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International Teams

Teams are composed of about 8-15 (not less than 3) scientists of different laboratories, nationalities and expertise. They hold a series of two to three one-week meetings over a period of 12 to 18 months. Exceptionally Teams may choose to have only one one-week meeting with larger participation, i.e., a “Team Workshop”. The "raison d'être" of Teams is to carry out a research project leading to publications in scientific journals. The activity is directed and organized by a team leader who is also the initiator of the proposal to ISSI. Though in close contact with the scientific staff of the Institute, teams are largely autonomous in the execution of their project. Teams are set up in response to an Annual Call by ISSI. Proposals are evaluated and prioritized by the Science Committee.

Information for Team leader: creating a team web site (pdf-file) >
 
International Teams selected in 2009 I 2008 I 2007 I Previous Teams (Status Completed)
 

active International Teams selected in 2009

ID

Team leader

Science Objective

161 Alexander J. (US) The Gravity Wave Project Merging Space- and Groundbased Observational Constraints for Gravity Wave Parameterizations in Climate Models >>
162 Belloni T. (I) Strong gravitational field and ultra-dense matter in neutron stars >>
163 Bertucci C. (Arg) Comparative Study of Induced Magnetospheres >>
164 Delouille V. (B) Mining and exploiting the NASA Solar Dynamics Observatory data in Europe >>
165 Fletcher L. (UK) and Kasparova J. (CZ) Solar Chromospheric Flares >>
166 Galand M. (UK) Saturn Aeronomy >>
167 Gloeckler G. (US) and Fisk L. (US)

Observations and Theories of Suprathermal Tails and Anomalous Cosmic Rays in the Heliosphere and Heliosheath >>

168 Grocott A. (UK) A statistical investigation into coupled magnetospheric-ionospheric dynamics via multi-scale, multi-instrument, data assimilation >>
169 Heil P. (Aus)

Space-borne monitoring of polar sea ice

170 Hunt L.K. (I)

MOlecules and DUst at LOw metallicity: MODULO >>

171 Kempf S. (G) and Schmidt J. (G) Enceladus as an active moon >>
172 Kopeikin S. (US) Theory and Model for the New Generation of the Lunar Laser Ranging Data >>
173 Krucker S. (US) and Hudson H. (US) Submillimeter Solar Flare Observations >>
174 Labrosse N. (UK) Solar prominence formation and equilibrium: New data, new
models >>
175 Lahoz W. (No) Land Data Assimilation: Making sense of hydrological cycle observations
176 Lesur V. (G) The rapid temporal evolution of the observed magnetic field and the associated processes in the Earth’s liquid outer core >>
177 Mann I. (Jap) Nano Dust in the Solar System: Formation, Interactions and
Detection >>
178 Nichols J. (UK) Auroras of the Outer Planets >>
179 Oberst J. (G) Phobos and Deimos – After Mars Express, Before Phobos Grunt >>
180 Paschmann G. (G) Directional discontinuities in the interplanetary magnetic field >>
181 Schaerer D. (CH) Exploiting the Multi-Wavelength Lensing Survey >>
182 Seppälä A. (UK/Fi) Geospace Coupling to Polar Atmosphere >>
183 Tolstoy E. (NL) Defining the full life-cycle of dwarf galaxy evolution: the Local Universe as a template >>
184 Xie H. (US) and Ozsoi-Cicek B. (US) Monitoring Arctic and Antarctic Sea Ice from Various
Satellite Products >>
185 Yordanova E. (Swe) Dispersive cascade and dissipation in collisionless space plasma turbulence – observations and simulations >>
186 Zegers T. (NL) Interior Layered Deposits: what do they tell us about Mars
evolution? >>
     

active International Teams selected in 2008

ID

Team leader

Science Objective

143 Chaplin W.J. (UK) Astero FLAG-Sounding the stars
144 Cid C. (Sp) From the Sun to the terrestrial surface: Understanding the chain >>
145 Dunlop M. (UK) Conjugate response of the dayside magnetopause and dawn/dusk flanks using Cluster-THEMIS conjunctions and ground based observations >>
147 Frey H. (US) Auroral small-and meso-scale structures, origin and function >>
148 Gedalin M. (Is) Relativistic reconnection and collisionless shocks >>
149 Gibson S. (US) Coronal prominence cavities >>
150 Hanuise Ch. (F) Coupling of atmosphere regions with near-Earth space at mid and low latitudes >>
151 Hinton J.A. (UK) Identifying the UHECR accelerators using gamma-rays >>
152 Hoffmann P. (G) Bridging the gap between the middle and upper atmosphere: coupling processes due to winds and waves over an extended altitude range >>
153 Khotyaintsev Y. (Sw) and Bale S. (US) Magnetic reconnection and particle energization: Synergy of in-situ and remote observations >> 
154 Lämmerzahl C. (G) Investigation of the fly-by anomaly >>
155 Massone A. (I) Determination of energy and angular distribution of accelerated electrons in solar flares >>
157 Pernot P. (F) Intercomparison of 1D photochemical models of Titan atmosphere >>
158 Streltsov A.V. (US) Multi-scale electrodynamics of magnetosphere-Ionosphere interactions at high latitudes >>
159 Tsiropoula G. (Gr) and Madjarska M. (G) Solar small-scale transient phenomena and their role in coronal heating >>
160 Türler M. (CH) Decrypting and modeling the high-energy emission of Blazars >>
     

active International Teams selected in 2007

ID

Team leader

Science Objective

137 Heil P. (Aus) Monitoring of Antarctic Sea Ice during IPY >>
124 Lammer H. (A) Evolution of Exoplanet Atmospheres and their Characterisation >>
126 Meziane K. (Ca) A Study of Shock Acceleration Using Strong Turbulence Methods >>
127 Mitrofanov I. (Ru) Nuclear Planetology >>
129 Petrosyan A. (Ru) Martian Planetary Boundary Layer: Dynamics and Interactions with the Surface and Free Atmosphere >>
     
     
Completed Projects of International Teams >
     
last update 17 March 2010 by S. Saliba / A. Fischer