A marine pollen record from the Portuguese margin provides the means of correlating vegetation changes in southern Europe with North Atlantic sea-surface temperature and the marine isotope stratigraphy for the interval 180 to 345 kyr (marine isotope stages 7, 8 and 9). It reveals close correspondence between the patterns and timing of forest expansion and contraction and changes in North Atlantic sea-surface temperatures, but pronounced offsets between marine isotopic warm stage boundaries and forested intervals. Our study confirms the previous tentative observation that the latter vary in length from one stage to another and also highlights floristic differences between sites resulting from local climatic, geological and biogeographical fa...
This paper evaluates the evidence for millennial-scale variability in pollen records of the last gla...
While a growing body of evidence indicates that North Atlantic millennial-scale climate variability ...
Past sea surface water conditions of the western Iberian Margin were reconstructed based on biomarke...
A new high-resolution combined marine proxy-pollen sequence from the Portuguese margin, MD01-2443, e...
A chronological framework for the four longest European pollen sequences is developed by alignment t...
High-resolution terrestrial (pollen) and marine (planktic and benthic isotopes, coarse fraction, and...
International audienceWe present a new high-resolution marine pollen record from NW Iberian margin s...
While a growing body of evidence indicates that North Atlantic millennial-scale climate variability ...
AbstractWhile a growing body of evidence indicates that North Atlantic millennial-scale climate vari...
A broad correspondence between long pollen sequences and the deep-sea oxygen isotope record has been...
We assess the disputed phase relations between forcing and climatic response in the early Pleistocen...
Pollen and oceanographic data from deep ocean core MD95-2039 provide a centennial to millennial scal...
We assess the disputed phase relations between forcing and climatic response in the early Pleistocen...
Abstract: Pollen records, marine faunal associations and stable isotope compositions of sediments fr...
Deep-sea and terrestrial records allow to document the amplitude, timing and duration of the oceanic...
This paper evaluates the evidence for millennial-scale variability in pollen records of the last gla...
While a growing body of evidence indicates that North Atlantic millennial-scale climate variability ...
Past sea surface water conditions of the western Iberian Margin were reconstructed based on biomarke...
A new high-resolution combined marine proxy-pollen sequence from the Portuguese margin, MD01-2443, e...
A chronological framework for the four longest European pollen sequences is developed by alignment t...
High-resolution terrestrial (pollen) and marine (planktic and benthic isotopes, coarse fraction, and...
International audienceWe present a new high-resolution marine pollen record from NW Iberian margin s...
While a growing body of evidence indicates that North Atlantic millennial-scale climate variability ...
AbstractWhile a growing body of evidence indicates that North Atlantic millennial-scale climate vari...
A broad correspondence between long pollen sequences and the deep-sea oxygen isotope record has been...
We assess the disputed phase relations between forcing and climatic response in the early Pleistocen...
Pollen and oceanographic data from deep ocean core MD95-2039 provide a centennial to millennial scal...
We assess the disputed phase relations between forcing and climatic response in the early Pleistocen...
Abstract: Pollen records, marine faunal associations and stable isotope compositions of sediments fr...
Deep-sea and terrestrial records allow to document the amplitude, timing and duration of the oceanic...
This paper evaluates the evidence for millennial-scale variability in pollen records of the last gla...
While a growing body of evidence indicates that North Atlantic millennial-scale climate variability ...
Past sea surface water conditions of the western Iberian Margin were reconstructed based on biomarke...