Rivers are important agents of change that shape the Earth's surface and evolve through
time in response to fluctuations in climate and other environmental conditions. They are …

One of the most dramatic events in river environments is the natural diversion, or avulsion, of
a channel across its floodplain. Though rarely witnessed, avulsions can cause massive …

Lateral connectivity between rivers and terrestrial landscapes is critical for both river and
landscape health. Due to widespread anthropogenic degradation of riverscapes, river …

This study provides a new perspective on understanding the intricacies of water‐mediated
connectivity in ecosystems, bridging landscape ecology and geomorphology through …

Although it has long been recognized that deposition along meandering rivers is not
restricted to convex banks (ie, point bars), the consensus is that sediment deposition on …

Recent years have seen the development of 1‐D and 2‐D regional‐scale hydrological‐
hydrodynamic models, which differ greatly from reach‐scale applications in terms of subgrid …

Several studies have focused on the importance of river bathymetry (channel geometry) in
hydrodynamic routing along individual reaches. However, its effect on other watershed …

Application of an integrated spatial approach combining several sources of remote sensing
data to include both channel and floodplain morphological and sedimentological impacts …

Topography and the computational mesh grid are fundamental inputs to all two‐dimensional
(2D) hydrodynamic models, however their resolutions are often arbitrarily selected based on …

Hydrologic connectivity controls the lateral exchange of water, solids, and solutes between
rivers and floodplains, and is critical to ecosystem function, water treatment, flood …