Fractional advection–dispersion equations (FADEs) have been widely used in hydrological
research to simulate the anomalous solute transport in surface and subsurface water …

Determination of longitudinal dispersion coefficient (LDC) using artificial intelligence (AI)
techniques can improve environmental management strategies for river systems. However …

Researchers must determine the storage parameter values to understand the storage
processes and compare them across streams. These parameters are highly variable in time …

Water quality is intricately linked to the global water crisis since the availability of safe, clean
water is essential for sustaining life and ensuring the well-being of communities worldwide …

Because pollutant dispersion in rivers is strongly influenced by the longitudinal dispersion
coefficient (K x), its accurate estimation is critical in the field of environmentally sound …

Large rivers are major conduits for sediment and nutrient transport and play an important
role in global biogeochemical cycles. While smaller rivers received attention in recent …

Hydraulic residence time (HRT) is one of the key design parameters controlling the removal
efficiency of contaminants and nutrients in stormwater and wastewater wetlands. The paper …

Experiments focused on pollution transport and dispersion phenomena in conditions of low
flow (low water depth and velocities) in sewers with bed sediment and deposits are …

Hyporheic storage accounts for a significant fraction of solute residence time in small
streams and has been shown to have a large effect on the transport of solutes. It is not clear …

Identification of unknown pollution sources is essential to environmental protection and
emergency response. This paper presents a moment-based method for identification of …