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
0not identified yetprior to 2010774171
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 Scapholithus fossilis
1 Braarudosphaera bigelowii
2 Coccolithus sp.
3 Coccolithus pelagicus
4 Cyclolithella annula
5 Sphenolithus moriformis
6 Discolithina japonica (q)
7 Discolithina sp.
8 Zygrhablithus bijugatus
9 Cocoolithus crassipons
10 Cocoolithus streckeri
11 Reticulofenestra sp.
12 Discoaster binodosus
13 Discoaster deflandrei
14 Chiasmolithus grandis
15 Discoaster barbadiensis
16 Sphenolithus radians
17 Calcidiscus formosus
18 Scyphosphaera sp.
19 Reticulofenestra dictyoda
20 Coccolithus eopelagicus
21 Discoaster saipanensis
22 Discoaster tanii
23 Discoaster tanii nodifer
24 Rhabdosphaera longitstylis
25 Rhabdosphaera sp.
26 Coronocyclas nitescens
27 Coronocyclus sp.
28 Cyclicargolithus floridanus
29 Chiasmolithus altus
30 Helicosphaera compacta
31 Reticulofenestra hillae
32 Reticulofenestra reticulata
33 Reticulofenestra umbilica
34 Sphenolithus predistentus
35 Dictyococcites bisectus
36 Chiasmolithus oamaruensis
37 Helicosphaera euphratis
38 Helicosphaera intermedia
39 Isthmolithus recurvus
40 Helicosphaera recta
41 Cyclicargolithus abisectus
42 Sphenolithus distentus
43 Helicosphaera obliqua
44 Helicosphaera perch-nielsenasiae
45 Sphenolithus ciperoensis
46 Sphenolithus conicus
47 Helicosphaera granulata
48 Triquetrorhabdulus carinatus
49 Sphenolithus delphix
50 Helicosphaera carteri
51 Discoaster adamanteus
52 Discoaster intercalaris
53 Discolithina japonica
54 Calcidiscus leptoporus
55 Discoaster druggii
56 Sphenolithus dissimilis
57 Helicosphaera ampliaperta
58 Sphenolithus belemnos
59 Discoaster exilis
60 Reticulofenestra pseudoumbilica
61 Rhabdosphaera clavigera
62 Rhabdosphaera stylifera
63 Sphenolithus heteromorphus
64 Coccolithus miopelagicus
65 Discoaster challengerii
66 Calcidiscus macintyrei
67 Triquetrorhabdulus rugosus
68 Discoaster kugleri
69 Sphenolithus abies
70 Helicosphaera hyalina
71 Catinaster coalithus
72 Discoaster brouweri
73 Discoaster hamatus
74 Discoaster neohamatus
75 Discoaster triradiatus
76 Helicosphaera wallichi
77 Discoaster loeblichii
78 Discoaster pansus
79 Discoaster variabilis
80 Discoaster pentaradiatus
81 Discoaster berggrenii
82 Discoaster quinqueramus
83 Discoaster surculus
84 Amaurolithus delicatus
85 Amaurolithus primus
86 Amaurolithus tricorniculatus
87 Gephyrocapsa aperta
88 Gephyrocapsa sinuosa
89 Helicosphaera sellii
90 Oolithotus antillarum
91 Syracosphaera pulchra
92 Ceratolithus rugosus
93 Discoaster tamalis
94 Discoaster asymmetricus
95 Emiliania ovata
96 Pseudoemiliania lacunosa
97 Umbilicosphaera mirabilis
98 Gephyrocapsa caribbeanica
99 Gephyrocapsa oceanica
100 Gephyrocapsa parallela
101 Helicosphaera inversa
102 Emiliania huxleyi
sample
set
0.11.96PRRRPCPPRPCFPC1_2_46cm774
0.264.96PPPRPPPRFRPRFPRFFPRA1_4_46cm774
0.346.46PPPPPCPRRPPFR1_5_46cm774
0.376.97PPPPPPPFRRFRPPCFP1_9_0cm774
0.488.96PPPFRRRRRCFP2_2_46cm774
0.5610.46PRRFPRRPPRCFP2_3_46cm774
0.6411.96PPPPFRRPRRPCF2_4_46cm774
0.8916.45PPPPPRCPPFFFRFRPRRR2_9_0cm774
0.9217.06PPRPRPRCPPPRPFCPPR3_1_46cm774
118.56PPPFRPFPFFRPCR3_2_46cm774
1.1221.56RPFFPCRRPRFFCRPP3_4_46cm774
1.1523.06PFRRCRPRRPRFP3_5_46cm774
1.1924.56PPPPPRRCRFRFRFCRR3_6_46cm774
1.2226.03PPPPPRPCPPFFPRFFPFF3_9_0cm774
1.2828.16RPRPPRFPRFRRPFRCC4_2_46cm774
1.3129.66PRRPPRFPFPRRFPCC4_3_46cm774
1.3531.16PPPPRPPRCPPPRRPRRRPPR4_4_46cm774
1.3832.66PPPPRRPCRPPRRRRRFPCP4_5_46cm774
1.4234.16RRPRRFPRFRRPPRFR4_6_46cm774
1.4635.82PRPPRPFRPRRRPRRRR4_9_0cm774
1.5137.76PPCRPPPFPCPRPRRPRC5_2_46cm774
1.5840.76PRRPPRPCRPRPRRRPRFP5_4_46cm774
1.6242.26PPRFPPRRCRPRFFRF5_5_46cm774
1.6543.76PFPPRPPFPCRPPRPRRRF5_6_46cm774
1.6744.62PFPPPPPPCRPRRPPPPRRRR5_9_0cm774
1.7447.36PFPPPPRCPPPPRPFFFFP6_2_46cm774
1.8150.36PRRRPPPPPPCPRPPRRFPPRR6_4_46cm774
1.9254.71PFPRRRPCPRRPPPPPFFPCF6_9_0cm774
1.9756.96RFRRPPPPRCPPPRPPPRRFCRR7_2_46cm774
2.0459.96PFRPRCRRFFFF7_4_46cm774
2.1464.26RPPPPRPFCPPRPRFRC7_9_0cm774
2.1966.56PRRPPPPPPRPPCPRPPPPRRPFFRRR8_2_46cm774
2.2669.56PPFPRPPRFRPPPPPFFPFR8_4_46cm774
2.3372.96RRPPPRCRPPPRRR8_9_0cm774
2.476.16PRRPRPPPRPCRPRRPPRFPFR9_2_46cm774
2.4779.16PRRRPPPPCRPPPRPPFF9_4_46cm774
2.5482.12FPPPPPRFPCRPPPPPFPRF9_9_0cm774
2.6585.76RRPPPRRRPCRPRRPPPRRFPRR10_2_46cm774
2.8188.76FRRPPPCPPRPRPPRPPR10_4_46cm774
3.0193.15PFRRPPPRRCPRPPPPPPFPPRRR10_9_0cm774
3.0495.36PFPRRPRPPPCRPPPPFPPR11_2_46cm774
3.0798.36FRPPPPRRCRPPPPPRPFFR11_4_46cm774
3.16102.42RPPPRRCPRPPPPRPPPRP11_9_0cm774
3.31104.96RRPPRPPCPRPRPRP12_2_46cm774
3.48107.96RRRPPPPRRCPRPPPRRRPRRPR12_4_46cm774
3.65112.02RPPPPPPPCPPPPRPRRPPRRR12_9_0cm774
3.72114.56PFRPPPPRRPCFPRRPPPPPRRPRP13_2_46cm774
3.79117.56PRRPPRRRRCFPRRPRPPPRP13_4_46cm774
3.89121.41PRFRPPRRPCFRPRPPPPRPRPP13_9_0cm774
3.96124.16FPRPPRRCFFRPPPP14_2_46cm774
4.98127.16RPRPPRPPCCRRPRPPRP14_4_46cm774
5.19130.55RRPRRRPCCFPPPPRRRPPP14_9_0cm774
5.48135.26FRPPPCCRRPPPP15_3_46cm774
5.66138.26FRRPPPCCPRRPPPP15_5_46cm774
5.83140.91CPRRCPCCFPRP15_9_0cm774
5.98143.36CRPPRPCAFPPP16_2_46cm774
6.16146.36CFRRRPPFPAFRPP16_4_46cm774
6.44150.92CPPPPFPARPPP16_9_0cm774
6.66154.46FRPRRFPFCFRRP17_3_46cm774
6.79156.52CRPRPFCPFPRPPPPPPPP17_9_0cm774
6.91158.46CPPPPFCFPRP18_2_46cm774
7.09161.46CRPPPFFPFPRPPPRPPPP18_4_46cm774
7.3164.91CPPPPPPPPCFPFPFPPPRRPP18_9_0cm774
7.5168.06CRPPPRCCPFPPPRPPP19_2_46cm774
7.68171.06ARRPPCFPFPRRPPRR19_4_46cm774
7.87174.32ARRPPRCRFPPRPRPPPP19_9_0cm774
8.07177.66APPPPFPCFFPFPPPP20_2_46cm774
8.24180.66ARPFPCFRPFPPP20_4_46cm774
8.5185.03ARRPPPFPPPCRPFRPPFPP20_9_0cm774
8.63187.26PAPPFPCFPRFPPRRPPP21_2_46cm774
8.81190.26APRRPRPCFPRPRRPPP21_4_46cm774
8.94192.50APPRPRCRRRRPPP21_9_0cm774
9.2196.86ARRFFPFPPRPPP22_2_46cm774
9.37199.86CRRPPRRRFPPPRPP22_4_46cm774
9.56203.12CPPPPPFPFPRFPPPP22_9_0cm774
9.76206.46CPPPPPPCPRFFRP23_2_46cm774
9.92209.46CPRPRCRFFPPP23_4_46cm774
10.13214.27FFPPPPPFPRPFFPPR23_9_0cm774
10.2216.06CRRPFPFPFCRF24_2_46cm774
10.33219.06RPCPRCPRFPPPR24_4_46cm774
10.54223.69CRPRPRPPFRFPFPFPP24_9_0cm774
10.62225.66CRFPPRPRRFFFP25_2_46cm774
10.75228.66CRRRRRCRF25_4_46cm774
10.96233.42APPPFPRPFP25_9_0cm774
11.04235.26CFRFFRRP26_2_46cm774
11.1236.76CRRFFCRF26_3_46cm774
11.17238.26CRPPPFRFRP26_4_46cm774
11.3241.34CPPPRPRFPRP26_9_0cm774
11.46244.86FFFPRR27_2_46cm774
11.59247.86FRPPRRFPRPFP27_4_46cm774
11.79252.53CPPPRPPPRPRCRRPPRP27_9_0cm774
11.87254.46FRPRRPPFPCPRRP28_2_46cm774
12257.36CRPRRRRCFPRPFPR28_4_36cm774
12.07258.96CRRPPPRPCRRPFPR28_5_46cm774
12.12260.46CRRPPPFPFPFPRRF28_6_46cm774
12.15261.32CPPPPPRFPPRPFRRPRPP28_9_0cm774
12.24264.06FRPFPRRRRCRRPPP29_2_46cm774
12.34267.06CRPPRFCRRFR29_4_46cm774
12.48271.20CRPPPPPFPPFCRPPFP29_9_0cm774
12.56273.66CRRPPRRRFRFRRR30_2_46cm774
12.66276.66CRRPPPPPRFRCFRRRF30_4_46cm774
12.75279.32CRPPRPPPFPPRRPRP30_9_0cm774
12.89283.26CRFPCPRRFRRR31_2_46cm774
12.99286.26CPPPRPCPRPPPCRRP31_4_46cm774
13.13290.46FRPPPRRPFRFPFRRFR31_9_0cm774
13.21292.86CPRPPFRRFRFRPR32_2_46cm774
13.3295.66CRRPPPRRRFPPCRRFR32_4_26cm774
13.35297.16CFPRFPRPFRFPPR32_5_26cm774
13.49299.09PARRPPPPPPRRPPPCRPRFP32_9_0cm774
13.74302.46APRPPRPPRFPCFRRRPPP33_2_46cm774
13.87304.16APPFPPFRRFFRRRP33_9_0cm774
14.46312.06APPRRFRFRCPFR34_2_46cm774
14.69315.06CFPFRFCRRFPRF34_4_46cm774
14.98318.99ARRPPPFPFPFPPRFRR34_9_0cm774
15.18321.66ARFRRRFFRRRPFR35_2_46cm774
15.4324.66APFPRFRFRRPRRRPRR35_4_46cm774
15.71328.71ARRRRCPPPFPPFRFFR35_9_0cm774
15.9331.26ARRRFRRRRRFFFRFF36_2_46cm774
16.16334.26CFFPPFRRFFFPFRR36_4_46cm774
16.48337.62CPPFCPPPPPPPFRPPRF36_9_0cm774
16.79340.86CPFFCRFRPFFFFP37_2_46cm774
17.08343.86CRRRRPRFRPRRP37_4_46cm774
17.49348.17APFPRPRRPPFPPCRPFP37_9_0cm774
17.71350.46ARFRFPFFFPCRPR38_2_46cm774
17.74350.83CRFRRPRRRFRPCRRR38_2_83cm774
18353.46AFPRCPPPPRFPFP38_4_46cm774
18.38357.52CRFPCRFPPPPRFPRF38_9_0cm774
18.77361.56ARRFFCRRRRRCPF39_3_46cm774
19.01364.34CRPPRRPPPFPPPPCPFP39_9_0cm774
19.22369.66CPPRRPRPPPPPRRRP40_2_46cm774
19.34372.66CPPRPCPRFPR40_4_46cm774
19.48376.22CPRRFPPRRPPRFP40_9_0cm774
19.6379.27ARPRCFFRPP41_2_47cm774
19.72382.27CPFACRPR41_4_47cm774
19.92387.24CPFACRPR41_9_0cm774
21.45394.24FFFPARFRPPCR42_9_0cm774
21.6398.46FFFAPRPFRRR43_2_46cm774
21.71401.46CFRRARFPRPR43_4_46cm774
21.8403.98ARPAFRRPR43_9_0cm774
22.02409.94CFPPARRRR44_3_84cm774
22.08411.62CRRPPARPPRRR44_9_0cm774
22.3417.64CRPFPAFRPFPPPFR45_2_44cm774
22.41420.64CRPRRPAPPPFPRCP45_4_44cm774
22.57425.15CFPFPPAPFPRRPPCP45_9_0cm774
22.8427.26CRRRRARFRFRRRPRP46_2_46cm774
23.19430.07CFRFRAFRFRRFR46_4_27cm774
23.33431.05CRRPFRCAFFRRFR46_9_0cm774
25.5446.46CRPRRRPAFPCRRF48_2_46cm774
25.92449.46CFFRRRARFPCRFFR48_4_46cm774
26.58454.14CRRRFRRPCFPPCPF48_9_0cm774
26.85456.06CRRRFFRRCPRRFPPCRRR49_2_46cm774
26.91456.45CRRFRPPARCRRCPPPF49_2_85cm774
27.09457.73CRFPPPAPCRRFPRR49_3_63cm774
32.37459.06CRRPRPAPPPFRPCRP49_4_46cm774
32.39459.92CPRPPPFRPAPRRFCRRRRPP49_9_0cm774
32.44462.06CRPRFRRRPRARRRFFPPRFPR50_1_36cm774
34.76463.66CRFRFFFRFFRFARF50_2_46cm774
35.08466.52CPFFRFCFFRRPCPPPFAF50_9_0cm774
35.2467.55CRFFRPRFFRRPCPRPFCR51_9_0cm774
36.08475.37CRFRFFRFRFRRFFCRR52_2_57cm774
36.43478.49CPFFRFFFFCRCPCPP52_4_69cm774
36.44478.62CPFFRFFFFCRCPCPP52_9_0cm774
36.97483.32CFFPPFCFFPPCRRCCFR53_1_42cm774
37.16485.03CPFFFCFRRPCPRAFFR53_2_63cm774
37.2485.42CRRFPRFCFRRPFFCFFR53_9_0cm774
38.22494.46CFRPPCCFFRFRFCFCP54_2_46cm774
38.56497.46CFRFCFRPPPFPFCFCP54_4_46cm774
39.09502.18RFRRPPRCFRFPCPRCRC55_9_0cm774


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.