Preface. Modelling and Climate. Climate Modeling Over the Mediterranean Region: An Overview; F. Giorgi. Modeling of Dust Processes for the Saharan and Mediterranean Area; S. Nickovic. Quantitative Remote Sensing of African Dust Transport to the Mediterranean; F. Dulac, et al. Model Components Necessary to Capture a Dust Plume Pattern Over the Mediterranean Sea; M. Schulz, et al. The Preliminary Modeling Results of Saharan Dust Transport to the Mediterranean Sea and Europe; S. Grigoryan, L. Erdman. Importance of the Source Term and the Size Distribution to Model the Mineral Dust Cycle; Y. Balkanski, et al. The Effects of Desert Particles on Cloud and Rain Formation in the Eastern Mediterranean; Z. Levin, E. Ganor. Application of a Lagrangian Model to the Study of the Atmospheric Fluxes to the Western Mediterranean; M. Alarcón, et al. Atlantic Perturbations Deeply Penetrating the African Continent: Effects Over Saharan Regions and the Mediterranean Basin; M. Conte, et al. Seasonal Distribution of the Boundary Layer Depths over the Mediterranean Basin; U. Dayan, et al. Biomass Burning in North Africa and Its Possible Relationship to Climate Change in the Mediterranean Basin; D.O. Suman. Modeling the Present and Last Glacial Maximum Transportation of Dust to the Arctic With an Extended Source Scheme; K. Andersen, C. Genthon. Geology and Source Regions. Saharan Dust Transport Over the North Atlantic Ocean and Mediterranean: An Overview; J.M. Prospero. Mineralogical Characterisation of Saharan Dust with a View to its Final Destination in Mediterranean Sediments; E. Molinaroli. The Mineralogical and Chemical Properties and the Behaviour of the Eolian Saharan Dust over Israel; E. Ganor, et al. Identification and Quantification of Dust Additions in Peri-Saharan Soils;L. Hermann, et al. Sedimentological Characteristics of Saharan and Australian Dusts; L. Kiefert, et al. Saharan Dust Input to the Western Mediterranean: An Eleven Years Record in Corsica; M.D. Loÿe-Pilot, J.M. Martin. African Dust Over Northeastern Spain: Mineralogy and Source Regions; A. Avila, et al. Saharan Aerosols: From the Soil to the Ocean; C. Guieu, A.J. Thomas. Atmosphere-Ocean Mass Fluxes at Two Coastal Sites in Sardinia (39-41° N, 8-10° E); O. Le Bolloch, et al. Mineralogy and Source of High Altitude Glacial Deposits in the Western Alps: Clay Minerals as Saharan Dust Tracers; L. Tomadin, et al. Grain Size Analysis of Aerosol and Rain Particles: A Methodological Comparison; G. de Falco, et al. Aerobiological Results from the 1994 Cruise of the Urania (CNR) II; P. Comtois, P. Mandrioli. Long-Range Transport of Biological Particles of Desert Origin: A Short Review; M. Hjelmroos. Chemical Fluxes and Composition of the Atmosphere. The Influence of Saharan and Middle Eastern Desert-Derived Dust on the Trace Metal Composition of Mediterranean Aerosols and Rainwater: An Overview; R. Chester, et al. Elemental Composition and Air Trajectories of African Dust Transported in Northern Italy; P. Bonelli, et al. The Impact of Saharan Dust on Trace Metal Solubility in Rainwater in Sardinia, Italy; F. Frau, et al. Northward Transport of Saharan Dust Recorded in a Deep Alpine Ice Core; D. Wagenbach, et al. Estimating Dust Input to the Atlantic Ocean Using Surface Water Aluminium Concentrations; C.I. Measures, E.T. Brown. Effect of Saharan Dust Transport on Ozone and Carbon Dioxide Concentration; P. Bonasoni, et al. African Dust Influence on Rainwater on the Eastern Coast of Spain; A. Carratalà, et al. Trace Metal C