaster pseudovariabilis
23 Triquetrorhabdulus rugosus
24 Discoaster kugleri
25 Helicosphaera hyalina
26 Catinaster coalitus
27 Discoaster bollii
28 Discoaster brouweri
29 Discoaster calcaris
30 Discoaster hamatus
31 Discoaster neohamatus
32 Discoaster triradiatus
33 Minylitha convallis
34 Discoaster loeblichii
35 Discoaster neorectus
36 Discoaster variabilis
37 Discoaster pentaradiatus
38 Discoaster berggrenii
39 Discoaster quinqueramus
40 Discoaster surculus
41 Amaurolithus delicatus
42 Amaurolithus primus
43 Amaurolithus tricorniculatus
44 Amaurolithus amplificus
45 Reticulofenestra rotaria
46 Ceratolithus acutus
47 Ceratolithus armatus
48 Helicosphaera sellii
49 Ceratolithus cristatus
50 Ceratolithus rugosus
51 Ceratolithus telesmus
52 Discoaster tamalis
53 Discoaster asymmetricus
54 Pseudoemiliania lacunosa
55 Gephyrocapsa oceanica
56 Gephyrocapsa omega
sample
set
0.515.70CRRF2_6_120cm137
0.5916.20CRF2_7_20cm137
0.6916.79CFF2_99_5cm137
0.7116.92CFFFF3_1_42cm137
0.9526.40CAF4_1_40cm137
1.0932.42CAFF4_5_42cm137
1.1133.20CCAFR4_5_120cm137
1.1333.95CARR4_6_45cm137
1.1534.70CA4_6_120cm137
1.1635.20CA4_7_20cm137
1.1735.54CRA4_7_54cm137
1.1835.99FFA5_1_49cm137
1.2538.90CA5_3_40cm137
1.2739.70CFRA5_3_120cm137
1.2940.40CRRA5_4_40cm137
1.3643.42CAF5_6_42cm137
1.4145.39CFAC6_1_39cm137
1.4848.39CRAC6_3_39cm137
1.549.20RCFCC6_3_120cm137
1.5249.89FCFFRAC6_4_39cm137
1.5551.40CCFCC6_5_40cm137
1.5852.70RCCFAF6_6_20cm137
1.5952.90CCCFAF6_6_40cm137
1.6153.74FCFRRFFC6_99_5cm137
1.7860.90CFFFRA7_5_40cm137
1.9266.70CCCCC8_2_120cm137
1.9467.43FCA8_3_43cm137
1.9668.20CCRRCA8_3_120cm137
1.9668.40CCCFFA8_3_140cm137
1.9869.19CCRFFFRRA8_4_69cm137
2.1978.60CCCFFC9_4_60cm137
2.383.60CCCRA10_1_60cm137
2.3284.35CCFFRA10_1_135cm137
2.3385.10CCRCFFA10_2_60cm137
2.3786.60CCCCFC10_3_60cm137
2.4389.60CRCFFFRFRFC10_5_60cm137
2.6599.10CCFFFFRC11_5_60cm137
2.77104.70FCFCFFFRC12_2_120cm137
2.79105.60CCFFFRFFFC12_3_60cm137
2.86108.60CFCFCFFFFFC12_5_60cm137
2.94112.10CFCCFFRCRFRFA13_1_60cm137
3.13120.90FCFFFFFFC13_7_40cm137
3.22124.60CCCFFFFFFC14_3_60cm137
3.23125.20FRCCFFFFCA14_3_120cm137
3.25126.10CCFFFRFRFFFA14_4_60cm137
3.26126.70FRCCFFRFFRFCC14_4_120cm137
3.28127.60FFCFFCFRFFFRFC14_5_60cm137
3.35130.46FFCFFFFFC14_99_3cm137
3.36131.10FCFCFFFRFF15_1_60cm137
3.46134.10FFCRCCFRRFFFR15_3_60cm137
3.66139.90FFCFCRCRRFFRRF15_7_40cm137
3.67140.13CCCCFCRRRFFF15_7_63cm137
3.68140.45CFCFCFCFFFRFR15_99_13cm137
3.69140.60FFCFCFFFFFFR16_1_60cm137
4.31145.10CFCRCFFFFCFC16_4_60cm137
4.45150.00CFCCCCFFRFCRRR17_1_50cm137
4.47150.70CFCCCFCRFF17_1_120cm137
4.5151.50CFCFCFRRRCRRR17_2_50cm137
4.52152.20CCCRFCFRFRR17_2_120cm137
4.63156.00RCFFRRRFRCRR17_5_50cm137
4.73159.50CFCFFFFFRCR18_1_50cm137
4.81162.50CCFRFFFRFRRCF18_3_50cm137
4.94167.00FCFFFFCFRRRCR18_6_50cm137
4.97168.13RFFFFFFRCFF18_7_13cm137
4.99168.90CCCFFFFRCF19_1_40cm137
5168.97FCFCRFFF18_99_13cm137
5.02169.70FCFFFFRFFF19_1_120cm137
5.08171.90CCFFFFCRF19_3_40cm137
5.1172.70CFCFFFRFFCFF19_3_120cm137
5.12173.40FFCFFFFRCR19_4_40cm137
5.35181.50CFCCCCFFFFFCF20_3_50cm137
5.37182.20CFCCCCFRFRFF20_3_120cm137
5.4183.00FFCCCFCRRRC20_4_50cm137
5.44184.50FFCCCFCFFRR20_5_50cm137
5.63191.00CFCFCFFFRRR21_3_50cm137
5.67192.50CFCAFFFR21_4_50cm137
5.67192.50CFCRRFRFFRFC21_4_50cm138
5.69193.20CFCRFFFFFFFC21_4_120cm138
5.71194.00FCFFRFFFF21_5_50cm138
5.8197.00CCCCRFRFFF21_7_50cm138
5.91200.50FCCRFFFFFRC22_3_50cm138
6.11207.00CCFFCRFRFFAC23_1_50cm138
6.2210.00FCAFFFFFFF23_3_50cm138
6.22210.70FCFRCFFRFFCRRR23_3_120cm138
6.24211.50RFCFCRFFRRFFFR23_4_50cm138
6.29213.00RCRCFRFRFFFR23_5_50cm138
6.38216.15CFCFFCFRRRFRFR23_99_10cm138
6.4216.60CFCCRFRFRRFFFR24_1_40cm138
6.49219.60FFCRCFRFRFR24_3_40cm138
6.58222.60FRCCCFRRFRRR24_5_40cm138
6.66225.45RFCFCFFRRR24_7_25cm138
6.69226.40CCFCFFRF25_1_50cm138
6.73227.79CCCCRFCFF25_2_39cm138
6.78229.30CCCCCF25_3_40cm138
6.86232.06FCCCFFCFRF25_5_16cm138
7.66258.50FRCFFFFFR28_3_60cm138
8.36264.80CCCFFRR29_1_60cm138
8.41266.30FCFFRRR29_2_60cm138
8.46267.80CCFFCF29_3_60cm138
8.51269.30CCFFCCR29_4_60cm138
8.53269.90FCRRRF29_4_120cm138
8.56270.80CCFRRRCR29_5_60cm138
8.58271.40CRCFRRFCR29_5_120cm138
8.68274.50FFFRCFFCFF30_1_60cm138
8.73276.00FFFRCFFCF30_2_60cm138
8.78277.50FFFRCFFFFR30_3_60cm138
8.83279.00FFFRCFFAR30_4_60cm138
8.98283.30CRCRFFF30_7_40cm138
9.15288.60FFFCRFCR31_4_60cm138
9.3292.90FRFFFCFRRF31_7_40cm138
9.33293.70FFFCFR32_1_60cm138
9.38295.20FRRARF32_2_60cm138
9.43296.70CFFFAFFF32_3_60cm138
9.48298.20CFRCRC32_4_60cm138
9.53299.70FRCFRRF32_5_60cm138
9.55300.30FRCCRC32_5_120cm138
9.58301.20FCCF32_6_60cm138
9.6301.80RCFAFFFCF32_6_120cm138
9.61302.20FFCRRF32_7_10cm138
9.65303.40RFCC33_1_60cm138
9.8307.90FFRCRR33_4_60cm138
9.82308.50CFCARRR33_4_120cm138
10.82309.40RRFFC33_5_60cm138
10.85310.00RRCFCFRRRRC33_5_120cm138
10.9310.90FRCFFACRRRRRC33_6_60cm138
10.93311.50FRCCCRACRCRRC33_6_120cm138
10.97312.14CRCCFRAARCF33_7_34cm138
11.1314.50FRCFRCCRRRR34_2_60cm138
11.26317.50FRCFRCCRRRR34_4_60cm138
11.51322.00FRCFRACRRRF34_7_60cm138
11.58323.20FRCRRACFRRF35_1_120cm138
11.66324.70FRCRRACFRFF35_2_120cm138
11.83327.70FRCRFACFFCF35_4_120cm138
11.99330.70FRCRRACFFCF35_6_120cm138
12.07332.06CRCCRAAFCFF36_1_36cm138
12.32336.60CRCCAARRR36_4_40cm138
12.5339.88CRCFAACFRR36_6_68cm138
12.61341.88FCRFRACARRF37_1_58cm138
12.76344.56FFRFRRACAFR37_3_26cm138
13.22353.00FRRCFACC38_2_50cm138
13.31354.50FFRRRFRAAFR38_3_50cm138
13.51358.20FFFFRCCF38_5_120cm138
13.56359.00RFRCCCFAFR38_6_50cm138
13.59359.70FCRFRCCF38_6_120cm138
13.61360.01FFCFFFFFCF38_99_10cm138
14.2370.70RFFFFCC40_1_40cm138
14.32372.80FFACF40_2_100cm138
14.41374.50FCCCCCF40_3_120cm138
14.6377.90CCFCRCCC40_99_10cm138
14.91383.50RFRFRFRFCF41_3_60cm138
15.09386.77CFRFCCF41_99_9cm138
15.29390.39CRCRFCAAC42_1_79cm138
15.31390.73RCCRFFFFRCCAC42_1_113cm138
15.32390.90CFRRFCFRFFACC42_99_12cm138
15.78399.23AFFRRRFFRAAC43_99_3cm138
16.5412.25ACFRAFFACF44_3_60cm138


Colour coding: this is based on comparing the standard range of the taxon (from the mikrotax database) with the age of the sample (from the Neptune database).
Pink shading - the sample age is too young for the taxon; any occurrences are shown in red - and may be due to reworking.
Green shading - the sample age is correct for the taxon to occur
Grey shading - the sample is too old for the taxon; any occurrences are shown in magenta White/no shading - non-standard taxon and so there is no predicted age-range.