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This study used wireless remote sensing (WSN) technology to monitor river water in the city of Diwaniyah (Iraq). This technique helps to monitor the water quality of the river using the sensors submerged in water to conserve water resources within a specified standard for local use and the ability to take the necessary measures to restore the health of the body. The eight-month study period included four stations in the Shatt al-Diwaniyah River. Eight environmental factors were observed: water temperature, (pH), electrical conductivity (EC), Total dissolved solids (TDS), Turbidity, dissolved oxygen (DO), light penetration and chlorophyll a through wireless sensors. The results of the present study showed that the characteristics of the water quality of the Shatt al-Diwaniyah River were compatible with Iraqi drinking water standards except turbidity and electrical conductivityThe results showed that wireless remote sensing technology in river water monitoring can be considered as an alternative to the traditional manual method used by specialists to monitor river water as a means of shortening effort and time as well as continuous and constant monitoring systems.

Environmental monitoring of the Shatt Al-Diwaniyah River water quality using GSM wireless remote sensing technology (WSN)