Tidal wave deformation and tidal asymmetry widely occur in tidal estuaries and lagoons.
Tidal asymmetry has been intensively studied because of its controlling role on residual …

Understanding tidal dynamics in estuaries is essential for tidal predictions and assessments
of sediment transport and associated morphological changes. Most studies on river-tide …

Understanding the role of river discharge on tide-river dynamics is of essential importance
for sustainable water management (flood control, salt intrusion, and navigation) in estuarine …

Impacts from anthropogenic activities have substantially modified the geomorphology of
most of the world's large rivers. While many studies have focused on the fluvially-dominated …

Tidal channel networks are ubiquitous features of coastal landforms that control the input
and output of intertidal water, sediment and nutrients. Nevertheless, those intertidal …

Flood and ebb currents provide different contributions to the initiation and evolution of tidal
channel networks, generating diverse network structures and channel cross‐sections. In …

A novel 3-dimensional numerical model resolving dynamic interactions between
environmental drivers and benthic fauna was applied to an idealized domain as analogous …

Reclamation of low‐lying tidal flats and floodplains adjacent to present shorelines has been
implemented worldwide for both coastal defense and development. While it is technically …

As a tide propagates into the estuary, river discharge affects tidal damping, primarily via a
friction term, attenuating tidal motion by increasing the quadratic velocity in the numerator …

Due to the impact of both natural and human-induced changes, the hydrological regimes of
many river deltas worldwide have been experienced either gradual or abrupt shifts …