Marine pollution is usually described in visible terms: plastic fragments, oil films, algal blooms, and debris fields. But a growing part of ocean chemistry is visible only to instruments. A recent Nature Geoscience analysis examined anthropogenic chemical signatures in marine dissolved organic matter using public non-targeted tandem mass spectrometry datasets: 21 datasets, 2,315 seawater samples, and coverage across three ocean basins. Instead of testing only for a short list of known pollutants, the researchers searched broadly for molecular features consistent with xenobiotic or human-derived compounds, treating seawater as a high-dimensional chemical system rather than a simple container for familiar contaminants.
Citations: source-1, source-2, source-3, source-4, source-5, source-6, source-7, source-8
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Marine pollution is usually described in visible terms: plastic fragments, oil films, algal blooms, and debris fields. But a growing part of ocean chemistry is visible only to instruments. A recent Nature Geoscience analysis examined anthropogenic chemical signatures in marine dissolved organic matter using public non-targeted tandem mass spectrometry datasets: 21 datasets, 2,315 seawater samples, and coverage across three ocean basins. Instead of testing only for a short list of known pollutants, the researchers searched broadly for molecular features consistent with xenobiotic or human-derived compounds, treating seawater as a high-dimensional chemical system rather than a simple container for familiar contaminants.
Citations: source-1, source-2, source-3, source-4, source-5, source-6, source-7, source-8
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