The recent strike on the Iranian nuclear facility has raised significant concerns regarding the spread of contamination across neighboring regions, particularly influenced by prevailing meteorological conditions. According to the distribution depicted in the chart, the Gulf States bear the highest risk, accounting for approximately 60% of the potential contamination impact. This elevated risk is primarily due to prevailing monsoon winds which are expected to direct radioactive or chemical contaminants towards these states, making them the most vulnerable to immediate environmental and health hazards. Iraq represents the second-highest risk area at 30%, also significantly influenced by the same monsoon wind patterns. The direction and strength of these winds will likely carry contamination into Iraqi territory, potentially affecting air quality, water resources, agricultural productivity, and public health. Given Iraq's geographical proximity to the affected site, and its prevailing climate, monitoring and preparedness measures should be prioritized to mitigate the risks. Neighboring areas, constituting about 10% of the risk distribution, are considered to have lower exposure levels, acting as secondary contamination zones. These regions are likely to experience moderate contamination based on the leak's exact location and fluctuating wind patterns, which may dilute or redirect pollutants over time. In summary, the contamination impact varies by region, with the Gulf States facing the highest threat due to direct wind patterns, followed by Iraq with considerable risk, and other neighboring areas with moderate to low risk. This scenario emphasizes the critical importance of coordinated regional monitoring systems, emergency response planning, and public communication strategies to minimize the environmental and health consequences of this event. Furthermore, continuous analysis of wind direction, contamination levels, and leak sources will be essential to update risk assessments and implement effective protective measures.