The study's goal was to conduct a step-by-step analysis of reservoir storage accumulation, which typically occurred as quantities in and out of the terrain formation known as water reservoirs. Depending on the algebraic sum of the income and missing water, the resulting water quantities can be negative or positive. The provided water is determined by the water resources' inflow and rainfall rates, while the missing quantities of water are determined by the outflow rates and evaporation rate. The terrain formation and countermines, as explained and analyzed in the study, determine the volume of water stored and the elevation of the water's surface. The study takes the evaluate based and derives a water-balanced equation which can be used to improve the water storage control as well as dam management. The Mosul reservoir in Iraq has been used as a case study for applying this same achievable equation, with GIS data supplying the courtliness of a reservoir area that was then processed by the Surfer program to identify the relationship between storage volume and storage elevation increment for each delta height of elevation. The study created a water balance analysis using data from the area's outflow and inflow rates, as well as rainfall as well as evaporation rates.
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