Mapping of Soil-Geochemistry Using Pollution Migration Forecasts

Abstract

The transfer of hazardous synthetic substances into the groundwater
environment is an extraordinary risk to general welfare and nature. Logical concerns are
currently developing regarding predictive techniques that can be accessed for
environmental assessment of fixed targets and synthetic spills. After considering various
methods and geodata that could be included, the stagnant zone model was adopted. The
main problems that need to be addressed here are budget resource regulation for surface
fixation, risk assessment as well as acceptable synthetic substance enrichment. It is
possible to generate numbers and to examine biology according to the proposed scientific
model with organized parameters for the movement of pollutants and soil. The strategy
considered can complement target exploration and support map geochemical mapping.