Anderson et al., 2014 Anderson RF, Barker S,
Fleisher M, Gersonde R, Goldstein SL, Kuhn G,
Mortyn PG, Pahnke K, Sachs JP:
Biological response to millennial variability of dust and
nutrient supply in the Subantarctic South Atlantic Ocean.
, Phil. Trans. R. Soc. A, 372,
20130054, 2014. http://dx.doi.org/10.1098/rsta.2013.0054.
Higgins et al., 2002
Higgins S.M., Anderson R.F., Marcantonio F.,Schlosser P., Stute M.:
Sediment focusing creates 100-ka cycles in interplanetary dust accumulation
on the Ontong Java Plateau,
Earth and Planetary Science Letters, 203, pp.
383-397, 2002. https://doi.org/10.1016/S0012-821X(02)00864-6
Lopes et al., 2015 Cristina Lopes, Michel Kucera and Alan C. Mix: Climate change decouples oceanic primary and
export productivity and organic carbon burial, PNAS, 112-2,
332-335, 2015. S.I.. https://doi.org/10.1073/pnas.1410480111
Marcantonio et al., 2020 Franco Marcantonio, Ryan Hostak,
Jennifer Hertzberg & Matthew W. Schmidt:
Deep Equatorial Pacific Ocean Oxygenation and Atmospheric CO2
Over The Last Ice Age ., Scientific Reports, 10, 6606, 2020
https://doi.org/10.1038/s41598-020-63628-x.
Dataset
John W.Drexler, W.I.Rose Jr, R.S.J.Sparks, M.T.Ledbetter: The Los
Chocoyos Ash, guatemala: A major stratigraphic marker in middle America and
in three ocean basins,Quaternary Research, 13, 327-345, 1980.
https://doi.org/10.1016/0033-5894(80)90061-7
Bereiter et al., 2015 Bernhard Bereiter, Sarah Eggleston, Jochen Schmitt
Thomas F. Stocker, Hubertus Fischer, Sepp Kipfstuhl and Jerome Chappellaz:
Revision of the EPICA Dome C CO2 record from 800 to 600 kyr before present
, GRL, 42, 542-549, 2015. https://doi.org/10.1002/2014GL061957
••• https://www.eurekalert.org/multimedia/pub/232542.php
(image of Los Chocoyos ash within the EEP core) •••
| Plots | |
| |
| MARC all data |
(pdf) (png) |
| All Data together |
| MARC all MEM |
(pdf) (png) |
| All Spectra together |
| Marc 3 |
(pdf) (png) |
230Th MAR | Data & MEM Spectrum |
| Marc 4 |
(pdf) (png) |
232 Th MAR | Data & MEM Spectrum |
| Marc 4 Ext. |
(pdf) (png) |
232 Th MAR | Looking for Los Chocoyos ash |
| Marc 5 |
(pdf) (png) |
Authigenic U | Data & MEM Spectrum |
| Marc 6 |
(pdf) (png) |
xsBa | Data & MEM Spectrum |
| Marc 7 |
(pdf) (png) |
δ 18O | Data & MEM Spectrum |
| | |
| HIGG-odp Table 1 |
(pdf) (png) |
All data together | Higgings et al., 2002, table 1 |
| HIGG-odp all LOMB |
(pdf) (png) |
Spectra | Higgins et al., 2002 |
| HIGG-rc Table 3 |
(pdf) (png) |
All data together | Higgings et al., 2002, table 3 |
| HIGG-rc all LOMB |
(pdf) (png) |
Spectra | Higgins et al., 2002 |
| | |
| LR04 |
(pdf) (png) |
δ 18O | 0-180 Ka |
| EPICA CO2 |
(pdf) (png) |
ppmv, 2 stations | Antarctica 0-150 Ka |
| LR04 & CO2 |
(pdf) (png) |
δ 18O & Talos Dome | & Composite |
| LR04 & CO2 LOMB |
(pdf) (png) |
LOMB Spectra | |
| CO2 Composite LOMB |
(pdf) (png) |
LOMB Spectrum | |
| ---------------------- | ---------------------- |
-------------------------------- | ---------------------- |
| Data | |
| |
| MARC |
.txt | 0-180Kyr |
| Marc 3 mem |
.out | | |
| Marc 4 mem |
.out | | |
| Marc 5 mem |
.out | | |
| Marc 6 mem |
.out | | |
| Marc 7 mem |
.out | | |
| HIGG odp |
.txt | ODP806C, 0-180Kyr |
| HIGG 3 lomb |
.out | | |
| HIGG 5 lomb |
.out | | |
| HIGG 7 lomb |
.out | | |
| HIGG 9 lomb |
.out | | |
| HIGG rc |
.txt | RC17-177, 0-180Kyr |
| HIGG r3 lomb |
.out | | |
| HIGG r5 lomb |
.out | | |
| HIGG r7 lomb |
.out | | |
| HIGG r9 lomb |
.out | | |
| MARC |
.txt | 0-180Kyr |
| Marc 3 mem |
.out | | |
| Marc 4 mem |
.out | | |
| Marc 5 mem |
.out | | |
| Marc 6 mem |
.out | | |
| LR04 |
.txt | | |
| LR04 LOMB |
.out | | |
| Epica Co2 |
.txt | | |
| Epica Co2 LOMB |
.out | | |
| Composite Co2 |
.txt | | |
| Composite Co2 LOMB |
.out | | |
Code
marc3.bon,
marc4.bon,
marc5.bon,
marc6.bon,
marc7.bon,
marc-all.bon,
marc-all-mem.bon,
odp-all.bon,
odp-all-mem.bon,
rc-all.bon,
rc-all-mem.bon,
lr04.bon,
epicaco2.bon,
comp-lomb.bon,
Page Written: May 27, 2013
Last Updated:
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