Scholarlink

This chapter provides a comprehensive analysis of image-processing techniques and their vital role in monitoring oil spills along the Egyptian coastline and in its territorial waters. Egypt, as a significant player in the global oil market and a nation with extensive maritime zones in the Mediterranean Sea and Red Sea, is notably vulnerable to the environmental and economic threats posed by oil spills. In this context, the chapter first sets the stage by offering a detailed overview of the oil industry in Egypt, the associated risks of oil spills, and the importance of effective monitoring systems. We delve into various remote-sensing technologies, focusing on satellite imagery as an indispensable tool in the early detection and monitoring of oil spills. The chapter elaborates on the principles and methodologies of image-processing techniques, such as image segmentation, feature extraction, classification, and change-detection algorithms. It illustrates how these techniques are tailored for oil-spill scenarios in Egypt’s unique geographic and marine environment. Real-world case studies are highlighted to demonstrate the effectiveness and challenges of applying these image-processing techniques in detecting and tracking oil spills along the Suez Canal, the Mediterranean coast, and the Gulf of Suez areas. Special emphasis is placed on the integration of image processing with geographic information systems, enhancing the capabilities of predictive modeling and decision making in emergency responses. The chapter concludes by addressing the legal and policy framework for oil-spill monitoring in Egypt, underscoring the need for a robust, inter-agency approach that incorporates advanced image-processing technologies into national strategies for environmental protection and maritime safety. Recommendations are proposed for optimizing the use of image-processing techniques, improving collaboration between governmental agencies and industry, and fostering international cooperation in the fight against oil pollution in the region.

错误：搜索内容不能为空，请输入英文关键词
错误：关键词超出字数限制，请精简
高级检索

Enhancing Oil-Spills Monitoring in Egypt Through Advanced Image Processing and Remote-Sensing Techniques: Challenges, Applications, and Policy Implications

  • 章节

  • 发表日期：

    2025年

查看全文
  • Islam Abou El-Magd,
  • Mohamed Zakzouk,
  • Elham M. Ali,
  • Abdulaziz M. Abdulaziz

摘要

This chapter provides a comprehensive analysis of image-processing techniques and their vital role in monitoring oil spills along the Egyptian coastline and in its territorial waters. Egypt, as a significant player in the global oil market and a nation with extensive maritime zones in the Mediterranean Sea and Red Sea, is notably vulnerable to the environmental and economic threats posed by oil spills. In this context, the chapter first sets the stage by offering a detailed overview of the oil industry in Egypt, the associated risks of oil spills, and the importance of effective monitoring systems. We delve into various remote-sensing technologies, focusing on satellite imagery as an indispensable tool in the early detection and monitoring of oil spills. The chapter elaborates on the principles and methodologies of image-processing techniques, such as image segmentation, feature extraction, classification, and change-detection algorithms. It illustrates how these techniques are tailored for oil-spill scenarios in Egypt’s unique geographic and marine environment. Real-world case studies are highlighted to demonstrate the effectiveness and challenges of applying these image-processing techniques in detecting and tracking oil spills along the Suez Canal, the Mediterranean coast, and the Gulf of Suez areas. Special emphasis is placed on the integration of image processing with geographic information systems, enhancing the capabilities of predictive modeling and decision making in emergency responses. The chapter concludes by addressing the legal and policy framework for oil-spill monitoring in Egypt, underscoring the need for a robust, inter-agency approach that incorporates advanced image-processing technologies into national strategies for environmental protection and maritime safety. Recommendations are proposed for optimizing the use of image-processing techniques, improving collaboration between governmental agencies and industry, and fostering international cooperation in the fight against oil pollution in the region.