The chronology of post-last Glacial Maximum dceglaciation in the northern Antarctic Peninsula region is discussed. It is concluded that, contrary to what was earlier believed, the deglaciation process here was largely out-of-phase with that in the Northern Hemisphere. Although, for global eustatic reasons, the marine-based glaciers may have retreated simultaneously with ice-melting in the Northern Hemisphere, the land-based glaciers retreated only slowly during the first half of the Hulocene, about 9000-5000 BP. This may have been due either to increased precipitation counterweighing ablation or to delayed warming: A distinct but rather brief glacial readvance took place. around 5000 BP, probably caused by a period of renewed cooling It was...
A high-resolution record of Holocene deglacial and climate history was obtained from a 77 m sediment...
The Antarctic Peninsula is one of the most rapidly warming regions on Earth, as evidenced by a recen...
The Antarctic Peninsula is one of the most rapidly changing regions in the Cryosphere, with 87% of i...
During the Last Glacial Maximum (LGM), ice thickened considerably and expanded toward the outer cont...
The extent of ice, thickness and dynamics of the Last Glacial Maximum (LGM) ice sheets in the Antarc...
The Holocene glacial and climatic development in Antarctica differed considerably from that in the N...
The extent of ice, thickness and dynamics of the Last Glacial Maximum (LGM) ice sheets in the Antarc...
This overview examines available circum-Antarctic glacial history archives on land, related to devel...
information on Cenozoic Antarctic Peninsula glaciation- an early middle Miocene (15-17 Ma) apparent ...
The northeast Antarctic Peninsula (NEAP) region is currently showing signs of significant environmen...
Recent technological advances in the study and dating of both land and marine glacial geologic featu...
A reconstruction of deglaciation and associated sea-level changes on northern James Ross Island, Ant...
At a global scale, there is no evidence for synchronous multi-decadal warm (‘Medieval Warm Period’, ...
The northeast Antarctic Peninsula (NEAP) region is currently showing signs of significant environmen...
This study presents the Holocene deglacial and climate history from the Firth of Tay, Antarctic Peni...
A high-resolution record of Holocene deglacial and climate history was obtained from a 77 m sediment...
The Antarctic Peninsula is one of the most rapidly warming regions on Earth, as evidenced by a recen...
The Antarctic Peninsula is one of the most rapidly changing regions in the Cryosphere, with 87% of i...
During the Last Glacial Maximum (LGM), ice thickened considerably and expanded toward the outer cont...
The extent of ice, thickness and dynamics of the Last Glacial Maximum (LGM) ice sheets in the Antarc...
The Holocene glacial and climatic development in Antarctica differed considerably from that in the N...
The extent of ice, thickness and dynamics of the Last Glacial Maximum (LGM) ice sheets in the Antarc...
This overview examines available circum-Antarctic glacial history archives on land, related to devel...
information on Cenozoic Antarctic Peninsula glaciation- an early middle Miocene (15-17 Ma) apparent ...
The northeast Antarctic Peninsula (NEAP) region is currently showing signs of significant environmen...
Recent technological advances in the study and dating of both land and marine glacial geologic featu...
A reconstruction of deglaciation and associated sea-level changes on northern James Ross Island, Ant...
At a global scale, there is no evidence for synchronous multi-decadal warm (‘Medieval Warm Period’, ...
The northeast Antarctic Peninsula (NEAP) region is currently showing signs of significant environmen...
This study presents the Holocene deglacial and climate history from the Firth of Tay, Antarctic Peni...
A high-resolution record of Holocene deglacial and climate history was obtained from a 77 m sediment...
The Antarctic Peninsula is one of the most rapidly warming regions on Earth, as evidenced by a recen...
The Antarctic Peninsula is one of the most rapidly changing regions in the Cryosphere, with 87% of i...