Groundwater assessment at east side of Mosul City during 2014–2017

Abstract

<jats:p>This study assesses groundwater quality GWQ at the east side of Mosul city for different purposes during 2014–2017. Eighteen shallow wells distributed in residential areas are selected and assessed by analyzing their physical, chemical and biological properties. This study reviews the textures of sub-layers by using groundwater modelling system (GMS) to show the probability of infiltration of nearby wastewater and gray water. This study analyzes epidemiological data about diarrhea cases that were increased during that period and calculating the relative, attributed and odd risk. There are three types of assessment are conducted including ranking assessment, weighted assessment and geographical information systems (GIS) assessment. A final map is created to show the most suitable area for live stock and irrigation purposes. The results show that the studied groundwater samples are unsuitable for drinking. High damage can happen for crops with sensitivity for salinity. Most wells are acceptable for live stock purpose. </jats:p>

Groundwater pollution: Occurrence, detection, and remediation of organic and inorganic pollutants

“…Similar results of bacterial pollution were reported from the Mosul area, Northern Iraq. Analysis of eighteen shallow wells located in this area suggests that groundwater in this region is unfit for human consumption due to the elevated levels of total coliform (Al‐Abedeen Al‐Ozeer & Fakhraldeen Ahmed, 2019). The authors attributed these levels to the presence of a highly permeable coarse soil layer texture layer that facilitates the infiltration of wastewater and graywater, thereby adversely impacting the groundwater quality.…”