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Advances in Engineering Research. Volume 20
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NotificationsNotify me of updates to THE RELATIONSHIPS BETWEEN MARINE PHYTOPLANKTON, DIMETHYLSULPHIDE AND THE GLOBAL CLIMATE: THE CLAW HYPOTHESIS AS A LAKATOSIAN PROGRESSIVE PROBLEMSHIFT
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THE RELATIONSHIPS BETWEEN MARINE PHYTOPLANKTON, DIMETHYLSULPHIDE AND THE GLOBAL CLIMATE: THE CLAW HYPOTHESIS AS A LAKATOSIAN PROGRESSIVE PROBLEMSHIFT $100.00
Authors:  Nei Freitas Nunes-Neto, Ricardo Santos do Carmo and Charbel Nińo El-Hani
Abstract:
In this chapter, we address the origin and development of a scientific hypothesis
about the connection between some species of marine phytoplankton, sulphur
compounds, and clouds over the oceans. This hypothesis is very relevant to the
understanding of the climate system. Investigations carried out by Lovelock and
colleagues in the beginnings of the 1970s were important to the construction of this
hypothesis. Those studies searched for a stable intermediary in the sulphur cycle, which
would be responsible for transferring this element from the oceans to the land surface.
Based on studies about the release of dimethylsulphide (DMS, a volatile sulphur
compound) by marine phytoplankton species, as well as the process of cloud formation
and its relationship with planetary albedo, Charlson, Lovelock, Andreae and Warren
proposed in 1987 what became known as the CLAW hypothesis. This hypothesis
proposes that the rapid oxidation of DMS in the atmosphere leads to the formation of a
non-sea-salt aerosol (NSS–SO4
2-), which, when oxidized, constitutes nuclei required for
the condensation of water vapor, and, thus, to cloud formation over the oceans. 


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THE RELATIONSHIPS BETWEEN MARINE PHYTOPLANKTON, DIMETHYLSULPHIDE AND THE GLOBAL CLIMATE: THE CLAW HYPOTHESIS AS A LAKATOSIAN PROGRESSIVE PROBLEMSHIFT