Please use this identifier to cite or link to this item: https://repository.sustech.edu/handle/123456789/24295
Title: Optimum Utillization Of Water Case Study: Wadi Nyala - South Dar Fur State
Other Titles: الأستغلال الأمثل للمياه دراسة حالة وادى نيالا ولاية جنوب دار فور
Authors: Yousif, Amani Maaz Hema
Supervisor, -Abbas Abdalla Ibrahim
Keywords: Water & Environmental Engineering
Optimum Utillization Of Water
Wadi Nyala
Issue Date: 22-Sep-2019
Publisher: Sudan University of Science and Technology
Citation: Yousif, Amani Maaz Hema .Optimum Utillization Of Water Case Study: Wadi Nyala - South Dar Fur State \ Amani Maaz Hema Yousif ; Abbas Abdalla Ibrahim .- khartoum :Sudan University of Science and Technology ,College of Water and Environmental Engineering,2019.-156 p :ill ;28cm .-PhD
Abstract: The Water Resources Management (WRM) concept was applied to the IWRM study in South Darfur, Western Sudan. This concept was chosen because it is straight forward, simple and logical. The data required to determine the use of domestic water, industrial water, agricultural water, surface water, rainwater, and groundwater were quantitative and qualitative. This approach requires the application of simple statistical models of statistical models, as well as advanced programs. The required data included definitions and calculations for standard and standard deviations along with more advanced statistical parameters such as coefficient of variation, deviation, and correction. Software applications have paved the way for solving parallel problems to solve water problems and achieve goals. In addition, a proposal was put forward to establish an integrated water resources management committee in the state of South Darfur, in parallel with the current and expected population growth. The most important results are the state of South Darfur, which accounts for 20% of the total area of Sudan. The annual flows are about 14 milliards M3, about 17% of all South Darfur flows are runoff waters in Wadies
Description: Thesis
URI: http://repository.sustech.edu/handle/123456789/24295
Appears in Collections:PhD theses : Water & Environmental Engineering

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