Analyze water scarcity in Basrah city via geoinformatics

• Main Authors: Alatta, Hassan J., Behadili, Suhad Faisal, Sayyid, Baqer H.
• Format: Conference Proceeding
• Language: English
• Subjects: Drinking water; Landsat satellites; Satellite imagery; Water resources; Water supply
• ISSN: 0094-243X; 1551-7616
• DOI: 10.1063/5.0093409

A water crisis is a circumstance in which a region accessible potable, unpolluted water is less than the requirement of that country. Two converging trends cause water scarcity, that are expanded use of irrigation, and loss of available freshwater supplies. Water scarcity can arise from two mechanisms, the physical water scarcity because of deficient natural water supply to fulfil the country demand, and economic water scarcity due to bad management for sufficient available water resources. This research examines data set as multispectral Landsat 8 satellite images that are detected for Basrah city, located in southern Iraq, and positioned between Kuwait and Iran on the Shatt al-Arab. Such raw data are satellite images. Using ENVI 5.3 software, they are handled and analyzed. The raster analyses are carried out using ArcGIS, where water characteristics are sorted. The outcomes are calculated and the water in the city is determined. This study reveals water scarcity and estimates it. While, the real estimation of water is highly expensive in comparison of human and machinery with regard to existing ones. For the future, in order to compare the proposed results of this study with the actual ones observed, it is planned to conduct underground water estimation of the area.