(1)Hazardous volcanic clouds: challenges, techniques and future (F. Prata)
(2) Light and ash (G. Grainger)
(3)Volcanic clouds detection and retrievals by using multispectral satellite data (S. Corradini)
(4)Volcanic clouds from and hyper-spectral satellite instruments (F. Prata)
(5)Light and ash (G. Grainger)
(6)Retrieval theory and applications with satellite spectrometers (E. Carboni)
(7)Satellite volcanic clouds Lab (S. Corradini)
(8)Volcanic degassing and ash emission (G. Salerno)
(9) Volcanic clouds transport and inverse modeling (C. Witham)
(10) Volcanic plumes modeling (M. Woodhouse)
(11) Volcanic clouds modeling Lab (M. Woodhouse and C. Witham)
(12) Volcanic cloud detection and monitoring from ground based radars (M. Montopoli)
(13)ATM and Airlines’ Operations in volcanic ash and convective weather (T. Bolic)
(14) Provision of early warnings on severe convection for aviation –  curent practices and future challenges (D. Visoiu)
(15) Convection detection and monitoring from ground based radars (M. Montopoli)
(16) The use of the equivalent isothermal layer method in convection forecasting (D. Visoiu)
(17)Convection and Stability – Thermodynamic Diagrams (M. Miglietta)
(18)The use of GNSS Radio Occultations for sounding the atmosphere and extreme atmospheric events (R. Biondi)
(19)Orographic Convection (M. Miglietta)
(20) Overshooting and deep convection (L. Labrador)
(21)Practical Experiences and Examples of deep convection: Mediterranean cyclones and supercells (M. Miglietta)
(22)Convection and atmospheric transport (L. Labrador)
(23) Extreme atmospheric events Datasets, data access and special archives (R. Biondi)