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Expedition 400 summary
P. C. Knutz
, A. E. Jennings
, L. B. Childress
, R. Bryant
, S. K. Cargill
, H. K. Coxall
, T. D. Frank
, G. R. Grant
, R. E. Gray
, L. Ives
, V. Kumar
, S. Le Houedec
, J. Martens
, F. Naim
, M. Nelissen
, V. Özen
,
S. Passchier
, L. F. Pérez
, J. Ren
, B. W. Romans
O. Seki, P. Staudigel, L. Tauxe, E. J. Tibbett, Y. Yokoyama, Y. Zhang, H. Zimmermann
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Earth and Environmental Studies
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peer-review
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Keyphrases
Greenland Ice Sheet (GrIS)
100%
Baffin Bay
40%
Ice Sheet
20%
Deglaciation
20%
Seafloor
20%
Predictive Models
20%
Miocene
20%
Late Cenozoic
20%
Response Change
20%
Heat Transport
20%
Global Sea Level
20%
Sedimentary Succession
20%
Atmospheric CO2
20%
Cenozoic
20%
Cryosphere
20%
Accumulation Rate
20%
Global Warming
20%
Knowledge Gaps
20%
High Accumulation
20%
Inner Shelf
20%
Trough-mouth Fan
20%
Seismic Data
20%
International Ocean Discovery Program
20%
Sedimentary Record
20%
Analytical Work
20%
Stratigraphic Succession
20%
Tectonics
20%
Climate System
20%
Earth's Climate System
20%
Deglacial
20%
Shipboard
20%
Deep Time
20%
High Arctic
20%
Mid-Pleistocene Transition
20%
Interglacial Period
20%
Contourite Drift
20%
Cenozoic Era
20%
Greenland
20%
Northern Greenland
20%
Anthropogenic Greenhouse Gas Emissions
20%
Oligocene-Early Miocene
20%
Ecosystem Condition
20%
Instability Threshold
20%
Orbital Cyclicity
20%
Downhole Logging
20%
Near-complete
20%
Glacial Inception
20%
Geologic History
20%
Northwest Greenland
20%
Wireline
20%
Fan System
20%
Earth and Planetary Sciences
Greenland
100%
Ice Sheet
85%
Miocene
28%
Oligocene
28%
Pleistocene
28%
Atmospherics
28%
Tectonics
14%
Deglaciation
14%
Pliocene
14%
Cyclicity
14%
Global Warming
14%
Accumulation Rate
14%
Holocene
14%
Contourite
14%
Cryosphere
14%
Sea Level
14%
Trough
14%
Greenhouse Gas Emission
14%
Seismic Data
14%
Interglacial Period
14%
Cenozoic Era
14%
Carbon Dioxide
14%