Using all available biostratigraphic information and our own extensive magnetostratigraphic database, we have attempted to assess the synchronicity of depositional cycles recorded in the Paleogene epicontinental deposits on both sides of the North Atlantic as stage two of a ; four-stage global assessment of the eustatic sea-level model. Our conclusion is that the depositional histories of the U.S. Gulf of Mexico-Atlantic coastal plain and the North Sea basin show many similarities, on a variety of time scales, over the interval 60-46 Ma. Considering the tectonic imprint of the northeast Atlantic opening on the North Sea basin sea-level record for part of this time, it must give some weight to the claim that eustasy is the dominant mechanism...
Processes that build continental-margin stratigraphy on time-scales of> 20 kyr have been inves-ti...
We use magnetostratigraphy and Sr-isotope stratigraphy to improve stratigraphic control for the Eoce...
The main objective of DSDP Leg 73 was to obtain high-quality records of major paleooceanographic eve...
Using all available biostratigraphic information and our own extensive magnetostratigraphic database...
Recently acquired Ypresian stratigraphic data are integrated with previously published data, and a h...
A sequence stratigraphic analysis of Paleogene deposits, using subsurface data (well logs, seismic d...
Previous studies of Cretaceous sedimentary rocks have used multi-proxy correlation methods to sugges...
Latest Cretaceous (Late Maastrichtian) and Paleocene depositional sequences from the deep-water Basq...
This study uses high resolution geochronology (from biostratigraphy and Sr-isotope age estimates), l...
Integrated magnetostratigraphic and biostratigraphic studies of DSDP Sites 563 and 558 (western Nort...
The sea-level history of the Eemian transgression and high stand in the Southern North Sea (The Neth...
Global sea level has changed cyclically throughout Earth's history due to a variety of mechanisms th...
2-D seismic, wireline log, and core data at ODP Leg 174A Sites 1071 and 1072 on the outer continenta...
textRegional depositional systems analyses combining surface and subsurface geological and geophysic...
Over geological timescales Earth’s topography has been shaped by tectonic and geodynamic processes t...
Processes that build continental-margin stratigraphy on time-scales of> 20 kyr have been inves-ti...
We use magnetostratigraphy and Sr-isotope stratigraphy to improve stratigraphic control for the Eoce...
The main objective of DSDP Leg 73 was to obtain high-quality records of major paleooceanographic eve...
Using all available biostratigraphic information and our own extensive magnetostratigraphic database...
Recently acquired Ypresian stratigraphic data are integrated with previously published data, and a h...
A sequence stratigraphic analysis of Paleogene deposits, using subsurface data (well logs, seismic d...
Previous studies of Cretaceous sedimentary rocks have used multi-proxy correlation methods to sugges...
Latest Cretaceous (Late Maastrichtian) and Paleocene depositional sequences from the deep-water Basq...
This study uses high resolution geochronology (from biostratigraphy and Sr-isotope age estimates), l...
Integrated magnetostratigraphic and biostratigraphic studies of DSDP Sites 563 and 558 (western Nort...
The sea-level history of the Eemian transgression and high stand in the Southern North Sea (The Neth...
Global sea level has changed cyclically throughout Earth's history due to a variety of mechanisms th...
2-D seismic, wireline log, and core data at ODP Leg 174A Sites 1071 and 1072 on the outer continenta...
textRegional depositional systems analyses combining surface and subsurface geological and geophysic...
Over geological timescales Earth’s topography has been shaped by tectonic and geodynamic processes t...
Processes that build continental-margin stratigraphy on time-scales of> 20 kyr have been inves-ti...
We use magnetostratigraphy and Sr-isotope stratigraphy to improve stratigraphic control for the Eoce...
The main objective of DSDP Leg 73 was to obtain high-quality records of major paleooceanographic eve...