Msc Thesis On Water Quality

The staff will lead a series of field practice training sessions: General Hydrobiology, Mathematical methods in Hydrobiology, Hydrology and Geography, Applied Hydrobiology, Water Chemistry, Running Water Ecology, Standing Water Ecology, Wetland Ecology, Water Management, Aquatic Toxicology, Paleohydrobiology, Water Quality Monitoring, European Water Framework Directive, Nature Conservation Water Microbiology, Algology, Macrophytes, Zooplankton, Macroinvertebrates, Fishes, Research Project Management, Tropical ecology, Fundamentals of Geoinformation Systems for Water Management Thesis writing I., Thesis writing II., Field Pracrise I., Field Practise II.See the Curriculum Dhere See further details at the Department of Hydrobiology.Suspended matter (SM), biochemical oxygen demand (BOD).

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To study the water quality for irrigation, sodium adsorption ratio (SAR), the percentage of sodium, and residual sodium carbonate (RSC) were calculated.

The results of hydro-chemical analysis were compared to WHO standards () standards for the suitability evaluation of the Seybouse Wadi water for drinking and domestic purposes.

Faculty: Science and Technology Starting date: September Duration: 4 semesters Language requirements: English language proficiency (TOEFL 547 /IELTS 6.0 /oral examination)Academic requirements: Relevant Bachelor degree Tuition Fee: 7.000 USD/year One time fees: application fee 150 USD, entrance procedure fee 350 USDShort description: The water management is an extremely increasingly complex challenge and it has policy priority facing global society.

Unprecedented climate, economic, technological and demographic change require a new generation of dedicated professionals who are committed to and trained in the interdisciplinary nature of water science and management.

The assessment of water quality has been carried out to determine the concentrations of different ions present in the surface waters.

The Seybouse River constitutes a dump of industrial and domestic rejections which contribute to the degradation of water quality.A total of 48 surface water samples were collected from different stations.The first objective of this study is the use of water quality index (WQI) to evaluate the state of the water in this river.The study area is located in the middle of the Seybouse Basin.With regard to climate, the area is characterized by an annual average rainfall of 600 mm, a more or less cool winter and a hot dry summer. 48 samples were collected from the Seybouse River during four periods (April and August in 2010, January and April 2011).The second aim is to calculate the parameters of the quality of water destined for irrigation such as sodium adsorption ratio , sodium percentage, and residual sodium carbonate.A high mineralization and high concentration of major chemical elements and nutrients indicate inevitably a high value of WQI index.The variation of the annual precipitation affects its hydrological regime; for instance, the floods of 1985 caused many damages to the Seybouse Valley.The drought observed in the last decades is linked to the decrease of the annual precipitation which did not exceed 600 mm by year.In Algeria, the quality of rivers is deteriorated by various forms of pollution.Water resources have become increasingly limited, difficult to exploit, and often are exposed to significant amounts of wastewater.