The presence and continued existence of tidal morphologies, and in particular of salt
marshes, is intimately connected with biological activity, especially with the presence of …

Looking across a tidal landscape, can one foresee the signs of impending shifts among
different geomorphological structures? This is a question of paramount importance …

We analyse the equilibrium states and transient dynamics of tidal biogeomorphic systems,
such as lagoons and estuaries, in response to variations in the governing physical and …

We present a new bidimensional, spatially-explicit ecological model describing the
dynamics of halophytic vegetation in tidal saline wetlands. Existing vegetation models …

How do tidal networks respond to changes in relative mean sea level (RMSL)? The question
on whether the morphological features of a tidal landscape retain signatures of past …

We review some geomorphological properties of tidal networks and their embedded
landforms, aiming at inferring their leading eco‐morphodynamic interrelations. Indeed the …

The long‐term morphological evolution of tidal landforms in response to physical and
ecological forcings is a subject of great theoretical and practical importance. Toward the …

We describe and apply a point model of the joint evolution of tidal landforms and biota which
incorporates the dynamics of intertidal vegetation; benthic microbial assemblages; …

The formation and evolution of tidal networks have been described through various theories
which mostly assume that tidal network development results from erosional processes …

Ecosystem establishment under adverse geophysical conditions is often studied within the
“windows of opportunity” framework, identifying disturbance‐free periods (eg, calm wave …