Dust is an essential component of the climate and the Earth system dynamics, participating in feedbacks with the radiative balance, precipitation, atmospheric and ocean biogeochemistry and land use, including impacts on human health. Compared to the Northern Hemisphere, dust in the Southern Hemisphere has traditionally received less attention. However, a growing body of literature stresses the importance of dust in southern latitudes, since southern land masses are the most important sources of dust deposited on the southern oceans, the most extensive of the high-macronutrient, low-chlorophyll water bodies. In southern polar and subpolar regions, the long-range transport of dust potentially affects high-latitude albedo of snow- and ice-covered surfaces.
Confirmed keynote speakers:
- Diego Gaiero. CICTERRA, CONICET-UNC,
"Contributions to the study of southern hemisphere Late Pleistocene climatic variability through the characterization of South American dust sources and the related sedimentary deposits".
- Santiago Gassó. University of Maryland, College Park, USA,
"Southern South America dust activity in relation to long range transport to Antarctica and the Southern Ocean".
- Cécile Guieu. LOV, CNRS, Villefranche sur Mer, France,
“Biogeochemical impacts of dust deposition in the ocean”.
- Samuel Marx. University of Wollongong, Australia,
"Examining the drivers of Australasian dust emissions: Contrasting the behaviour of the warm-arid and cold-wet Southern Hemisphere dust sources through time".
- Jan-Berend Stuut. Royal NIOZ, The Netherlands,
“Late Quaternary paleoclimate records of southern-hemisphere drylands derived from deep-marine sediment archives”.
- Marcelo Zárate. INCITAP, CONICET-UNLPam,
"Late Cenozoic record of South American loess: tectonic and paleoclimatic implications".