This study addresses the urgent need to understand the impacts of climate change on
coastal ecosystems by demonstrating how to use the SWAT+ model to assess the effects of …

In this study, a novel surrogate model assisted multiobjective memetic algorithm (SMOMA) is
developed for optimal pumping strategies of large-scale coastal groundwater problems. The …

Coastal aquifer management (CAM) considering conjunctive optimization of pumping and
injection system for seawater intrusion (SI) mitigation poses significant decision-making …

Fresh groundwater is a critical resource supporting coastal ecosystems that rely on low-
salinity, nutrient-rich groundwater discharge. This resource, however, is subject to …

Quantification of submarine groundwater discharge (SGD) remains a challenge due to its
large spatial and temporal variability exacerbated by natural heterogeneity (eg, climatic …

Contaminant source characterization (CSC) plays an important role in environmental
forensics and pollution control. Past studies commonly solve the CSC problem in case …

Natural soil systems usually exhibit complex properties such as fractal geometry, resulting in
complex dynamics for the movement of solutes and colloids in soils, such as the well …

Tidal estuarine channels have complex and dynamic interfaces controlled by upland
groundwater discharge, waves, tides and channel velocities that also control …

In this study, both laboratory experiments and numerical simulations were conducted to
investigate the effect of density‐driven flow on the transport of high‐concentration pollutants …

Local lore has long identified an entrenched feature crossing Fort Morgan peninsula on
Alabama's Gulf of Mexico coast (USA) as an ancient canoe canal, a folk identification now …