| Name |
Institution |
Project |
| Mueller, Sebastian |
LMU |
ESR 1: The causes and consequences of large-scale volcanic ash aggregation |
| Cigala, Valeria |
LMU |
ESR 2: A new look into explosive volcanic eruption: integrated shock-tube experiments, field- and laboratory-based high-speed imaging and textural characterisation of pyroclasts |
| Chan, Ka Lok |
LMU |
ESR 3: Airline companies and volcanic eruptions: Approaches to better combine information from different research disciplines (atmospheric measurements, modelling, engineering) |
| Forte, Pablo |
JGU |
ESR 4: Volcanic ash production during long-lasting obsidian lava eruptions |
| Poret, Matthieu |
INGV |
ESR 5: Modelling aggregation of ash particles in volcanic plumes and the effect on ash cloud dispersion |
| Tournigand, Pierre-Yves |
INGV |
ESR 6: Field-based study of volcanic ash via visible and thermal high-speed imaging of explosive eruptions |
| Tarasenko, Inga |
UCL |
ESR 7: Impact of volcanic ash deposits on soil |
| Vogel, Andreas |
NILU |
ESR 8: Empirical constraints on aero-engine components tolerance following ingestion of volcanic ash |
| Tomasek, Ines |
UDUR |
ESR 9: Environmental and anthropogenic factors affecting the respiratory toxicity of volcanic ash |
| Alois, Stefano |
AU |
ESR 10: Laboratory simulations of gas-pyroclast flows: Investigating the effect of particle concentration, electrification, aggregation and re-entrainment in a recirculating windtunnel |
| Paredes, Joali |
UNIPG |
ESR 11: Numerical modelling and fractal analysis of magma fragmentation based on grain-size distributions of natural pyroclastic deposits |
| Laeger, Kathrin |
UNIPG |
ESR 12: High-resolution geochemical mapping of volcanic ash: constraining the effect of syneruptive magma mixing on eruptive style and ash distribution |
| Spanu, Antonio |
UNIVIE / DLR |
ESR 13: Derivation of volcanic ash mass concentration from in-situ and groundbased aerosol measurements |
