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An iceberg drift and decay model to compute the ice-rafted debris and iceberg meltwater flux: Application to the interglacial North Atlantic
Katsumi Matsumoto
Earth and Environmental Sciences-Twin Cities
Research output
:
Contribution to journal
›
Article
›
peer-review
20
Scopus citations
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Dive into the research topics of 'An iceberg drift and decay model to compute the ice-rafted debris and iceberg meltwater flux: Application to the interglacial North Atlantic'. Together they form a unique fingerprint.
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Keyphrases
North Atlantic
100%
Iceberg
100%
Ice-rafted Debris
100%
Meltwater
100%
Decay Model
100%
Iceberg Drift Model
100%
Flow Field
37%
Iceberg Drift
37%
Atmospheric Flows
25%
North Atlantic Deep Water
25%
Oceanic Flows
25%
Greenland
12%
Ocean Surface
12%
Last Interglacial
12%
Surface Condition
12%
Far East
12%
Marine Isotope Stages
12%
Ice Volume
12%
Deep Circulation
12%
Ocean Basins
12%
Ocean Floor
12%
Core-tops
12%
Freshwater Forcing
12%
Debris Distribution
12%
Drift Path
12%
Oceanographic Conditions
12%
Debris Release
12%
Earth and Planetary Sciences
North Atlantic
100%
Meltwater
100%
Ice-Rafted Debris
100%
Iceberg
100%
Flow Distribution
27%
Atmospherics
18%
North Atlantic Deep Water
18%
Sea Bed
9%
Ocean Surface
9%
Last Interglacial
9%
Far East
9%
Greenland
9%
Spatial Variation
9%
Ocean Basin
9%
Water Circulation
9%
Annual Variation
9%