Abstract :
Model prediction to monitor the influence of porosity effect on shigella transport to ground water aquifers has been examined, the model where generated from a mathematical equation from an experimental values, the model equation from an excel plot where resolved to produced a theoretical values, the application of least square method where applied to resolved polynomial generated equations, the theoretical values where compared with other experimental values from different locations, both parameters developed a valuable fit. this implies that the model can be applied to determine that degree of porosity in various formation, high porosity rate where found to influence the degree of shigella concentration, this is confirmed through the deposited degree of porosity at different formations, high degree of hydraulic conductivity where experienced in the study location, base on the deposition of high degree of porosity recorded between 0.2 to 5m, although some proof to be very low, but it can not be compared when the depth increased to homogenous fine and coarse formation. The model will definitely be a benchmark to monitor degree of porosity that reflects on the transport of shigella to ground water aquifers in the study area.
