This research presents the planktonic foraminiferal assemblage variation of four western Mediterranean Sea cores since the Last Glacial Termination. The Holocene epoch represents the current interglacial since the Last Glacial Termination ~11,600 cal years ago. Extensive palaeoenvironmental research has verified the ability of planktonic foraminiferal abundances to record climatic and environmental variations. This research utilises planktonic foraminiferal abundance and morphological asymmetry to establish new biostratigraphic applications and to reconstruct Holocene palaeoenvironmental conditions. The chronology of this research is validated by 14C-AMS dating. The potential of utilising variations in the coiling direction of Globorotalia...
Planktonic foraminiferal assemblages were studied at high-resolution in core KC01B from the Ionian S...
The climate evolution of the last 2700 years in the central - western Mediterranean Sea has been rec...
Three eastern Mediterranean deep-sea cores, all from the Ionian Sea, have been investigated to asses...
The Mediterranean is a semi-enclosed sea, ideally located for recording and amplifying global climat...
This paper highlights the planktonic foraminiferal abundance variations during the last glacial cycl...
Detailed study of associations of planktonic foraminifera in cores MD95-2043 and ODP 977, located in...
This research presents a detailed study of the planktonic foraminiferal records of eleven sediment c...
The planktonic foraminiferal species Globorotalia truncatulinoides is widely used as a biostratigrap...
The planktonic foraminiferal species Globorotalia truncatulinoides is widely used as a biostratigrap...
The planktonic foraminiferal species Globorotalia truncatulinoides is widely used as a biostratigrap...
The paleoenvironmental conditions through MIS 15-9 at the Mediterranean Ocean Drilling Program (ODP)...
The increase in anthropogenic induced warming over the last two centuries is impacting marine enviro...
A quantitative study of planktonic foraminiferal assemblages has been performed on 7 box cores from ...
The paleoenvironmental conditions through MIS 15-9 at the Mediterranean Ocean Drilling Program (ODP)...
A high-resolution study (centennial scale) has been performed on the calcareous plankton assemblage ...
Planktonic foraminiferal assemblages were studied at high-resolution in core KC01B from the Ionian S...
The climate evolution of the last 2700 years in the central - western Mediterranean Sea has been rec...
Three eastern Mediterranean deep-sea cores, all from the Ionian Sea, have been investigated to asses...
The Mediterranean is a semi-enclosed sea, ideally located for recording and amplifying global climat...
This paper highlights the planktonic foraminiferal abundance variations during the last glacial cycl...
Detailed study of associations of planktonic foraminifera in cores MD95-2043 and ODP 977, located in...
This research presents a detailed study of the planktonic foraminiferal records of eleven sediment c...
The planktonic foraminiferal species Globorotalia truncatulinoides is widely used as a biostratigrap...
The planktonic foraminiferal species Globorotalia truncatulinoides is widely used as a biostratigrap...
The planktonic foraminiferal species Globorotalia truncatulinoides is widely used as a biostratigrap...
The paleoenvironmental conditions through MIS 15-9 at the Mediterranean Ocean Drilling Program (ODP)...
The increase in anthropogenic induced warming over the last two centuries is impacting marine enviro...
A quantitative study of planktonic foraminiferal assemblages has been performed on 7 box cores from ...
The paleoenvironmental conditions through MIS 15-9 at the Mediterranean Ocean Drilling Program (ODP)...
A high-resolution study (centennial scale) has been performed on the calcareous plankton assemblage ...
Planktonic foraminiferal assemblages were studied at high-resolution in core KC01B from the Ionian S...
The climate evolution of the last 2700 years in the central - western Mediterranean Sea has been rec...
Three eastern Mediterranean deep-sea cores, all from the Ionian Sea, have been investigated to asses...