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Maier, Edith; Chapligin, Bernhard; Abelmann, Andrea; Gersonde, Rainer; Esper, Oliver; Ren, Jian; Friedrichsen, Hans; Meyer, Hanno; Tiedemann, Ralf (2013): (Table S2 B) Composition of purified diatom samples of the 10-20 µm fraction determined by light microscopy of sediment core MD01-2416 [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.834256, In supplement to: Maier, E et al. (2013): Combined oxygen and silicon isotope analysis of diatom silica from a deglacial subarctic Pacific record. Journal of Quaternary Science, 28(6), 571-581, https://doi.org/10.1002/jqs.2649

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Related to:
Maier, Edith (2014): Oxygen and silicon stable isotopes of diatom silica: Reconstructing changes in surface water hydrography and silicic acid utilization in the Late Pleistocene Subarctic Pacific. PhD Thesis, University of Bremen, Germany, 125 pp, urn:nbn:de:gbv:46-00103890-18
Project(s):
Paleoenvironmental Reconstructions from Marine Sediments @ AWI (AWI_Paleo)
Coverage:
Latitude: 51.268000 * Longitude: 167.725000
Date/Time Start: 2001-06-09T20:05:00 * Date/Time End: 2001-06-09T20:05:00
Minimum DEPTH, sediment/rock: 0.06 m * Maximum DEPTH, sediment/rock: 0.94 m
Event(s):
MD01-2416 (MD012416) * Latitude: 51.268000 * Longitude: 167.725000 * Date/Time: 2001-06-09T20:05:00 * Elevation: -2317.0 m * Recovery: 44.75 m * Location: Emperor Seamounts * Campaign: MD122 (IMAGES VII - WEPAMA) * Basis: Marion Dufresne (1995) * Method/Device: Giant piston corer (GPC) * Comment: Pilot core (trigger core) available: see MD01-2416PC
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
1DEPTH, sediment/rockDepth sedmGeocode
2Depth, top/minDepth topmAbelmann, Andrea
3Depth, bottom/maxDepth botmAbelmann, Andrea
4Actinocyclus curvatulusA. curvatulus#Abelmann, Andreasize: 10-20 µm, state of particle: complete
5Actinocyclus curvatulusA. curvatulus#Abelmann, Andreasize: 10-20 µm, state of particle: 1/2
6Actinocyclus curvatulusA. curvatulus#Abelmann, Andreasize: 10-20 µm, state of particle: 1/4
7Actinocyclus ochotensisA. ochotensis#Abelmann, Andreasize: 10-20 µm, state of particle: complete
8Actinocyclus ochotensisA. ochotensis#Abelmann, Andreasize: 10-20 µm, state of particle: 1/2
9Actinocyclus ochotensisA. ochotensis#Abelmann, Andreasize: 10-20 µm, state of particle: 1/4
10Actinocyclus oculatusA. oculatus#Abelmann, Andreasize: 10-20 µm, state of particle: complete
11Actinocyclus oculatusA. oculatus#Abelmann, Andreasize: 10-20 µm, state of particle: 1/2
12Actinocyclus oculatusA. oculatus#Abelmann, Andreasize: 10-20 µm, state of particle: 1/4
13Coscinodiscus marginatusC. marginatus#Abelmann, Andreasize: 10-20 µm, state of particle: complete
14Coscinodiscus marginatusC. marginatus#Abelmann, Andreasize: 10-20 µm, state of particle: 1/2
15Coscinodiscus marginatusC. marginatus#Abelmann, Andreasize: 10-20 µm, state of particle: 1/4
16Coscinodiscus radiatusC. radiatus#Abelmann, Andreasize: 10-20 µm, state of particle: complete
17Coscinodiscus radiatusC. radiatus#Abelmann, Andreasize: 10-20 µm, state of particle: 1/2
18Coscinodiscus radiatusC. radiatus#Abelmann, Andreasize: 10-20 µm, state of particle: 1/4
19Coscinodiscus oculus-iridisC. oculus-iridis#Abelmann, Andreasize: 10-20 µm, state of particle: complete
20Coscinodiscus oculus-iridisC. oculus-iridis#Abelmann, Andreasize: 10-20 µm, state of particle: 1/2
21Coscinodiscus oculus-iridisC. oculus-iridis#Abelmann, Andreasize: 10-20 µm, state of particle: 1/4
22Coscinodiscus spp.Coscinodiscus spp.#Abelmann, Andreasize: 10-20 µm, state of particle: complete
23Coscinodiscus spp.Coscinodiscus spp.#Abelmann, Andreasize: 10-20 µm, state of particle: 1/2
24Coscinodiscus spp.Coscinodiscus spp.#Abelmann, Andreasize: 10-20 µm, state of particle: 1/4
25Thalassiosira trifultaT. trifulta#Abelmann, Andreasize: 10-20 µm, state of particle: complete
26Thalassiosira trifultaT. trifulta#Abelmann, Andreasize: 10-20 µm, state of particle: 1/2
27Thalassiosira trifultaT. trifulta#Abelmann, Andreasize: 10-20 µm, state of particle: 1/4
28Thalassiosira spp.Thalassiosira spp.#Abelmann, Andreasize: 10-20 µm, state of particle: complete
29Thalassiosira spp.Thalassiosira spp.#Abelmann, Andreasize: 10-20 µm, state of particle: 1/2
30Thalassiosira spp.Thalassiosira spp.#Abelmann, Andreasize: 10-20 µm, state of particle: 1/4
31Thalassiosira antarctica var. borealisT. antarctica var. borealis#Abelmann, Andreasize: 10-20 µm, state of particle: complete
32Thalassiosira antarctica var. borealisT. antarctica var. borealis#Abelmann, Andreasize: 10-20 µm, state of particle: 1/2
33Thalassiosira antarctica var. borealisT. antarctica var. borealis#Abelmann, Andreasize: 10-20 µm, state of particle: 1/4
34Stephanopyxis turrisS. turris#Abelmann, Andreasize: 10-20 µm, state of particle: complete
35Stephanopyxis turrisS. turris#Abelmann, Andreasize: 10-20 µm, state of particle: 1/2
36Stephanopyxis turrisS. turris#Abelmann, Andreasize: 10-20 µm, state of particle: 1/4
37Actinoptychus senariusA. senarius#Abelmann, Andreasize: 10-20 µm, state of particle: complete
38Actinoptychus senariusA. senarius#Abelmann, Andreasize: 10-20 µm, state of particle: 1/2
39Actinoptychus senariusA. senarius#Abelmann, Andreasize: 10-20 µm, state of particle: 1/4
40Rhizosolenia hebetataR. hebetata#Abelmann, Andreasize: 10-20 µm, state of particle: complete
41Rhizosolenia hebetataR. hebetata#Abelmann, Andreasize: 10-20 µm, state of particle: 1/2
42Rhizosolenia hebetataR. hebetata#Abelmann, Andreasize: 10-20 µm, state of particle: 1/4
43Porosira glacialisP. glacialis#Abelmann, Andreasize: 10-20 µm, state of particle: complete
44Porosira glacialisP. glacialis#Abelmann, Andreasize: 10-20 µm, state of particle: 1/2
45Porosira glacialisP. glacialis#Abelmann, Andreasize: 10-20 µm, state of particle: 1/4
46Stellarima stellarisS. stellaris#Abelmann, Andreasize: 10-20 µm, state of particle: complete
47Stellarima stellarisS. stellaris#Abelmann, Andreasize: 10-20 µm, state of particle: 1/2
48Stellarima stellarisS. stellaris#Abelmann, Andreasize: 10-20 µm, state of particle: 1/4
49RadiolariansRad#Abelmann, Andreasize: 10-20 µm
50Sponge spiculaeSponge spic#Abelmann, Andreasize: 10-20 µm
51Actiniscus pentasteriasA. pentasterias#Abelmann, Andreasize: 10-20 µm
52Silica, non-biogenicSiO2 non-biog#Abelmann, Andreasize: 10-20 µm
53SumSum#Abelmann, Andreasize: 10-20 µm
54DiatomsDiatoms%Abelmann, Andreasize: 10-20 µm
55ContaminationContamination%Abelmann, Andreasize: 10-20 µm
56Biogenic silica, non-diatombSiO2 non-diatom%Abelmann, Andreasize: 10-20 µm
57Silica, non-biogenicSiO2 non-biog%Abelmann, Andreasize: 10-20 µm
License:
Creative Commons Attribution 3.0 Unported (CC-BY-3.0)
Size:
504 data points

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