Salt marshes are highly productive intertidal wetlands providing important ecological
services for maintaining coastal biodiversity, buffering against oceanic storms, and acting as …

Integrated, process‐based numerical models in hydrology are rapidly evolving, spurred by
novel theories in mathematical physics, advances in computational methods, insights from …

We propose an ecomorphodynamic model which conceptualizes the chief land‐forming
processes operating on the intertwined, long‐term evolution of marsh platforms and …

In many regions around the world, groundwater is the key source of water for some
vegetation species, and its availability and dynamics can define vegetation composition and …

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 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; …

Abstract Low-gradient fluvial landscapes (1–50 cm km− 1) occupy diverse settings (inland,
tidal, and deltaic wetlands, large-river floodplains, lowland streams) but share many …

How do interacting physical and biological processes control the form and evolution of salt-
marsh landscapes? Salt marshes are shaped by the erosion, transport and deposition of …

This paper addresses the problem of the erosion of salt marsh edges. Flume laboratory
experiments were carried out aimed at reproducing the instability and retreat of the scarps …

Light detection and ranging (LiDAR) has been shown to have a great potential in the
accurate characterization of forest systems; however, its application to salt-marsh …