Add to ORKGFreshwater coastal aquifers can be contaminated by influx of seawater. The study investigated the effect of geophysical parameter such as seepage velocity (v) determined empirically on the mass flux (J) of contaminant through the coastal aquifers. Porosities of the grains were determined and tagged samples A to E. v was obtained in the experimental setup. Results showed that hydraulic gradient ranged between 3.233 to 0.317 while the corresponding values of contaminant J ranged between 0.302 to 5.381 Kgm-2s-1 within 60 to 360 seconds. Therefore, the attenuation coefficients of J decreased with increased in flow rate of fluid through the samples
Coastal aquifers are distinguished from other aquifers because of tidal effects which cause complica...
Saltwater intrusion into the coastal aquifer, a phenomenon brought by the flow of seawater into fres...
Tidally-induced head fluctuation is a natural phenomenon in coastal regions. The discharge of groun...
Freshwater coastal aquifers can be contaminated by influx of seawater. The study investigated the ef...
Coastal aquifers are distinguished from other aquifers because of saltwater intrusion effects, which...
The coastal geoenvironment initiates saline water intrusion into the freshwater aquifers, producing ...
Seawater intrusion has brought a great deal of attention globally with the worsening effect of risin...
The current trend of global populations moving increasingly to high density, coastal cities places ...
In coastal regimes groundwater aquifers are often vulnerable to saltwater intrusion. Saltwater intru...
Saltwater intrusion into coastal aquifers is a global issue, exacerbated by increasing demands for f...
Rosana G. Moreira, Editor-in-Chief; Texas A&M UniversityThis is a paper from International Commissio...
There is a close connection between saltwater intrusion into aquifers and groundwater extraction. Fr...
Groundwater flow and contaminant transport processes in coastal aquifers can be complicated by tidal...
Ground water seepage through gravel barriers are a significant contributor to the flushing of coasta...
Seawater intrusion promotes the degradation of groundwater quality through excessive pumping activit...
Coastal aquifers are distinguished from other aquifers because of tidal effects which cause complica...
Saltwater intrusion into the coastal aquifer, a phenomenon brought by the flow of seawater into fres...
Tidally-induced head fluctuation is a natural phenomenon in coastal regions. The discharge of groun...
Freshwater coastal aquifers can be contaminated by influx of seawater. The study investigated the ef...
Coastal aquifers are distinguished from other aquifers because of saltwater intrusion effects, which...
The coastal geoenvironment initiates saline water intrusion into the freshwater aquifers, producing ...
Seawater intrusion has brought a great deal of attention globally with the worsening effect of risin...
The current trend of global populations moving increasingly to high density, coastal cities places ...
In coastal regimes groundwater aquifers are often vulnerable to saltwater intrusion. Saltwater intru...
Saltwater intrusion into coastal aquifers is a global issue, exacerbated by increasing demands for f...
Rosana G. Moreira, Editor-in-Chief; Texas A&M UniversityThis is a paper from International Commissio...
There is a close connection between saltwater intrusion into aquifers and groundwater extraction. Fr...
Groundwater flow and contaminant transport processes in coastal aquifers can be complicated by tidal...
Ground water seepage through gravel barriers are a significant contributor to the flushing of coasta...
Seawater intrusion promotes the degradation of groundwater quality through excessive pumping activit...
Coastal aquifers are distinguished from other aquifers because of tidal effects which cause complica...
Saltwater intrusion into the coastal aquifer, a phenomenon brought by the flow of seawater into fres...
Tidally-induced head fluctuation is a natural phenomenon in coastal regions. The discharge of groun...