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Characterize contaminant migration and nutrient transport dynamics along a river using a transient storage modeling approach.

August 20, 2026SustainabilityOpen Access

Hydrodynamic Characterization and Solute Transport Modeling in a River Using a Transient Storage Approach

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Characterize contaminant migration and nutrient transport dynamics along a river using a transient storage modeling approach.
Applied a dynamic one-dimensional advection-dispersion model incorporating transient storage mechanisms across varying river flow velocities.
Utilized conventional pollutants as natural tracers to evaluate mixing conditions and simulate solute transport across a large river system.
Successfully modeled dynamic solute and nutrient transport across diverse flow regimes over time using existing pollutants as tracers.
Established a systemic, replicable framework that scales to larger river systems without necessitating structural model modifications.

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Hydrodynamic modeling demonstrates dynamic solute transport and mixing in a river, highlighting a scalable approach for surface water management.

Sánchez-Gutiérrez et al. (2026) studied this question.

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Hydrodynamic modeling demonstrates dynamic solute transport and mixing in a river, highlighting a scalable approach for surface water management.