Effects of biomass-burning aerosol loading on Southern African climate
Doctoral Thesis
2013
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University of Cape Town
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Abstract
This study highlights the importance of including all biomass burning emissions, from the aerosols directly released from fires to the precursor gases, as different radiative forcings will be obtained from different chemical species, and, therefore, different circulation patterns are likely to be induced over all seasons, regardless of how large the emissions loading and/or concentrations are.
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Includes abastract.
Includes bibliographical references.
Reference:
Maúre, G. 2013. Effects of biomass-burning aerosol loading on Southern African climate. University of Cape Town.