Oyster farms provide a sustainable and profitable export for New Zealand. Oyster farms are
sensitive to changes in salinity that can cause significant crop loss if they persist too long …

The salt-water intrusion in the river estuaries can damage freshwater ecosystems and
compromise the many anthropogenic activities which rely on the exploitation of the delta's …

To improve the interpretability of estimation processes in machine learning, we applied the
Shapley additive explanation method to six tree-based models for predicting downstream …

As an indicator of exchanges between watersheds, rivers and coastal seas, salinity may
provide valuable information about the exposure, ecological health and robustness of …

As critical transitional ecosystems, estuaries are facing the increasingly urgent threat of salt
wedge intrusion, which impacts their ecological balance as well as human-dependent …

Estuarine organisms have varying tolerances and respond differently to salinity. Bottom-
dwelling species such as oysters tolerate some change in salinity, but salinity outside an …

As critical transitional ecosystems, estuaries are facing the increasingly urgent threat of salt
wedge intrusion, which impacts their ecological balance as well as human-dependent …

Promptly predicting changes in the salinity in rivers is an important task to predict the
damage to agriculture and ecosystems caused by salinity infiltration and to establish …

Electrical conductivity (EC), one of the most widely used indices for water quality
assessment, has been applied to predict the salinity of the Babol-Rood River, the greatest …

Accurate prediction of estuarine salinity can effectively mitigate the adverse effects of
saltwater intrusion and help ensure the safety of water resources in estuarine regions …