Deltaic depositional systems are characterized by a complex interaction of physical, chemical, and biological factors. Although fluvial-, wave-and tidal-dominated deltaic …
The late Paleozoic glacial-to-postglacial turnover evolved complexly across Gondwana. Successions bearing volcaniclastic material that can be radiometrically dated provide crucial …
Despite advances in estuarine facies models, ancient bayhead delta deposits are not widely recognized or utilized, and their facies characteristics are poorly documented …
Interpreting the whole range of fluvial, wave, and tidal interactions recorded in shallow- marine, coastal successions can be challenging. The complexity arises because …
Deltas are sensitive indicators of coastal processes (eg, waves and tides) and show dynamic changes in shoreline morphology, distributary channel network, and stratigraphic …
A segment of the Pliocene Orinoco Delta on Trinidad preserved a progradational compound clinoform that reveals detailed interaction of river, wave, and tide processes with fluid mud at …
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 …
X Shan, RW Dalrymple, X Shi, L Jin, S Liu… - …, 2023 - Wiley Online Library
Coastal mud belts, which lie parallel to the coast just seaward of the shoreface, are one of the most important settings where shallow‐marine muddy deposits accumulate. However …
Aggradational deltaic successions are uncommon in the stratigraphic record since deltas are progradational by nature. However, deltaic coastlines fed by multiple small distributaries …