Climate change is intensifying tropical cyclones, accelerating sea-level rise, and increasing
coastal flooding. River deltas are especially vulnerable to flooding because of their low …

Advances in computing technology, new and ongoing restoration initiatives, concerns about
climate change's effects, and the increasing interdisciplinarity of research have encouraged …

Deltaic systems are composed of distributary channels and interdistributary islands. While
previous work has focused either on the channels or on the islands, here we study the …

Permanent containment is paramount for geologic carbon sequestration. Petroleum
experience proves the possibility but also creates bias—to date, carbon storage projects …

Deltaic systems are among the most dynamic and productive environments on Earth and
many have a high population density. Deltas play a central role in food and water security …

A river delta's shape and kinematics are dictated by the three-dimensional evolution of its
distributary channels on the delta front, yet measurements of this evolution are scarce. We …

River deltas are classic depositional systems, but a growing body of literature shows that
their channel networks can be erosional. Furthermore, this erosion can attack channel beds …

River deltas are intricate landscapes with complex channel networks that self‐organize to
deliver water, sediment, and nutrients from the apex to the delta top and eventually to the …

Mouth bars are morphological units important for deltas, estuaries, or rivers debouching into
the sea. Several processes affect the formation of these deposits. This paper focuses on the …

Deltas are landforms that deliver water, sediment and nutrient fluxes from upstream rivers to
the deltaic surface and eventually to oceans or inland water bodies via multiple pathways …