New study published in JGR: Machine Learning and Computation shows that LSTM networks can make fast and accurate predictions of saltwater entering estuaries, helping with real-time monitoring and decision-making for coastal protection and water management.

Our new paper on salt intrusion highlights the importance of understanding how forcing conditions influence salt intrusion in a complex, branched delta, especially under drought conditions, which are likely to happen more often due to climate change.

While providing a first quantitative assessment of an event that struck a strategic productive and environmental region of the Italian territory, this brief communication published in Regional Environmental Change points out the importance of a multi-disciplinary, basin-scale approach to climate change adaptation.

Published in JGR Oceans, this study indicates that saltwater instrusion into major river branches could extend up to 80% further inland, while the time saltwater persists in these areas is expected to double (increase by 100%).

Published in the Journal of Marine Systems, this study reveals that hydropower dam regulation on Brazil’s São Francisco River has drastically reduced freshwater discharge. Consequently, average estuarine salinity increased by a factor of nearly 20. The research establishes an exponential relationship between river flow and saltwater intrusion, highlighting the critical need for updated water management strategies.