Vegetation is the source of roughly 90 % of the total volatile organic carbon emissions to the atmosphere. The oxidation of biogenic volatile organic compounds (BVOC) contributes to the formation of secondary organic aerosol (SOA) with large implications for the atmospheric aerosol's climate and health effects. The oxidation of anthropogenic VOC also adds to SOA formation and leads to complex interactions of atmospheric oxidation pathways of biogenic and anthropogenic VOC, which must be untangled in order to fully describe SOA formation in the atmosphere. Furthermore, environmental stress such as heat and drought can induce additional emissions of biogenic VOC. Therefore, climate change will affect the biogenic contribution to SOA fomation and has to be considered in projections of future climate.
invited by Andreas Held, Atmospheric Chemistry
The ecology and conservation of a seasonally dry tropical forest in South America
The tangled evolutionary history of plants and fungi
Influence of vegetation and groundwater surface water interactions: an example from Aubach