During Ocean Drilling Program Leg 178 we cored nine sites on the continental rise (Sites 1095, 1096, and 1101), continental shelf (Sites 1097, 1100, 1102, and 1103), and in an inner shelf basin, Palmer Deep (Sites 1098 and 1099), along the Pacific margin of the Antarctic Peninsula. Fossil diatoms are a key group that provides age constraint for these shelf site sediments to allow reconstruction of Antarctic Peninsula glacial history. This paper provides the systematic paleontology of diatoms applied in biostratigraphic and paleoceanographic studies and includes a total of 33 plates. Taxonomic confusion in previous reports, including biostratigraphically useful species such as Thalassiosira inura and Thalassiosira complicata, is discussed. T...
This work fits into the Cenozoic Antarctic continental margin sedimentary and oceanographic evolutio...
During the past ten years, the Antarctic Peninsula has been identified as the most rapidly warming r...
The Holocene diatom flora identified in three sediment cores from marine bays in the Windmill Island...
Diatom assemblages recovered during ODP Leg 113 at eight sites in the Weddell Sea (Atlantic sector o...
The scope of this study is fully embedded within the ANDRILL (ANtarctic geological DRILLing) Project...
The biostratigraphic distribution and abundance of lower Oligocene to Pleistocene diatoms is documen...
Samples were examined for diatoms from 22 holes at 11 sites cored by ODP Leg 119 on the Kerguelen Pl...
This paper documents the biostratigraphic distribution and abundance of diatoms from sites drilled d...
A new age model for the upper Miocene to Pliocene sedimentary section from Ocean Drilling Program (O...
The recently recovered ANDRILL McMurdo Ice Shelf AND-1B drillcore provides an opportunity to address...
Marine diatoms are the primary biostratigraphical and palaeoenvironmental tool for interpreting the ...
Seven sites were drilled during Ocean Drilling Program Leg 177 in the Atlantic sector of the Souther...
In the first season of drilling, the Cape Roberts Project (CRP) recovered one drillcore (CRP-l) fro...
Lower Oligocene (ca. 31 Ma) to lower Miocene (ca. 18.5 Ma) biosiliceous microfossils recovered from ...
During Ocean Drilling Program (ODP) Leg 177, seven sites were drilled aligned on a transect across t...
This work fits into the Cenozoic Antarctic continental margin sedimentary and oceanographic evolutio...
During the past ten years, the Antarctic Peninsula has been identified as the most rapidly warming r...
The Holocene diatom flora identified in three sediment cores from marine bays in the Windmill Island...
Diatom assemblages recovered during ODP Leg 113 at eight sites in the Weddell Sea (Atlantic sector o...
The scope of this study is fully embedded within the ANDRILL (ANtarctic geological DRILLing) Project...
The biostratigraphic distribution and abundance of lower Oligocene to Pleistocene diatoms is documen...
Samples were examined for diatoms from 22 holes at 11 sites cored by ODP Leg 119 on the Kerguelen Pl...
This paper documents the biostratigraphic distribution and abundance of diatoms from sites drilled d...
A new age model for the upper Miocene to Pliocene sedimentary section from Ocean Drilling Program (O...
The recently recovered ANDRILL McMurdo Ice Shelf AND-1B drillcore provides an opportunity to address...
Marine diatoms are the primary biostratigraphical and palaeoenvironmental tool for interpreting the ...
Seven sites were drilled during Ocean Drilling Program Leg 177 in the Atlantic sector of the Souther...
In the first season of drilling, the Cape Roberts Project (CRP) recovered one drillcore (CRP-l) fro...
Lower Oligocene (ca. 31 Ma) to lower Miocene (ca. 18.5 Ma) biosiliceous microfossils recovered from ...
During Ocean Drilling Program (ODP) Leg 177, seven sites were drilled aligned on a transect across t...
This work fits into the Cenozoic Antarctic continental margin sedimentary and oceanographic evolutio...
During the past ten years, the Antarctic Peninsula has been identified as the most rapidly warming r...
The Holocene diatom flora identified in three sediment cores from marine bays in the Windmill Island...