In addition to their being vital components of mid-to high-latitude coastal ecosystems, salt
marshes contain 0.1% of global sequestered terrestrial carbon. Their sustainability is now …

One of the proposed methods for restoring the disappearing Mississippi Delta is sediment
diversion which uses channels and structures to divert water and sediment from the …

We present here an integrated analysis of coastal deltaic floodplains in the active
Atchafalaya Coastal Basin coupled to downstream deltaic estuaries to review how …

Storm surge has the potential to significantly increase suspended sediment flux to microtidal
marshes. However, the overall effects of storm surge on microtidal marsh deposition have …

Global climate change is altering the frequency and intensity of extreme weather events
such as typhoons and cold fronts, and this is inducing physical changes and adaptions in …

Abstract Wetlands in the Mississippi River Delta are rapidly degrading. Sea level rise and
low sediment supply are widely recognized as the two main factors contributing to land‐to …

To mitigate land losses in the Mississippi River Delta, sediment diversions are being
employed to enable the flow of river water and sediments into wetlands experiencing …

Tropical-cyclone-induced waves in coastal waters are considered to greatly influence
sediment resuspension. Much attention has been paid to the effect of mixed waves (wind …

Wave-current interactions widely occur in shallow waters. However, the dominant factors for
the modulation differ over different coastal regions and the relevant generation mechanisms …

Training walls to improve navigability at river mouths alter natural sediment transport
regimes, occasioning morphological changes in the nearby littoral zone. In addition, harbor …