Titlebook: Egyptian Coastal Lakes and Wetlands: Part I; Characteristics and Abdelazim M. Negm,Mohamed Ali Bek,Sommer Abdel-Fat Book 2019 Springer Nat

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Filtering Hierarchical Substreamsh as rising sea level and saltwater intrusion. The coastal lakes in Egypt are very important and vital to ecosystems and need continuous monitoring and good management practices..Coastal lakes can have a significant impact on the surrounding agricultural areas through waterlogging, secondary saliniz

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Design of Self-Assembling Materialsnt of these lakes were identified. Adaptive management approach would facilitate the investigation and classification of Egypt’s lakes and depressions..Egypt has been distinguished into four adaptive management zones based on different factors such as the climatic conditions in combination with the

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Plastic Analysis and Design of Structures,mean alkalinity was 257.8 mg l...The annual mean dissolved oxygen (DO), chemical (COD) and biological (BOD) oxygen demands are 8.6, 4.6 and 3.6 mg l., respectively. The concentrations of dissolved salts have the following sequence: SiO. > NO. > PO. > NO., with annual means of 41.7, 2.8, 1.2 and 1.1 

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Design of Built-Up Wooden Columns,It is concluded that a quick action for the lake remediation is initially to allow the law to take action over any type of stakeholder’s violence toward the lake. A socioeconomic study for Lake Manzala is recommended. Moreover, increased numerical modeling would provide further benefit.

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Design of Sustainable Product Life Cyclese is considered as the main food source for fish in these lakes. In addition to the four mentioned delta lakes, Lake Bardawil is located North Sinai, and it is a saline lake which is considered one of the most important lakes in North Egypt. Lake Bardawil environment differs from that of the other M

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Design of Systems on a Chip: Introduction,ic community in the saline Bardawil Wetland during the last decade hosted 51 species belonging to five phyla: Arthropoda, Annelida, Mollusca, Echinodermata, and Coelenterata. The abundance of macrobenthic species was closely correlated with the nature of bottom sediments, organic matter, and salinit

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Design of Underground Structuresg the dispersion of pollutants. The objective of the study is to build a hydrodynamic and water quality model of Lake Mariout, to show the current status of the lake which is subject to pollution from the agricultural drains and the point sources discharging directly to the lake. That objective is a