Tidal meandering channels are ubiquitous features of tidal landscapes and play a fundamental role on the eco-morphodynamic evolution of these environments. However, only a handful of papers provide details on tidal meander planimetric shape, morphometric characteristics and morphodynamic evolution, and the internal achitecture of tidal meanders has not been explored in detail. Moreover, the morphodynamic evolution of tidal meanders and the related sedimentary products have often been interpreted on the basis of the well developed models and theories existing for their fluvial counterparts, despite a number of differences were a priori identifiable. Toward the goal of improving current understanding of the morphodynamic evolution of tidal me...
Sinuous channels wandering through coastal wetlands have been thought to lack lateral-migration feat...
Tidal channels play a key role in the evolution of coastal environments and commonly dominate tidal ...
Meandering channel networks exert a fundamental control on hydrodynamic and morphodynamic processes ...
Tidal meandering channels are ubiquitous features of tidal landscapes and play a fundamental role on...
Meandering channels constitute one of the fundamental components of tidal systems, as related tidal ...
Meandering channels extensively dissect fluvial and tidal landscapes, critically controlling their m...
[1] Observational evidence is presented on the geometry of meandering tidal channels evolved within ...
The majority of tidal channels display marked meandering features. Despite their importance in oil-r...
Observational evidence is presented on the geometry of meandering tidal channels evolved within coas...
Meandering channels constitute one of the fundamental components of tidal systems, as related tidal ...
Abstract Tidal channels form the pathways for tidal currents to propagate and distribute clastic sed...
Abstract Tidal channels form the pathways for tidal currents to propagate and distribute clastic sed...
Tidal channels are ubiquitous features of the tidal landscape which play a critical role in the morp...
Whether or not one can detect relict signatures of the past imprinted in current landscapes is a que...
Whether or not one can detect relict signatures of the past imprinted in current landscapes is a que...
Sinuous channels wandering through coastal wetlands have been thought to lack lateral-migration feat...
Tidal channels play a key role in the evolution of coastal environments and commonly dominate tidal ...
Meandering channel networks exert a fundamental control on hydrodynamic and morphodynamic processes ...
Tidal meandering channels are ubiquitous features of tidal landscapes and play a fundamental role on...
Meandering channels constitute one of the fundamental components of tidal systems, as related tidal ...
Meandering channels extensively dissect fluvial and tidal landscapes, critically controlling their m...
[1] Observational evidence is presented on the geometry of meandering tidal channels evolved within ...
The majority of tidal channels display marked meandering features. Despite their importance in oil-r...
Observational evidence is presented on the geometry of meandering tidal channels evolved within coas...
Meandering channels constitute one of the fundamental components of tidal systems, as related tidal ...
Abstract Tidal channels form the pathways for tidal currents to propagate and distribute clastic sed...
Abstract Tidal channels form the pathways for tidal currents to propagate and distribute clastic sed...
Tidal channels are ubiquitous features of the tidal landscape which play a critical role in the morp...
Whether or not one can detect relict signatures of the past imprinted in current landscapes is a que...
Whether or not one can detect relict signatures of the past imprinted in current landscapes is a que...
Sinuous channels wandering through coastal wetlands have been thought to lack lateral-migration feat...
Tidal channels play a key role in the evolution of coastal environments and commonly dominate tidal ...
Meandering channel networks exert a fundamental control on hydrodynamic and morphodynamic processes ...