The turbiditic and fluvial systems have similarities, in particular in their morphology (incisions, channels), but many differences are notable, as regards the architecture of the deposits, and the spatio-temporal evolution of these two systems, yet genetically linked. The comparison of these systems concerns the interaction of the different physical processes involved in the origin and the behaviour of these systems, and on the architectures of the preserved deposits. Continental and deep sea systems are characterized primarily by the physical processes leading to the erosion, transport and subsequent deposition of sedimentary particles. These processes are controlled by various local or global forcing, thus shaping their morphologies that...
Deep-water siliciclastic systems are of great societal relevance as their depositsin subsurface stor...
Cenozoic is marked by climatic instability and accelerating continental uplifts. Increasing sediment...
The Zambezi turbidite system (Mozambique Channel, Western Indian Ocean) is one of the largest turbid...
Les systèmes turbiditiques et fluviatiles présentent des similitudes, notamment dans leur morphologi...
Channelized turbidite systems act as sediment transfer routes through the submarine realm similarly ...
La formation Eocène-Oligocène des Grès d’Annot constitue le remplissage gravitaire syntectonique de ...
Turbidity currents in submarine canyons are the main contribution for sediment transfer across the c...
Turbidite systems present both academic and industrial interests since they are archives of environm...
The concept of turbidite has evolved so much since its original definition by Kuenen and Migliorini ...
Turbidite systems or submarine fans are considered the most important clastic accumulations in the d...
- In peripheral foreland basins, turbidite systems are characterized by relatively simple depositio...
La dynamique des courants de turbidité est fortement contrôlée par la morphologie du fond marin. Les...
Turbidity currents in submarine canyons are the main contribution for sediment transfer across the c...
Nous présentons les résultats des expériences réalisées en canal au laboratoire de Mécanique des Flu...
Description of the biosedimentary zonation of a stable Provence margin (upper zone : 0 to -60 meters...
Deep-water siliciclastic systems are of great societal relevance as their depositsin subsurface stor...
Cenozoic is marked by climatic instability and accelerating continental uplifts. Increasing sediment...
The Zambezi turbidite system (Mozambique Channel, Western Indian Ocean) is one of the largest turbid...
Les systèmes turbiditiques et fluviatiles présentent des similitudes, notamment dans leur morphologi...
Channelized turbidite systems act as sediment transfer routes through the submarine realm similarly ...
La formation Eocène-Oligocène des Grès d’Annot constitue le remplissage gravitaire syntectonique de ...
Turbidity currents in submarine canyons are the main contribution for sediment transfer across the c...
Turbidite systems present both academic and industrial interests since they are archives of environm...
The concept of turbidite has evolved so much since its original definition by Kuenen and Migliorini ...
Turbidite systems or submarine fans are considered the most important clastic accumulations in the d...
- In peripheral foreland basins, turbidite systems are characterized by relatively simple depositio...
La dynamique des courants de turbidité est fortement contrôlée par la morphologie du fond marin. Les...
Turbidity currents in submarine canyons are the main contribution for sediment transfer across the c...
Nous présentons les résultats des expériences réalisées en canal au laboratoire de Mécanique des Flu...
Description of the biosedimentary zonation of a stable Provence margin (upper zone : 0 to -60 meters...
Deep-water siliciclastic systems are of great societal relevance as their depositsin subsurface stor...
Cenozoic is marked by climatic instability and accelerating continental uplifts. Increasing sediment...
The Zambezi turbidite system (Mozambique Channel, Western Indian Ocean) is one of the largest turbid...