The significance of the tracer testing technique is widely accepted in reservoir performance
analysis in hydrology as well as in hydrocarbon exploration and production. The subsurface …

Wastewater treatment is of utmost importance in providing equitable and safe drinking water
to all. In that bid, herein, a novel and potential Alginate-Silver nanoparticle/Mica (Alg …

Tracking contaminants in karst aquifers is challenging because of the high heterogeneity
encountered in carbonate rocks. Multi-tracer tests, combined with chemical and isotopic …

The contaminant transport processes in karst water systems have a direct impact on the
quality and utilization of karst water resources. The storage and release of contaminants or …

Understanding the distribution of hydraulic parameters is essential for preventing water-
related hazards in limestone mines. Tracer testing is a technique to elucidate the spatial …

Breakthrough curves (BTCs) from tracer tests are often used for hydrogeological survey and
parameter identification of karst aquifers. However, BTCs often show distinctive behaviors …

Transient storage model (TSM) is widely used to describe solute transport processes in karst
areas. Accurately identifying model parameters is essential for predicting and mitigating …

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

Groundwater in karst systems is a vital resource, which is often highly vulnerable to
contaminants that infiltrate through the vadose zone. Understanding the processes of water …

Karst aquifers typically exhibit a wide range of dissolution effects that include end-members
of matrix, fractured-rock, and conduit-dominated types. This study employs an integrated …