Many modern deltas show complex morphologies and architectures related to the interplay
of river, wave and tidal currents. However, methods for extracting the signature of the …

En esta contribución se ofrece una reseña general de las principales discordancias que
produjeron rupturas de orden mayor durante la evolución del relleno sedimentario del …

Crevasse subdeltas develop on modern river-dominated delta plains, and may be affected
by the interaction of river currents and marine processes. However, their sedimentology and …

The seaward end of modern rivers is characterized by the interactions of marine and fluvial
processes, a tract known as the fluvial to marine transition zone, which varies between …

Tidal depositional systems are often interpreted as lowstand/transgressive estuarine
deposits within sequences that are either wave or river dominated during highstand times …

With more than 6000 m of sedimentary thickness and several superimposed petroleum
systems, the Neuquén Basin of Argentina has all the elements to be considered a super …

Fluvial discharge fluctuations are a fundamental characteristic of almost all modern rivers
and can produce distinctive deposits that are rarely described from ancient fluvial or mixed …

ABSTRACT The Middle Jurassic Lajas Formation in the Neuquén Basin of Argentina has
been considered an ideal analog for tide-dominated deposits because of the widespread …

Deltas are deposits directly accumulated by land‐generated gravity flows in a standing body
of water. The paradigm of deltaic sedimentation has dramatically changed during recent …

The Middle Jurassic Lajas Formation of the Neuquén Basin, Argentina, is interpreted as a
400-600 meter thick aggradational, macrotidal tide-dominated deltaic system. Tide …