Scandinavia is generally considered to have been covered extensively with ice throughout marine isotope stages (MIS) 4-2 between 75 and 10 ka. Here we present evidence for ice-free, warm conditions in the central area of the Scandinavian glaciations during MIS 3. Our multiproxy data obtained from a lacustrine sequence in northern Finland reveal not only significant response in the northeastern sector of the Scandinavian Ice Sheet to warming during the early part of MIS 3, but also indicate rapid climate warming to present-day temperatures in this ice-free period. New climate-model simulations for interstadial conditions in MIS 3 confirm the high mean July temperatures northeast of the Scandinavian Ice Sheet in response to the high insolatio...
Continental records with absolute dates of the timing and progression of climatic conditions during ...
© 2019, The Author(s). The Last Interglacial (Eemian, MIS 5e) can be considered a test-bed for clima...
Here we report a new quantitative mean July temperature reconstruction using non-biting midges (chir...
Scandinavia is generally considered to have been covered extensively with ice throughout marine isot...
Previous assumptions of continuous ice cover of the core area of the Fennoscandian Ice Sheet, from M...
The traditional notion that Fennoscandia was glaciated throughout Marine Isotope Stages (MIS) 4–2, f...
Old sedimentological and geochronological records can be preserved underneath the central parts of t...
We describe glaci-lacustrine sediments buried under thick tills in Folldalen, south-east Norway, a s...
2010). For Fennoscandia, a relatively warm interstadial climate has been inferred by several studies...
Only fragmentary biostratigraphical interstadial data exist from northern European high latitudes. T...
Few fossil-based environmental and climate records in northern Europe are dated to Marine Isotope St...
International audienceWe simulate the last glacial inception, 115 000 years ago, with a three dimens...
Glacial rebound modelling, to establish constraints on past ice sheets from the observational eviden...
Nordic countries have experienced multiple glaciations and intervening interglacials during the last...
Glacial rebound modelling, to establish constraints on past ice sheets from the observational eviden...
Continental records with absolute dates of the timing and progression of climatic conditions during ...
© 2019, The Author(s). The Last Interglacial (Eemian, MIS 5e) can be considered a test-bed for clima...
Here we report a new quantitative mean July temperature reconstruction using non-biting midges (chir...
Scandinavia is generally considered to have been covered extensively with ice throughout marine isot...
Previous assumptions of continuous ice cover of the core area of the Fennoscandian Ice Sheet, from M...
The traditional notion that Fennoscandia was glaciated throughout Marine Isotope Stages (MIS) 4–2, f...
Old sedimentological and geochronological records can be preserved underneath the central parts of t...
We describe glaci-lacustrine sediments buried under thick tills in Folldalen, south-east Norway, a s...
2010). For Fennoscandia, a relatively warm interstadial climate has been inferred by several studies...
Only fragmentary biostratigraphical interstadial data exist from northern European high latitudes. T...
Few fossil-based environmental and climate records in northern Europe are dated to Marine Isotope St...
International audienceWe simulate the last glacial inception, 115 000 years ago, with a three dimens...
Glacial rebound modelling, to establish constraints on past ice sheets from the observational eviden...
Nordic countries have experienced multiple glaciations and intervening interglacials during the last...
Glacial rebound modelling, to establish constraints on past ice sheets from the observational eviden...
Continental records with absolute dates of the timing and progression of climatic conditions during ...
© 2019, The Author(s). The Last Interglacial (Eemian, MIS 5e) can be considered a test-bed for clima...
Here we report a new quantitative mean July temperature reconstruction using non-biting midges (chir...