| J. Borovsky | Magnetospheric response to solar drivers |
| P. Demoulin | Relations between CME, ICME and magnetic clouds |
| P. Fox | Virtual Institutes: A new way of doing solar-terrestrial Science |
| J. Haigh | Mechanisms for solar influence on Earth's climate |
| K. Langematz | Impacts of ozone losses on middle atmosphere temperatures |
| J. Lastovicka | Long-term variability in the ionosphere |
| F.-J. Luebken | Outcomes from the German CAWSES program |
| D. Marsh | Response of the MLT to solar cycle changes in radiative and geomagnetic forcing |
| J. Oberheide | Planetary wave coupling into the upper atmosphere |
| K. Shibata | A new view of the sun from Hinode |
| K. Shiokawa | Coupling processes in the TIM system |
| I. Usoskin | Solar and cosmic-ray flux variability |
| S. Vadas | Thermospheric response to gravity wave coupling from below |
| C. Wang | Impacts of solar disturbances on the heliosphere and magnetosphere |
| L. Zelenyi | Magnetospheric disturbances |
| Abdu | Ionosphere-thermosphere disturbances at the equator |
| F. Auchere | The impact of STERO on solar physics |
| M. Baldwin | Stratospheric-tropospheric interactions |
| T. Breus | Influence of space and earth weather on the biosphere and possible mechanisms |
| S. Brönnimann | Ozone variabilty on short and long time scales |
| J. Burrows | Studies in middle atmosphere chemistry |
| I. Cairns | Studies of the solar wind |
| K. Chau | Ionosperic irregularities at the magnetic equator |
| P. F. Chen | Solar coronal mass ejections |
| M. Chipperfield | Middle atmosphere climate change |
| A. R. Choudhuri | Solar dynamo and variability |
| U. Cubasch | Solar impact on climate on time scales longer than the Schwalbe Cycle |
| J. Forbes | Atmospheric wave coupling in planetary atmospheres |
| S. Gurubaran | Atmospheric wave effects in the equatorial MLT |
| U. Inan | Lighning induced precipitation |
| K. Kodera | Solar influence on the stratosphere |
| K. Kusano | Data-driven modeling of solar storm |
| K. Labizke | On the Remarkable Stratospheric Warming in the Winter 2008/09 |
| B. Lavraud | Topics in solar wind, magnetosphere, cusp regions |
| M. Lester | High and mid-latitude ionospheric short term variability |
| H. Lühr | Studies of the upper atmosphere using CHAMP |
| M. Mlynczak | The energy budget of the MLT |
| T. Nakamura | Wave coupling at high latitudes |
| D. Nandy | Dynamo Model based Solar Cycle Predictions |
| V. N. Obridko | Solar cyclicity and global magnetic fields |
| D. Pancheva | Tides and planetary waves in the MLT |
| J. Plane | Atmospheric chemistry of meteoric metals |
| C. Randall | Impact of energetic paricle precipitation on the middle atmosphere |
| M. Rapp | Role of meteoric smoke particles in the polar middle atmosphere |
| I. Reid | Solar cycle variations in airglow emissions |
| C. Rodger | Lightning induced high energy particle precipitation |
| J. Russell | Polar mesospheric clouds from space |
| J. P. St-Maurice | Plasma instabilities and multi-scale coupling |
| S. Y. Su | Equatorial ionospheric irregularities: Studies using ROCSAT |
| M. Tokumaru | 3-D structure of ICME and solar wind |
| T. K. Torok | Simulations of flare and CME |
| E. Turunen | Chemistry modelling and coupling |
| S. Ueno | The CHAIN project |
| W. Ward | Atmospheric tidal coupling to the MLT and above |
