Using AI and satellite geospatial analysis to detect and document the environmental impact of oil spills and maritime pollution across the Mediterranean.
Each report documents how an incident was detected, verified, and escalated — and what happened next.
Coordinated containment, environmental monitoring, and long-term ecosystem assessment
Read the reportHow AI-assisted satellite monitoring is helping identify hidden maritime pollution events
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AI-assisted satellite detection and environmental monitoring in the Eastern Mediterranean
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Investigating the hidden environmental cost of unmonitored marine pollution
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Pollution events and marine contamination severely affect local fishing communities by reducing fish populations, contaminating coastal waters and disrupting regional maritime economies. Exposure to polluted environments can force communities to abandon traditional fishing zones, threatening economic stability and cultural heritage tied to Mediterranean coastal livelihoods.
Hydrocarbons, plastics, heavy metals and industrial pollutants disrupt fragile marine ecosystems and accelerate biodiversity loss. Pollution can damage coral systems, destroy breeding habitats, contaminate sediment layers, and interfere with the migration and reproductive cycles essential to marine ecological balance.
Elevated pollution levels in coastal and urban environments have been linked to respiratory illness, contaminated seafood exposure, water quality degradation, and increased long-term public health risks. Contamination also impacts tourism, local infrastructure, and quality of life in affected coastal regions.
Your observation could be the first signal of a case. Send us what you've seen — location, time, photos.