This study centers on evaluating the causes and mechanisms of oil pollution in the marine environment, while examining the effectiveness of current response techniques in addressing this phenomenon and its repercussions. The findings reveal that spilled oil does not remain stable or static in water; rather, it acts as a "transformative" pollutant that changes in composition and behavior due to natural weathering processes, such as emulsification. These physical and chemical processes mechanically multiply the volume of the oil over time from the onset of the incident, thereby frustrating conventional control efforts. In parallel with accidental spills, the study demonstrates that pollution in oil ports is largely attributed to daily improper and illegal operational practices, most notably the discharge of ballast water from tankers. This generates cumulative and continuous environmental degradation of coastal ecosystems—areas classified as highly ecologically and economically sensitive due to the density of human and oil-related activities .Furthermore, the lack of predictive modeling tools and Geographic Information Systems (GIS) in environmental risk assessment hinders the ability to forecast the movement of oil slicks, as well as intercept and contain them at open sea. This deficiency in the response system not only threatens marine environmental safety but also extends to pose a direct threat to water and food security. Based on these data, the significance of this work lies in proposing and developing integrated response strategies that combine mechanical methods with bioremediation. This, in turn, supports decision-makers in formulating emergency plans, updating environmental legislation, and transitioning oil pollution management from traditional reactive policies to proactive predictive response, alongside enforcing strict monitoring over daily operational activities at oil ports to protect marine resources and achieve their sustainable management................. Keywords:................ Oil Pollution; Strategic Challenges; Geographic Information Systems (GIS); Remote Sensing (RS); Oil Spill Control; Bioremediation.