ISSN: 2410-9649 Majolagbe et al / Chemistry International 2(4) (2016) 232-241 iscientic.org. 233 www.bosaljournals/chemint/ [email protected] in the area and /or the cost implications of digging a very deep well. Thus, groundwater can be easily susceptible to infiltration from dumpsites, septic tanks and other anthropogenic activities. Approximately, one fifth of the world total freshw...

Background: Agricultural, industrial, and residential activities have caused the vulnerability of groundwater Doroud-Boroujerd aquifer to pollution in Lorestan province, Iran. This study aimed investigate using a set intrinsic (DRASTIC, IV) specific (SI, LU-IV) assessment methods. Methods: The DRASTIC model with seven parameters depth, net recharge, media, soil slope, effect vadose zone, hydrau...

Groundwater protection against anthropogenic sources, including the exploitation and use of groundwater release wastes into soil environment, changes in land cover, process recharge is paramount importance for protecting human health by securing clean drinking water production. The identification a contamination risk zone has been found to be necessary useful approach managing this valuable res...

This paper presents the theory and application of a new vulnerability method (RIHM). The is applied on Monastir shallow aquifer system, Tunisia. results have been concluded from other established assessment methods DRASTIC, SINTACS GALDIT. As known, DRASTIC are not designed for seawater intrusion contamination but useful to build model approach assess groundwater intrusion. RIHM parameters afte...