Reduced sulphur species and their transformations - Kalarikkal Bhaskaran, Sujith
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Oceans contribute about 20% of biogenic sulphur into atmosphere (15-20 Tg/yr). Various biological processes drive the sulphur cycle in the surface of the open ocean. Through these biological processes various sulphur compounds are produced in the ocean, and the volatile sulphur compounds are emitted to the atmosphere, among them dimethylsulphide (DMS) is the most abundant biological sulphur compound. Andreae (1990), estimated the flux of the DMS to be 0.6-1.6 Tmol S/year. The emission of DMS into the atmosphere is taking place due to its very large concentration difference across the air-water interface.…mehr

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Produktbeschreibung
Oceans contribute about 20% of biogenic sulphur into atmosphere (15-20 Tg/yr). Various biological processes drive the sulphur cycle in the surface of the open ocean. Through these biological processes various sulphur compounds are produced in the ocean, and the volatile sulphur compounds are emitted to the atmosphere, among them dimethylsulphide (DMS) is the most abundant biological sulphur compound. Andreae (1990), estimated the flux of the DMS to be 0.6-1.6 Tmol S/year. The emission of DMS into the atmosphere is taking place due to its very large concentration difference across the air-water interface.
Autorenporträt
Mr. Sujith K.B. is now working as a Marine Science teacher in the Ministry of Education, Maldives. He had been selected as an Erasmus Mundus SMART fellow by European commission in 2012, and has research experience from some of the prestigious Institutions around the world such as Queen Mary-University of London-United Kingdom, IGB-Berlin-Germany.