The distribution heterogeneities of Cretaceous organic matter (OM) in the Central Atlantic Ocean are often related to geodynamic and paleoceanographic factors. However, the high proportion of terrestrial OM questions the hegemony of these mechanisms and shows the need to better constrain the sedimentary dynamics of organic-rich sediments. Using a source-to-sink approach coupling a geochemical provenance study with a basin study from subsurface data, we show a reorganization of drainage on the West African Craton and the Guyana Shield, characterized by a gradual extension of watersheds to the inner areas during the Upper Cretaceous. In the African deep basin, this process is coeval to a break of the turbiditic sedimentation from the Turonian...
This thesis is a part of "Source to Sink Guyana" project supported by TOTAL and BRGM. Its objective ...
Extensive black shale deposits formed in the Early Cretaceous South Atlantic, supporting the notion ...
Five sites located on a bathymetric transect of the distal Demerara Rise were studied by ODP Leg 207...
The distribution heterogeneities of Cretaceous organic matter (OM) in the Central Atlantic Ocean are...
Les hétérogénéités de répartition de la matière organique (MO) du Crétacé de l'océan Atlantique cent...
The Cretaceous Equatorial Atlantic Gateway between the Central and South Atlantic basins is of inter...
The opening of the Equatorial Atlantic Gateway (EAG) during the Cretaceous was accompanied by the di...
This study presents high resolution organic and inorganic proxy records for Coniacian to Santonian b...
Sediment routing systems of cratonic domains have not been studied extensively because their relief ...
International audienceThe objective of this work is to establish the sediment routing systems of the...
The organic facies of Early and middle Cretaceous sediments drilled at DSDP Site 534 is dominated by...
West African drainage reorganization during Cretaceous opening of the Atlantic Ocean is deciphered h...
Highlights • Morphology and evolution of a Cretaceous contourite drift in the eastern Central ...
The geodynamic processes that control the opening of the central segment of the South Atlantic Ocean...
This thesis is a part of "Source to Sink Guyana" project supported by TOTAL and BRGM. Its objective ...
Extensive black shale deposits formed in the Early Cretaceous South Atlantic, supporting the notion ...
Five sites located on a bathymetric transect of the distal Demerara Rise were studied by ODP Leg 207...
The distribution heterogeneities of Cretaceous organic matter (OM) in the Central Atlantic Ocean are...
Les hétérogénéités de répartition de la matière organique (MO) du Crétacé de l'océan Atlantique cent...
The Cretaceous Equatorial Atlantic Gateway between the Central and South Atlantic basins is of inter...
The opening of the Equatorial Atlantic Gateway (EAG) during the Cretaceous was accompanied by the di...
This study presents high resolution organic and inorganic proxy records for Coniacian to Santonian b...
Sediment routing systems of cratonic domains have not been studied extensively because their relief ...
International audienceThe objective of this work is to establish the sediment routing systems of the...
The organic facies of Early and middle Cretaceous sediments drilled at DSDP Site 534 is dominated by...
West African drainage reorganization during Cretaceous opening of the Atlantic Ocean is deciphered h...
Highlights • Morphology and evolution of a Cretaceous contourite drift in the eastern Central ...
The geodynamic processes that control the opening of the central segment of the South Atlantic Ocean...
This thesis is a part of "Source to Sink Guyana" project supported by TOTAL and BRGM. Its objective ...
Extensive black shale deposits formed in the Early Cretaceous South Atlantic, supporting the notion ...
Five sites located on a bathymetric transect of the distal Demerara Rise were studied by ODP Leg 207...