Monday

1. Chromospheric evaporation due to phase mixing of Alfvén waves, Hendrik-Jan Van Damme (St Andrews), id 445
2. Coronal Loop Seismology Using Kink Oscillations in Loops with Wide Inhomogeneous Layers, David Pascoe, (KH Leuven), id 536
3. Diagnosing the Alfven speed in asymmetric fibrils using solar magneto-seismology, Matthew Allcock (University of Sheffield), id 371
4. Effect of electrical resistivity on the damping of fast and slow sausage modes, Michaël Geeraets (KU Leuven), id 404
5. Effect of the coronal loop density structure on the efficiency of wave heating, Paulo Pagano (St Andrews), id 318
6. Estimating the Heating Rate of Standing Alfven Waves, Alexander Prokopyszyn (St Andrews), id 472
7. Investigating the magnetic Rayleigh Taylor instability in a prominence with SST observations and supporting 3D MANCHA simulations, Thomas Rees-Crockford (Northumbria), id 409
8. MHD Wave Coupling in the Solar Atmosphere, Simon White (Warwick), id 278
9. Multi-wavelength observations of 4 homologous global coronal waves, David Long (MSSL), id 204
10. Impact of plasma inflow on magnetic twists during prominence formation, Chloe Sumner (Aberystwyth), id 477
11. Random excitation of decay-less transverse oscillations of coronal loops, Andrei Afanasev (KU Leuven), id 159
12. Thermodynamic Evolution of a Coronal Loop, Erin Goldstraw (St Andrews), id 448
13. Transverse Wave-Induced Kelvin-Helmholtz Rolls in Spicules, Patrick Antolin (St Andrews), id 197