Ground water aquifer properties of Sargodha City, Punjab, Pakistan

Journal Title: Journal of Biodiversity and Environmental Sciences (JBES) - Year 2017, Vol 11, Issue 5

Abstract

Groundwater is the major source for drinking and household use in the study area. Water quality deterioration has been reported as one of the most serious problem in Sargodha City, Punjab, Pakistan. The city is under severe water stress because of rapid decline in water quantity and quality. The present study examines the groundwater quality parameters of different aquifers categorized on the basis of their borehole depth. The aquifers mapping in the study area have not yet been made so for. The present study is a pioneer work of its kind as water quality of different aquifers from varied depth has been spatially analyzed. Random proportionate sampling was made for sample selection from one hundred different sites. The samples were analyzed by the authors in water quality testing lab. The site selection for sampling was based upon land-use classification of the study area. Seventeen parameters from each sample were calculated. The result of water samples was grouped according to the water table depth of each borehole. The four groups of aquifers showed a clear variation among different parameters i.e. Chloride, Sulfate, and TDS were found above the normal limit. The average electrical conductivity is 3625.4gm/l in group A is 335.28mg/l in B and 2868.636 in C. The average value of chloride in group A is 1368 mg/l while 1247.786 mg/l in group B and 1295.807 mg/l in C. The TDS values are 4270.04 mg/l in A and 2987.019 mg/l in B and 3409.091 in C. The all parameters showed a clearly deteriorating trend in groundwater quality of the study area. The findings of the study are in line with the different researches conducted in the surrounding areas. The results of the study are a wakeup call for the residents and district administration. The results have highlighted the water quality issue and asked for serious attentions from the relevant authorities.

Authors and Affiliations

Muhammad Mobeen, Amatul Moin, Mirza Naseer

Keywords

Related Articles

Assessment of the impact of effluent disposal in river ravi at lahore on the water quality for irrigation and recreational purposes at upstream of Balloki Barrage, Pakistan

This paper focuses on the effluent impact on River Ravi received by it from the Lahore city at a number of locations upstream of Balloki Barrage located at 60 km downstream. The Qadirabad-Balloki link canal carries abou...

Species composition and spatial heterogeneity of the seed bank and vegetation in protected and disturbed Miombo Woodland at Christon bank, Zimbabwe

The regeneration potential of Miombo woodland was evaluated by comparing above ground vegetation and seed banks in a protected area (Mazowe Botanical Reserve) and an adjacent disturbed farming area (Thetford Estates)....

Allelic variation of glutenin and gliadin genes in Iranian Einkorn wheat

The glutenin and gliadin characteristics of wheat germplasm have a potential value and understanding the allelic distribution in glutenin and gliadin loci is very important for any wheat breeding program. In the present...

Tolerence of Festuca ovina to different severities of simulated grazing effects in semi-arid Rangelands, Kurdistan, Iran

For assessing simulated grazing effects on Festuca ovina as an important species, two exclosure field established before 2007 growing season in Majidabad rangelands as representative for semi-arid rangelands in major pa...

Removal of VOCs from aqueous solutions using pervaporation process

The contamination of groundwater and surface water by Volatile organic compounds (VOCs) is a problem at many industrial sites. VOCs are present in effluents from industries such as petroleum refineries and chemical pla...

Download PDF file
  • EP ID EP39297
  • DOI -
  • Views 148
  • Downloads 0

How To Cite

Muhammad Mobeen, Amatul Moin, Mirza Naseer (2017). Ground water aquifer properties of Sargodha City, Punjab, Pakistan. Journal of Biodiversity and Environmental Sciences (JBES), 11(5), -. https://europub.co.uk/articles/-A-39297