Predicting Heterogeneous Structure of Fine Sand on Shigellae Transport Inhibited by Carbon in Coastal Environment

Abstract

This study monitors the heterogeneous effect on the migration of shigellae influenced by carbon in coastal environment. The study expresses the rate of exponential process of shigellae concentration through the influential that parameter was thorough monitored in the system. The study observed that carbon was not able to inhibit the migration of shigellae. Instead, it increased the population of shigellae in the study area. Results show an increase in the concentration of shigella from 6.93E-05 to 6.95E-04, at depths varying from 3m 30m, and an increase of 2.64E-05 to 2.64E-04 at depths 3m to 36m.The level of exponential rate despite the variation of concentration express the behaviour of the contaminant in terms of transport to phreatic depositions. This implies that such micronutrient in some deposited litho structures cannot influence the degradation of shigellae concentration in deltaic formations. These were observed from the derived simulation values as the parameter experienced variation, but in linear phase to the optimum rate. These results were subjected to validation with experimental results, and both parameters expressed favourable fits. The structure of fine sand in heterogeneous condition including formation characteristics were found in the study to play serious role on the rate of concentration. The study is imperative because it has expressed their rate of variation and showed insignificant inhibition from carbon