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The onset of neoglaciation in Iceland and the 4.2 ka event
Áslaug Geirsdóttir
, Gifford H. Miller
, John T. Andrews
, David J. Harning
, Leif S. Anderson
, Christopher Florian
, Darren J. Larsen
, Thor Thordarson
Continental Scientific Drilling Facility
Research output
:
Contribution to journal
›
Article
›
peer-review
55
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Scopus citations
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Keyphrases
Iceland
100%
4.2 Ka Event
100%
Neoglaciation
100%
Summer Insolation
57%
Lake Records
57%
Summer Temperature
42%
Soil Erosion
28%
Mid-Holocene
28%
Glacier
28%
Equilibrium Line Altitude
28%
High-resolution
14%
Highlands
14%
Holocene Climate
14%
Sedimentary Record
14%
Little Ice Age
14%
Paleoclimate
14%
Glacial Lake
14%
Ice-free
14%
Local Topography
14%
Northern Hemisphere
14%
High Elevation
14%
Decreasing Trend
14%
Glacier Advance
14%
Multi-proxy
14%
Magnetic Susceptibility
14%
Carbon-13
14%
Local Soil
14%
Sea Ice
14%
Sea Surface Temperature
14%
Climate Reconstruction
14%
Catchment Characteristics
14%
Meltwater
14%
Explosive Volcanism
14%
Multiple Proxies
14%
Tephra
14%
North Atlantic Circulation
14%
Landscape Instability
14%
Catchment Disturbance
14%
Abrupt Expansion
14%
Statistical Treatment
14%
Temperature Disturbance
14%
Topographic Threshold
14%
Coastal Settings
14%
Volcanic Tephra
14%
Summer Cooling
14%
Glacial Catchment
14%
Tephra Deposition
14%
Abrupt Disturbance
14%
TOC Total Organic Carbon
14%
Earth and Planetary Sciences
Iceland
100%
Holocene
71%
Tephra
28%
Equilibrium Line
28%
Glaciers
28%
North Atlantic
14%
Sea Surface Temperature
14%
Magnetism
14%
Little Ice Age
14%
Glacial Lake
14%
Meltwater
14%
Carbon 14
14%
Northern Hemisphere
14%
Glacier Advance
14%
Magnetic Permeability
14%
Explosive Volcanism
14%
Paleoclimate Proxy
14%
Nucleation
14%
Organic Carbon
14%