Tidal network morphodynamics is an active field of research and advances achieved over
the last decade, particularly with respect to laboratory experiments and numerical modelling …

With sea level rise accelerating and sediment inputs to the coast declining worldwide, there
is concern that tidal wetlands will drown. To better understand this concern, sources of …

A 2D tidal-dispersion model is implemented to simulate the morphodynamics of marsh
channels and their response to changes in Sea Level Rise (SLR) rate and sediment supply …

Marsh morphodynamics models are usually calibrated using sparse short-term
measurements. Hence, their ability to predict long-term trajectories (centuries to millennia) is …

The recent impacts of tropical cyclones and severe storms on the US Atlantic coast brought
into focus the need for extended records of storm activity from different geomorphologic …

The apparent stability of urbanized portions of the coast of the northeastern US belies a
much longer history of intertwined geomorphological and ecological change. Herein, I …

Land clearing, river impoundments, and other human modifications to the upland landscape
and within estuarine systems can drive coastal change at local to regional scales. However …

Wetlands have many ecological and physical properties that are essential for coastal
communities. These ecosystems sustain local economies, provide essential habitats, are a …

We thank Priestas et al.(2012) for the opportunity to further consider the evidence for the
timing of marsh development in the Plum Island Estuary (Massachusetts, United States), and …

The stability and survival of salt marshes is typically linked to the competing influences of
sea-level rise, subsidence, and sediment accumulation and erosion. However …