Nile Water Science & Engineering Journal

VOLUMES

Volume: Volume 8, 2015

Issue: Issue 1 , 2015, July

Determination of The Extent of Yala River Flood Flows in The Yala Basin , Kenya

On Friday, 1st of May, 2015. 03:16:44 PM
By WANYONYI ENOCK

Topic: Flood Management
Paper |

Citations: 2 | Reads: 49 | Downloaded: 11

Abstract

In Kenya, hazards caused by river floods are a common phenomenon in most parts of the country. Areas of Kano plains in Kisumu County, Budalang`i in Bu read more

Combined Near-field and Far-field Models to predict Mixing Processes of Complex Cooling Water System

On Friday, 1st of May, 2015. 03:16:44 PM
By mohamed mohamed abdel-latif mohamed

Topic: GIS and Remote Sensing applications in river engineering
Paper |

Reads: 100 | Downloaded: 5

Abstract

The aim of this paper is to improve the predictive capability of the mixing processes of complex cooling water system where several discharge sources read more

Quantification of runoff components and processes using hydrochemical tracer studies in the Nyabugogo swamp, Rwanda

On Friday, 1st of May, 2015. 03:16:44 PM
By Omar Munyaneza

Topic: Other
Paper |

Downloaded: 6

Abstract

Chemical hydrograph separations of stream discharge are commonly used to determine the fractions of old and new water contributing to the stream flow. read more

Assessment of the Skill of Seasonal Meteorological Forecasts in the Eastern Nile

On Friday, 1st of May, 2015. 03:16:44 PM
By Doaa Amin

Topic: Enviromental aspects of river engineering
Paper |

Citations: 4 | Reads: 84 | Downloaded: 8

Abstract

Warnings issued several months ahead of a flood or a drought event can trigger action plans to mitigate the risks and enhance preparedness. An early w read more

The Relationship between Turbidity and Total Suspended Solids in the Blue Nile River at Khartoum

On Friday, 1st of May, 2015. 03:16:44 PM
By Muna Musnad

Topic: Enviromental aspects of river engineering
Paper |

Downloaded: 11

Abstract

Estimation of sediment characteristics in the Blue Nile River is of great importance particularly for the water treatment plants in Khartoum State. It read more

Management of Water Quality Upstream Cairo Drinking Water Plants along the Nile River

On Friday, 1st of May, 2015. 03:16:44 PM
By Reda M radey

Topic: Other
Paper |

Downloaded: 6

Abstract

The population growth, economic development, with the consequent anthropogenic activities in Egypt and global climate change pose to reduce the qualit read more

The population growth, economic development, with the consequent anthropogenic activities in Egypt and global climate change pose to reduce the quality trends of surface water resources. The limited amounts of rainfall make the country dependent mainly on the Nile River. The management of river water quality is a major environmental challenge. Cairo, sits on the River Nile south of the Mediterranean Sea, just upstream of the point where the river widens into the Delta. Cairo has an average reach length along the river about 50 km (from Km 900 to km 950 Referenced to Aswan High Dam). This research study area covers Cairo governorate along the River Nile, bounded by El Saff town at Km 877.00 from the South and El Kanater town at Km 953.00 from the North. This area is of particular importance in the study of surface water quality because; industrial and municipal wastes, agricultural and run-off from developing areas were mixing with river flow and surrounding water body thereby deteriorating the water quality. This study mainly aims to develop Water Quality Management Information System (WQMIS) capable of proposing the required managent scenarios to improve water quality upstream Cairo drinking plants and control the pollution sources. The collected data were utilized in three phases of analysis. In the first phase water quality indices (WQIs) were calculated using Canadian Water Quality Index (CWQI). In the second phase, mathematical model (MIKE11 model developed by Danish Hydraulic Institute (DHI), Denmark) was formulated to simulate a conservative WQ parameter (salinity of river water). This model was calibrated and used to simulate different scenarios to improve study reach water quality. Three WQ parameters (dissolved oxygen (DO), biochemical oxygen demand (BOD) and chemical oxygen demand (COD)) were modeled. In the third phase, The Water Quality Management Information System (WQMIS) was constructed for assessing and predicting the situation of the WQ status under current and future conditions. The study management scenarios showed that the maximum water quality improvement can be achieved under integrated management approach of study reach water quality based on the application of drain effluent treatment, drinking water plant sludge disposal treatment and increasing the study reach flow. less

Sea water/fresh water interaction in the Red Sea coast around Port-Sudan town-Red Sea State-Eastern Sudan

On Friday, 1st of May, 2015. 03:16:44 PM
By Abdalla El Sheikh

Topic: Other
Paper |

Citations: 3 | Reads: 1293 | Downloaded: 5

Abstract

Port-Sudan area is considered as one of the most vulnerable areas along the Red Sea coast of Sudan in terms of shortages in water supply. This study i read more

Urban CALculator Model (UrbanCALM) - Consistent and Efficient Framework for Urban Water Balance Analysis and Reporting: 2. Verification and Application

On Friday, 1st of May, 2015. 03:16:44 PM
By

Topic: GIS and Remote Sensing applications in river engineering
Paper |

Downloaded: 3

Abstract

The verification of UrbanCALM was carried out based on a case study of its application to the Melbourne Region in Victoria, Australia. This region is read more

The Potential Impacts of Low Releases From Nasser Lake Due to Climate Changes on Irrigation Pump Stations Along The Nile River

On Friday, 1st of May, 2015. 03:16:44 PM
By Amir Mobasher

Topic: Enviromental aspects of river engineering
Paper |

Reads: 38 | Downloaded: 9

Abstract

In terms of the significance of the Nile River, this research was commenced with the impartial of in-vestigating the potential impacts of low releases read more

Estimation of the Best fit Rainfall-Runoff Relationship for the Upper Blue Nile Basin

On Friday, 1st of May, 2015. 03:16:44 PM
By Assem Afify

Topic: Enviromental aspects of river engineering
Paper |

Downloaded: 8

Abstract

The Blue Nile water is the main source of the Nile River, which contributes approximately 60% of the Nile River flow arriving at Aswan Dam, Egypt. Rai read more

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