
doi: 10.1038/415493b
pmid: 11823847
Recurrent eruptions of toxic hydrogen sulphide gas in the waters along the Namibian coast off southwestern Africa have been considered to be local features with only limited ecosystem-scale consequences. But satellite remote sensing has revealed that these naturally occurring events are much more extensive and longer-lasting than previously suspected, and that the resultant hypoxia may last for much longer. The effects on the marine ecology and valuable coastal fisheries of this region are likely to be important.
Ecology, Water Pollution, Fishes, Satellite Communications, Invertebrates, Namibia, Birds, Animals, Hydrogen Sulfide, Atlantic Ocean, Water Pollutants, Chemical
Ecology, Water Pollution, Fishes, Satellite Communications, Invertebrates, Namibia, Birds, Animals, Hydrogen Sulfide, Atlantic Ocean, Water Pollutants, Chemical
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