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
0Jiang, Shijun; Wise, Sherwood W (2007): Upper Cenozoic calcareous nannofossil biostratigraphy and inferred sedimentation, ODP Leg 206, East Pacific Rise. In: Teagle, DAH; Wilson, DS; Acton, GD; Vanko, DA (eds.) Proceedings of the Ocean Drilling Program, Scientific Results, College Station, TX (Ocean Drilling Program), 206, 1-257862015-06-22552309
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 Discoaster calcaris (q)
1 Discoaster prepentaradiatus (q)
2 Discoaster sanmiguelensis (q)
3 Coccolithus pelagicus (w/ bar)
4 Sphenolithus moriformis (q)
5 Pontosphaera versa
6 Pontosphaera multipora
7 Reticulofenestra pseudoumbilicus?
8 Discoaster aulakos
9 Discoaster deflandrei
10 Scyphosphaera spp.
11 Reticulofenestra minuta
12 Reticulofenestra clavigera/procera
13 Coronocyclus nitescens
14 Cyclicargolithus floridanus (9-10 microns)
15 Helicosphaera euphratis
16 Reticulofenestra perplexa
17 Cyclicargolithus abisectus (>10micro-m)
18 Helicosphaera granulata
19 Sphenolithus compactus
20 Helicosphaera burkei
21 Helicosphaera carteri
22 Helicosphaera kamptneri
23 Discoaster adamanteus
24 Discoaster intercalaris
25 Reticulofenestra producta
26 Calcidiscus leptoporus
27 Reticulofenestra haqii
28 Umbilicosphaera jafari
29 Umbilicosphaera rotula
30 Discoaster exilis (small)
31 Discoaster moorei
32 Helicosphaera walbersdorfensis
33 Coccolithus miopelagicus
34 Discoaster challengerii
35 Calcidiscus macintyrei
36 Discoaster micros
37 Discoaster pseudovariabilis
38 Triquetrorhabdulus rugosus
39 Discoaster braarudii
40 Discoaster kugleri
41 Sphenolithus abies
42 Catinaster coalitus
43 Discoaster bellus
44 Discoaster bollii
45 Discoaster hamatus
46 Discoaster neohamatus
47 Discoaster variabilis (3 rays)
48 Reticulofenestra rotaria
49 Helicosphaera sellii
50 Syracosphaera pulchra
51 Discoaster asymmetricus
52 Reticulofenestra minutula
53 Reticulofenestra minutula
sample
set
10.0192.75RCCACCFFCACAFFCFCRCAA11_1_115cm552
10.0593.50CCACCRRVAACFCAFAFCAA11_2_40cm552
10.0994.25FCAACCFAAACCCCFCFACVV11_2_115cm552
10.1395.00CCACACCAAACCFCRFCCACVV11_3_40cm552
10.1795.75CAACARCACCACCRFCFCFCVV11_3_115cm552
10.2296.50CAACACCCCCCRCRACACVV11_4_40cm552
10.2697.25CAACAFFCACACRCFFCFACAA11_4_115cm552
10.398.00CRAACRAFRFAVCCAFCRFCCCARCAA11_5_40cm552
10.3498.75CRAAFrAFCCACCCFCCFFCCVV11_5_115cm552
10.3899.50CRAACrAFFCCACACCFCRCCAFAVV11_6_40cm552
10.42100.25CCFCCRCCCCFFCFCCCCAA11_6_115cm552
10.46101.00CRAACRCFFFACACCRRRCFVV11_7_40cm552
10.49101.50RCAACAFFFFACCCCRCRCRFVV12_1_40cm552
10.49101.53AFCAAAFAACCFFFCCCCRAA11_9_0cm552
10.53102.25CACCCRRACCFCRCRCFVV12_1_115cm552
10.57103.00CFAACARCAFCCFFFCCAA12_2_40cm552
10.61103.75CRACCRAFFCAAACRFCFCCVV12_2_115cm552
10.65104.50CCCAACFARCCFACAFCCFCFFCCFVV12_3_40cm552
10.69105.25CCFAACACACACFFCCFFCAVV12_3_115cm552
10.74106.00FAFRAACAFFFACCCCFCCRRCVV12_4_40cm552
10.78106.75RCRRAACARFACCFACCCCVV12_4_115cm552
10.81107.50FCFRAAFARFCACACCRCFCRVV12_5_40cm552
10.83108.25FCRAAFFFCACARCFCFCVV12_5_115cm552
10.85109.00RCFAACFAFFFFACACCRCCCVV12_6_40cm552
10.87109.75ACAVCFAFFFACACCRCFCCVV12_6_115cm552
10.89110.50CCFAACRAFFRVCACCRCCRCVV12_7_40cm552
10.9111.00RCFRAARCRCRCACACCRCFCVV13_1_40cm552
10.9111.04CCFRARVRAAFVAAFFFFCRFRCRVV12_9_0cm552
10.92111.80CFAACFCRFRACACFRCRRAA13_2_40cm552
10.94112.55CRCARCCRRRRACAFRCRRAA13_2_115cm552
10.96113.30FCCRAACFCFRCCACACCRCFCVV13_3_40cm552
10.98114.05FFCACRFRRRRAFCCRCRRAA13_3_115cm552
11114.80FCFFAARFCFCRFRACAFRCFRRAA13_4_40cm552
11.02115.55RCRAAACRCFACAFCCFRCAA13_4_115cm552
11.04116.30CCAARCRARFCACACCFARRCVV13_5_40cm552
11.05116.81RCCAAAFAFFCACACCRAFFCVV13_5_91cm552
11.06117.30RCCAAARARCRCACACFRAFCVV13_6_40cm552
11.07117.78RCCAACAFFRCACACRRAFFRCVV13_6_88cm552
11.08118.04CACCRVVVRCVACRFFFCRFAAA13_9_0cm552
11.14120.50RCCAVAFAFFRCACAFCFACRCVV14_1_40cm552
11.16121.25FCCAVRARARRFFCACAFCCAFFCVV14_1_115cm552
11.18122.00FACAVACACCFCACAAFRFCFRCVV14_2_40cm552
11.2122.75FACAVAFAFRFFCVAACCRCCFCVV14_2_115cm552
11.22123.50FAFAVAFAFCFFVAACFRCCCCVV14_3_40cm552
11.24124.25RCFAVRAFARRCRFVAACRFCFFFVV14_3_115cm552
11.26125.00RCCAVAFAFCRFAAACFRFCFFCVV14_4_40cm552
11.28125.75RCCAVAFARCRFAAACFFRCCFCRVV14_4_115cm552
11.3126.50CCAVAFARRCRAAAAFRFCCRFVV14_5_40cm552
11.32127.25CCAVAFACFFAAACCRCCFFVV14_5_115cm552
11.34128.00RCCAVAFAFCFFAAACFRFCFCCVV14_6_40cm552
11.36128.75ACAVAFAFCFFAAACFRCCFCVV14_6_115cm552
11.38129.50ACAVARAFCRRVAACFRRCFFCVV14_7_40cm552
11.39130.00AAAVRARARCRRAAACRFCRFRFVV15_1_40cm552
11.39130.07AAAVAVCVACCRCFCVV14_9_0cm552
11.41130.75RCAAVAFAFCFRAAACRFCFFFVV15_1_115cm552
11.43131.50RAAAVAFARCFRAAACCRCFFRVV15_2_40cm552
11.45132.25FCCAVARARFFAAACFRFCRFFCVV15_2_115cm552
11.47133.00RCCAVRARAFFRAAARCRFCRFFCRVV15_3_40cm552
11.49133.75ACAVFAFARFCACARCFCRFCFVV15_3_115cm552
11.51134.50FAAAVAFARCFRACACFFCRFCFFVV15_4_40cm552
11.53135.25RACAVAFAFCFACACFRFCCCFVV15_4_115cm552
11.54136.00ACAVACARCFRAAACCRFCCCFRVV15_5_40cm552
11.56136.75ACAVVCAFCFAAACCRCCFCFRVV15_5_115cm552
11.58137.50AAAVRAFARFRAAAACRFCFCFVV15_6_40cm552
11.61138.50RAAAVCFARCFFAAACCRCCFRFFVV15_7_40cm552
11.63139.33AACRFVVVAVCACCFCFCAA15_9_0cm552
11.64139.50AAARRVRACACCRAAACCRCCCRCFRVV16_1_40cm552
11.65140.25AAAFRVAFARCCFAAAACFFCCFCCRVV16_1_115cm552
11.67141.00AAAFRVAFAFCCRAAACCRCCFFFCVV16_2_40cm552
11.69141.75AAARFVARAFCCFAAACCRCCFFCFVV16_2_115cm552
11.71142.50AAARFVAFAFCCAAAAFFCRCCRVV16_3_40cm552
11.73143.25ACRARRVARARFFFACACFRFCFCRRVV16_3_115cm552
11.75144.00AAARFVRAFARCCFAAACCRCCCCFFCRVV16_4_40cm552
11.77144.75ACARRVARCFFACAARRFFRFRRVV16_4_115cm552
11.79145.50ACARFVAFCFCFAAACFFCFCRFFRVV16_5_40cm552
11.81146.25AAARFVACCFCFRAAACFCFRFRRRVV16_5_115cm552
11.83147.00ACAFFVARARFFFAAAFFRRFRCFVV16_6_40cm552
11.85147.75ACRAFFVAFARCCRAAAFCRCFFRFFVV16_6_115cm552
11.87148.50AAAFFVACACCFAAACCRCRRRRRRFVV16_7_40cm552
11.88148.83CACCFCRVAVAFVCACCCCRCAA16_9_0cm552
11.88149.00RAAACFVAFAFCCRAAAAFRCRRFRFVV17_1_40cm552
11.9149.75FAAAFFVAFARCCFAAAAFRCFRRRFVV17_1_115cm552
11.92150.50RAARCFFVFCCAFCRRACAAFCRFRRVV17_2_40cm552
11.94151.25FAACFFVRFACAFCFCACAAFRCRFFFVV17_2_115cm552
11.96152.00FAARCFFVAFCCACCFFACACFRFFFFFVV17_3_40cm552
11.98152.75FACRRCCFVARCCACCFFVCAACRFRRRRCVV17_3_115cm552
12153.50CACRACFVCACAFCCFACAACRFFRRRCRVV17_4_40cm552


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.