Abstract
The article summarizes the outcomes of abundant physicochemical equity of drinking water and pathogenic microorganisms conducted for drinking water trait condition of Bhimber Azad Kashmir. Drinking water quality index (DWQI) based on TDS, pH, Ca+2, Na+, was used to assess the drinking water quality. Being unnerves increase in the population and hasty commercial construction, drinking water quality is highly affected constantly in Bhimber Azad Kashmir. About 18% of whole population of Bhimber Azad Kashmir has approach to secure drinking water. The resting 80% of population is enforced to use perlious drinking water due to the insufficiency of safe and healthful drinking water resources. The principal origin of contamination is microbial contamination, turbidity and Na+ which is widely discharge into water system supplies. Anthropogenic exercise cause bone diseases that create about 60-70% of all diseases are answerable. This article emphasizes the drinking water quality, contagion sources and controlling mechanism of water in Bhimber Azad Kashmir. There is an immediate commitment to take precautionary measures and treatment technologies to control on these depressive water contamination statistics of Bhimber Azad Kashmir.
Highlights
Presence of malicious synthetic substances and pathogenic microorganisms can cause an extreme unexpected issue prevailing to contaminations and demise (Lima et al, 2005)
The current analysis determined that EC value ranges from 86-3000 within moderate value of 777.58 μS/cm, these results distinctly reveal that water in the study area was not substantially ionized and has the minor level of ionic consolidation activity due to small dissolved solids
The mean absorption of TDS in all unions councils of Bhimber was observed average range of 399.12mg, high value of TDS in drinking water are commonly not adverse to human beings,but high concentration of these may affect persons who are suffering from kidney and heart diseases
Summary
Water is a predominant module of human body and is the commitment of life (Muhammad et al, 2012). Presence of malicious synthetic substances and pathogenic microorganisms can cause an extreme unexpected issue prevailing to contaminations and demise (Lima et al, 2005). The drinking water debase with any pathogenic microbes is unstable for people and family use (Muhammad et al, 2012). In District Bhimber, the primary water accommodation comes from hand siphons, wells, springs, streams and lakes, which are likewise utilized for drinking and farming purposes. Being withdrawn from snowmelt and water system arrangement of Pakistan, precipitation influences the wealth of surface and underground water in the review region.
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