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International Teams with Status Completed

Following International Teams finished their scientific project:

Teams selected in 1995-2002 | 2003 | 2004 | 2005 | 2006 | 2007 | 2008 | 2009 | 2010 | 2011| 2012 | 2013 | 2014 | 2015

 
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International Teams selected in 2015

ID

Team leader

Science Objective

332 Andrews D. (SE) & Fischer G. (AT) Rotational Phenomena in the Saturnian Magnetosphere >
333 Brasseur G. & Bouarar I. (DE) Analysis of Persistent Regional Air Pollution in Asia >
334 Cabrera J. (DE) Researching the Diversity of Planetary Systems >
335 Criscuoli S. (US) Modeling Solar Irradiance with 3D MHD Simulations >
336 Deca J. (US) & Wang Xu (US) Plasma - Surface Interactions with Airless Bodies in Space and the Laboratory >
337 Galloway D. (AU) Nuclear Reactions in Superdense Matter - From the Laboratory to the Stars >
338 Grande M. (UK) EuroMoon: Lunar Surface Composition and Processes >
339 Heavens A. & Hildebrandt H. (UK) Cosmology with Size and Flux Magnification >
340 Ilie R. (US) & Ganushkina N. (FI) Ring Current Modeling: Uncommon Assumptions and Common Misconceptions >
341 Jackman C. (UK) & Paranicas C. (US) Structure and Dynamics of Jupiter's magnetosphere and boundary regions >
342 Kozarev K. & Nitta N. (US) The Connection Between Coronal Shock Wave Dynamics and Early SEP Production >
343 Loew A. & Klepp C. (DE) EO Validation Across Scales >
344 MacKinnon A. (UK) Accelerated Ions - The Elusive Component of Solar Flares >
345 Makela J. (US) & Rolland L. (FR) Understanding Solid Earth/Ocean-Ionosphere Coupling: Improving Models and Observational Capabilities for Monitoring Tsunamis from Space >
346 Martínez-Núñez S. (ES) A Comprehensive View of Stellar Winds in Massive X-ray Binaries >
347 Oka M. (US) Particle Acceleration in Solar Flares and Terrestrial Substorms >
348 Patsourakos S. (GR) & Vourlidas A. (US) Decoding the Pre-Eruptive Magnetic Configurations of Coronal Mass Ejections >
349 Pitts M. (US) Polar Stratospheric Cloud Initiative (PSCi) Workshops >
350 Plaschke F. (AT) & Hietala H. (UK) Jets Downstream of Collisionless Shocks >
351 Prantzos N. (FR) Galactic Cosmic Ray Origin and Composition >
352 Romano D. (IT) The Formation and Evolution of the Galactic Halo - Setting the Scene for the Large Modern Surveys >
353 Schwadron N. (US) Radiation Interactions at Planetary Bodies >
354 Skorov Y. (DE) Physical Properties of Cometary Nuclei Assessed from the Development of 67P CG's Activity
355 Testa P. (US) New Diagnostics of Particle Acceleration in Solar Coronal Nanoflares from Chromospheric Observations and Modeling >
356 Tian F. (CN) Astrobiology in the New Age
357 Vogt Marissa (US) & Masters A. (UK) How does the Solar Wind Influence the Giant Planet
Magnetospheres? >
358 Whiter D. (UK) Multi-Scale Variations in Auroral Electron Precipitation >
359 Yeates A. (UK) Comparison and Validation of Global Non-Potential Magnetic Models of the Solar Corona >
360 Young P. (US) Solar UV Bursts - A New Insight to Magnetic Reconnection >
 
 
 

International Teams selected in 2014

ID

Team leader

Science Objective

299 Aghanim N. & Douspis M. (FR) SZ Clusters in the Planck Era >
300 Altamirano D. (UK) & Blaes O. (US) The Extreme Physics of Eddington and Super Eddington Accretion onto Black Holes: a Comprehensive Study of the "Eddington Limit" Across Mass Scales >
301 Antolin P. (JP) Implications for Coronal Heating and Magnetic Fields from Coronal Rain Observations and Modelling >
302 Balikhin M. (UK) Analysis of Cluster Inner Magnetosphere Campaign Data, in Application the Dynamics of Waves and Wave-particle Interaction within the Outer Radiation Belt >
303 Bogdanova Y. (UK) & Lühr H. (DE) Field-Aligned Currents: Their Morphology, Evolution, Source Regions and Generators >
304 Chen C.(UK) & He J. (CN) Anisotropy and Intermittency in Solar Wind Turbulence (ISSI - ISSI Beijing Team) >
305 Cowan N.(US) Solving the Exo-Cartographic Inverse Problem >
306 Dudok de Wit T. (FR) Scenarios of Future Solar Activity for Climate Modelling >
307 Dunlop M. (UK) Small Scale Structure and Transport During Magnetopause Magnetic Reconnection: from Cluster to MMS (ISSI - ISSI Beijing Team) >
308 Foerster M. (DE) & Cnossen I. (UK) Magnetosphere-ionosphere-thermosphere Coupling: Differences and Similarities between the Two Hemispheres >
309 Fulle M.(IT) Analysis of the Circumnuclear Gas and Dust Coma of Comet 67P, the Rosetta Target, on the Basis of 3D and 3D+t Model Fits to Data Collected from Part of the Orbiter Payload >
310 Hestroffer D. (FR) Asteroids & Self Gravitating Bodies as Granular Systems >
311 Higgins P. (IE) & Georgoulis M. (GR) Improving the Reliability of Solar Eruption Predictions toFacilitate the Determination of Targets-of-Opportunity forInstruments With a Limited Field-of-View >
312 Lahoz W. (NO) Adding Value to Soil Moisture Information for Climate Studies >
313 Lainey V. (FR) Constraining the Dynamical Timescale and Internal Processes of the Saturn System from Astrometry >
314 Luna M. (ES) Large‐Amplitude Oscillations in Solar Prominences >
315 Meyssignac B. (FR) Contemporary Regional and Global Sea Level Rise: Assessment of Satellite & in-situ Observations and Climate Models >
316 Motta S. (ES) & Belloni T. (IT) There it Spins: the Hunt for Black Hole Spins >
317 Mueller-Wodarg I. (UK) Aeronomy of Terrestrial-sized Bodies (ISSI - ISSI Beijing Team) >
318 Opher M. & Hill M.E. (US) Facing the Most Pressing Challenges to Our Understanding of the Heliosheath and its Outer Boundaries >
319 Papitto A. (ES) The Disk-magnetosphere Interaction Around Transitional Millisecond Pulsars >
320 Pedatella N. (US) A Three-Dimensional Ground-to-Space Understanding of Sudden Stratospheric Warmings through a Combination of Numerical Models, Satellite and Ground-Based Observations >
321 Picard B. (FR) Climatological Aspects of Water Vapour and Wet Tropospheric Correction Covering the Altimetry Era (not active)
322 Plainaki C. (IT)

Towards a global unified model of Europa's exosphere in view of the JUICE mission >

323 Rachen J. (NL) Bayesian Modeling of the Galactic Magnetic Field Constrained by Space and Ground-based Radio-millimetre and Ultra-high Energy Cosmic Ray Data >
324 Ray L. & Yates J. (UK) Coordinated Numerical Modeling of the Global Jovian and Saturnian Systems >
325 Rudnick G. (US) The Effect of Dense Environments on Gas in Galaxies over 10 Billion Years of Cosmic Time >
326 Russell A. & Fletcher L. (UK) Magnetic Waves in Solar Flares: Beyond the “Standard” Flare Model >
327 Snow M. (US) Solar Heliospheric Lyman Alpha Profile Effects (SHAPE) >
328 Thibaut P. (FR) & Rinne E. (FI) Extension and Improvement of the Mean Sea Level Estimation in the Arctic Regions Using Space Altimetry Data >
329 Turner D. & Reeves G. (US) Understanding Energetic Particle Injections and their Effect on Earth’s Outer Radiation Belt Electrons using Multipoint Observations >
330 Valori G. (IT) & Pariat E. (FR) Magnetic Helicity Estimations in Models and Observations of the Solar Magnetic Field >
331 Warren H. (US) Improving the Analysis of Solar and Stellar Observations >
 

International Teams selected in 2013

ID

Team leader

Science Objective

267 Abbo L. (IT) &
Ofman L. (US)
Slow Solar Wind Sources and Acceleration
Mechanisms in the Corona >
268 Ballester J.L. (ES) Partially Ionized Plasmas in Astrophysics (PIPA) >
269 Balme M. (UK) Mapping the Northern Plains of Mars: Origins, Evolution and Response to Climate Change >
270 Cappi M. (IT) & J. Kaastra (NL) Deciphering AGN out ows: Multi-wavelength monitoring of NGC5548 >
271 Charbonnel C. (CH) Massive Star Clusters Across the Hubble Time >
272 Coppola C.M. (IT) Early Universe: Research On Plasma Astrochemistry >
273 DeRosa A. (IT) Unveiling Multiple AGN Activity in Galaxy Mergers >
274 Dolman H. (NL) Integrating Earth Observation Data the Description of Land Management Practices into Global Carbon Cycle Models >
275 Droege W. (DE) Exploration of the inner Heliosphere - what we have learned from Helios and what we want to study with Solar Orbiter >
276 Dzifcakova E. (CZ) & Mason H.E. (UK) Non-Equilibrium Processes in the Solar Corona and their Connection to the Solar Wind >
277 Fernandez Remolar D. (ES) Multidisciplinary Search for Preservation Windows of Biomolecules in Modern and Ancient Terrestrial Analogs as a Proxy for Ancient Deposits of Mars
278 Georgieva K. (BU) Effects of Interplanetary Disturbances on the Earth’s Atmosphere and Climate >
279 Harra L. (UK) Energy Transformation in solar and stellar flares >
280 Joachimi B. (UK) Understanding Intrinsic Galaxy Alignments >
281 Johannessen J.A. (NO) From 2D Mesoscale Surface Expressions to 3D Upper Ocean Dynamics >
282 Jones G. (UK) The Science of Near-Sun Comets >
283 Kleint L.& Sainz A. (US) Sub-arcsecond Observations and Interpretation of the Solar Chromosphere >
284 Limaye S.S. (US) Towards a Self Consistent Model of the Thermal Structure of the Venus Atmosphere >
285 Long D. (UK) & Bloomfield S. (IE) The Nature of Coronal Bright Fronts >
286 Ménard R. (CA) & Errera Q. (BE) Study Group on the Added-value of Chemical Data Assimilation in the Stratosphere and Upper-troposphere >
287 Mironova I. A. (RU) Specification of Ionization Sources Affecting Atmospheric Processes >
288 Page D.P. (MX) Probing Deep into the Neutron Star Crust with Transient Neutron-Star Low-Mass X-Ray Binaries >
289 Paranicas C. (US), Jackman C. (UK), and N. Sergis (GR) Modes of Radial Plasma Motion in Planetary Systems >
290 Phan T. (US) Ion and Electron Bulk Heating by Magnetic Reconnection >
291 Pogorelov N.V. (US) & Fichtner H. (DE) Heliosheath Processes and Structure of the Heliopause: Modeling Energetic Particles, Cosmic Rays, and Magnetic Fields >
298 Pulinets S. (RU) & D. Ouzounov (US) Multi-instrument Space-Borne Observations and Validation of the Physical Model of the Lithosphere-Atmosphere-Ionosphere-Magnetosphere Coupling >
292 Sahraoui F. (FR) & Sundkvist D.(US) Kinetic Turbulence and Heating in the Solar Wind >
293 Vandaele A.C. (BE) & Korablev O.(RU) Sulfur Dioxide Variability in the Venus Atmosphere >
294 Wilson C. (UK) & Marcq E. (FR) Improved Understanding of Venus Clouds >
295 Wiltberger M.(US) Determination of the Global Conductance Pattern and its Influence on the Dynamics of Geospace >
296 Yamazaki R. & Matsukiyo S.(JP) Physics of the Injection of Particle Acceleration at Astrophysical, Heliospheric, and Laboratory Collisionless Shocks >
297 Zimbardo G. (IT) & Fichtner H. (DE) Superdiffusive Transport in Space Plasmas and its Influence on Energetic Particle Acceleration and Propagation >
 

International Teams selected in 2012

ID

Team leader

Science Objective

234 Alexander J. (US) Atmospheric Gravity Waves in Global Climate Prediction and Weather Forecasting Applications >
235 Alibert Y. (CH) and Lin D. (US) Planetary Population Synthesis: Interpreting Present and Future Space Data >
236 Aschwanden M. (US) Self-Organized Criticality and Turbulence >
237 Cumming A. (CA) Thermonuclear Bursts: Probing Neutron Stars and their Accretion Environment >
238 DeRosa M. (US) and Wheatland M.S. (AU) Nonlinear Force-Free Modeling of the Solar Corona: Towards a New Generation of Methods >
239 Fear R. (UK) and Maggiolo R. (BE) Polar Cap Arcs: Understanding Magnetosphere-Ionosphere Coupling and Magnetospheric Topology during Periods of Northward IMF >
240 Fillingim M. (US) Kinetic Plasma Processes at Airless Bodies >
241 Finlay C. (DK) Rapid Dynamics in the Earth's Core: Assimilation of Satellite Observations into MHD models >
242 Fletcher L. (UK) Observations and Modeling of Flare Chromospheres >
243 Fraschetti F. (US) First Principles Physics for Charged Particle Transport in Strong Space and Astrophysical Magnetic Turbulence >
244 Gibson S. (US) Coronal Magnetometry: Building Tools for Discovery >
245 Heil P. (AU) and S. Kern (DE) Towards an Integrated Retrieval of Antarctic Sea Ice Volume >
246 Hocke K. (CH) Characterizing Diurnal Variations of Ozone for Improving Ozone Trend Estimates >
247 Jablonka P. (CH) The Evolution of the First Stars in Dwarf Galaxies >
248 Kartalev M. (BG) Modeling Cometary Environments in the Context of the Heritage of the Giotto Mission to Comet Halley and of Forthcoming New Observations at Comet 67P/Churyumov-Gerasimenko >
249 Kontar E. (UK) X-ray and Radio Diagnostics of Energetic Electrons in Solar Flares >
250 Kronberg E. (DE) Heavy Ions: Their Dynamical Impact on the Magnetosphere >
251 Lester M. (UK) and H. Opgenoorth (CH) The Induced Magnetosphere of Mars: Physical Processes and Consequences >
252 Marsh D. (US) Quantifying Hemispheric Differences in Particle Forcing Effects on Stratospheric Ozone >
253 Martinez S. (ES) Unified View of Stellar Winds in Massive X-ray Binaries >
254 Nakariakov V. (UK) and Pilipenko S.(RU) MHD Oscillations in the Solar Corona and Earth’s Magnetosphere: Towards Consolidated Understanding >
255 Neronov A. (CH) Study of Gamma-ray Loud Binary Systems >
256 Pokhotelov O. (RU) Large-scale Vortices and Zonal Winds in Planetary Atmospheres/ionospheres: Theory versus Observations >
257 Popel S. (RU) Dusty Plasma Effects in the System Earth–Moon >
258 Raouafi N.-E. (US) and E. Pariat (FR) Understanding Solar Jets and their Role in Atmospheric Structure and Dynamics >
259 Retino A. (FR) Particle Acceleration at Plasma Jet Fronts in the Earth’s Magnetosphere >
260 Sibeck D. and Collier M. (US) Solar Wind Charge Exchange Soft X‐ray Imaging in the Solar System >
261 Thomason L. (US) Stratospheric Sulfur and its Role in Climate (SSiRC) Workshops >
262 Turrini D. (IT) Vesta, the Key to the Origins of the Solar System >
263 van Bodegom P. (NL) Towards a Full Integration of Earth Observation Products and Concepts in Land Surface Models
264 Walsh A. (UK) and Haaland S. (NO) Dawn-Dusk Asymmetries in the Coupled Solar Wind-Magnetosphere-Ionosphere System >
265 Wedemeyer-Böhm S. (NO) Magnetic Activity of M-type Dwarf Stars and the Influence on Habitable Extra-Solar Planets >
266 Wright A. (UK) Magnetosphere and Ionosphere as a Coupled System: Theory and Observations >
 

International Teams selected in 2011

ID

Team leader

Science Objective

210 Bradshaw S. (US) and Mason H.E. (UK) Coronal Heating - Using Observables (flows and emission measure) to Settle the Question of Steady vs. Impulsive Heating >
211 De Pontieu B. and McIntosh S. (US) Heating of the Magnetized Chromosphere: Confronting Models with Observations >
212 Fernandes V.A. (DE) Updating the Lunar Chronology and Stratigraphy: New Laboratory and Remote Sensing Data, and New Approaches to the Interpretation of Old Data >
213 Forsyth C. (UK) Multi-point Studies of the Auroral Acceleration Region Using Cluster >
214 Foullon C. (UK) Flow-driven Instabilities of the Sun-Earth System >
215 Galperin B. (US) Zonal Jets and Eddies- Planetary Science and Satellite Oceanography at the Crossroads >
216 Goldwurm A. (FR) Present and Past Activity of the Galactic Center Super-massive Black Hole and its Impact on the Central Molecular Zone of the Galaxy >
217 Goncharenko L. (US) Atmosphere-Ionosphere Coupling during Stratospheric Sudden Warmings >
218 Goodwin S. (UK) The Formation of Star Clusters >
219 Jokipii J.R. and Stone E.C.(US) Address the Physics of the Heliopause >
220 Kaltenegger L. (US) Characterizing Super-Earths and Life Advance through linking 1D/3D Atm. Models and their Resulting Observables
221 Kokhanovsky A. (DE) Aerosol Remote Sensing from Space >
222 Kopp G. (US) An Assessment of the Accuracies and Uncertainties in the Total Solar Irradiance Climate Data Record >
223 Koutroumpa D. (FR) and Izmodenov V. (Ru) Spatial and Temporal Studies of the Heliospheric Interaction with the Local Interstellar Medium from SOHO/SWAN UV, IBEX Neutral Atom, and ACE and STEREO Pickup Ion Observations >
224 Lammer H. (AT) Characterizing Stellar and Exoplanetary Environments via Observations and Advanced Modelling Techniques >
225 Liemohn M. (US) and Ganushkina N. (FI) Resolving Current Systems in Geospace >
226 Marchand R. (CA) Interaction of Satellites with their Space Environment >
227 Minnett P. J. (US) Generation of Climate Data Records of Sea-Surface Temperature from Current and Future Satellite Radiometers >
228

Mitrofanov I. (RU) and Boynton W. (US)

Lunar Volatiles >
229 Reisenfeld D. (US) Advancing Our Understanding Of Solar Wind Fractionation >
230 Rickman H. (SE) Deriving Physical Parameters of Atmosphereless Bodies in the Solar System by Modelling their Thermal Emission >
231 Schrijver K. (US) and Beer J. (CH) Extreme Solar Flares as Drivers of Space Weather: From Science towards Reliable Statistics >
232 Stallard T. (UK) Comparative Jovian Aeronomy >
233 Svalgaard L. (US) Long-term Reconstruction of Solar and Solar Wind Parameters
 
 

Completed International Teams selected in 2010

ID

Team leader

Science Objective

187 Borrero J. M. (DE) Extracting Physical Information from Spectropolarimetric Observations. Comparison of Inversion Codes >
188 Chaplin W. J. (UK) AsteroFLAG-Ensemble and Differential Seismology of Solar-Type
stars >
189 Crosby N. B. (BE) and
Horne R. B. (UK)
The Earth’s Radiation Belts: Physical Processes and Dynamic Modeling >
190 Cumming A. (CA) Mapping Neutron Stars with Type I X-ray Bursts >
191

Ettori S. (IT)

Astrophysics and Cosmology with Galaxy Clusters: the X-ray and Lensing View >
192 Galsgaard K. (DK) and
Zuccarello F. (IT)
Magnetic Flux Emergence in the Solar Atmosphere: Comparing Observational and Model Conditions Leading to Active Region Formation and to the Interaction of the newly Emerged Flux with the Ambient Magnetic Field >
193 Geppert W. D. (SE) The Methane Balance - Formation and Destruction Processes on Planets, their Satellites and in the Interstellar Medium >
194 Hegglin M. (CA) Atmospheric Trace Gas Data Set Inter-Comparison Project >
195 Jackman C. (UK) Investigating the Dynamics of Planetary Magnetotails >
196 Kepko L. (US) The Substorm Current Wedge >
197 Kitiashvili I. N. (US) Filamentary Structure and Dynamics of Solar Magnetic Fields >
198 Leblanc T. (US) Critical Assessment and Standardized Reporting of Vertical Filtering and Error Propagation in the Data Processing Algorithms of the NDACC Lidars >
199 Marcowith A. (FR) Fermi Shock Acceleration Process: From Non-Relativistic to Ultra-Relativistic Shocks >
200 Marghitu O. (RO) and
Vogt J. (DE)
Plasma Coupling in the Auroral Magnetosphere–Ionosphere System (POLARIS) >
201 Meylan G. (CH) and Kneib J-P. (FR) Future visible/near-infrared space telescopes and dedicated cosmological surveys to probe Dark Energy and Dark Matter >
202 Michel P. (FR) and
Nakamura A.M. (JP)
Numerical and Laboratory Explorations of the Response of Solid Celestial Bodies and their Granular Surfaces to various Kinds of Stresses Under Variable Gravity >
203 Mironova I A. (RU) Study of Cosmic Ray Influence upon Atmospheric Processes >
204 Neronov A. (CH) Study of Gamma-ray Loud Binary Systems >
205 Popova O. (RU) and
Hartmann W. (US)
Utilizing the smallest Martian Craters to analyze Surface Ages and Geological Evolution >
206 Reissell A. (FI) Remote Observation of Aerosol‐Cloud-Precipitation‐Climate Interactions >
207 Schönherr G. (DE) Physics of the Accretion Column of X-ray Pulsars >
208 Wing S. (US) Plasma Entry and Transport in the Plasma Sheet >
209 Wise M. (NL) The Physical Mechanisms of AGN Feedback
 

Completed 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. (IT) Strong gravitational field and ultra-dense matter in neutron stars
163 Bertucci C. (AR) Comparative Study of Induced Magnetospheres
164 Delouille V. (BE) 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. (AU)

Space-borne monitoring of polar sea ice >

170 Hunt L.K. (IT)

MOlecules and DUst at LOw metallicity: MODULO >

171 Kempf S. (DE) and Schmidt J. (DE) 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. (DE) The rapid temporal evolution of the observed magnetic field and the associated processes in the Earth’s liquid outer core >
177 Mann I. (JP) Nano Dust in the Solar System: Formation, Interactions and
Detection >
178 Nichols J. (UK) Auroras of the Outer Planets >
179 Oberst J. (DE) Phobos and Deimos – After Mars Express, Before Phobos Grunt >
180 Paschmann G. (DE) 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. (SE) 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? >
 

Completed International Teams selected in 2008

ID

Team leader

Science Objective

141 Arlt R. (DE) A virtual observatory for meteoroids >
142 Brain D.A. (US) Inter comparison of global models and measurements of the Martian plasma environment >
143 Chaplin W.J. (UK) Astero FLAG-Sounding the stars >
144 Cid C. (ES) 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 >
146 Fishbaugh K.E. (US) The Martian polar deposits: Are they a Rosetta stone for the Mars climate? >
147 Frey H. (US) Auroral small-and meso-scale structures, origin and function >
148 Gedalin M. (IL) Relativistic reconnection and collisionless shocks >
149 Gibson S. (US) Coronal prominence cavities >
150 Hanuise Ch. (FR) 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. (DE) Bridging the gap between the middle and upper atmosphere: coupling processes due to winds and waves over an extended altitude range >
153 Khotyaintsev Y. (SE) and Bale S. (US) Magnetic reconnection and particle energization: Synergy of in-situ and remote observations > 
154 Lämmerzahl C. (DE) Investigation of the fly-by anomaly >
155 Massone A. (IT) Determination of energy and angular distribution of accelerated electrons in solar flares >
156 Milan S. (UK) Advances in understanding of the structure and dynamics of magnetic flux transfer at the Earth's magnetopause >
157 Pernot P. (FR) 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. (DE) Solar small-scale transient phenomena and their role in coronal heating >
160 Türler M. (CH) Decrypting and modeling the high-energy emission of Blazars >
 
 

Completed International Teams selected in 2007

ID

Team leader

Science Objective

113 Andreae M. (DE) Aerosol-Cloud-Precipitationclimate Interactions >
114 Arridge Ch. (UK) Mapping Magnetospheric Regions at Saturn: A Mini Jovian Aanalogue? >
115 Augereau J.C. (FR) and Krivov A. (DE) Exozodiacal Dust Disks and Darwin >
116 Belloni T. (IT) Probing the Accretion/Outflow Connection in X-Ray Binaries and Active Galactic Nuclei >
117 Cellino A. (IT) Light Scattering Phenomena in Small Body Surfaces >
118 Droege W. (DE) Transport of Energetic Particles in the Inner Heliosphere >
119 Ermolli I. (IT) Interpretation and Modelling of Solar Spectral Irradiance Measurements >
120 Gombosi T. (US) Comet Modeling
137 Heil P. (AU) Monitoring of Antarctic Sea Ice during IPY >
121 Horns D. (DE) Multi-Wavelength Study of Unidentified Very High Energy Gamma-Ray Sources: Finding the Cosmic Accelerators >
122 Kämpfer N. (CH) Atmospheric Water Vapour >
123 Labrosse N. (UK) Spectroscopy and Imaging of Quiescent and Eruptive Solar Prominences from Space >
124 Lammer H. (AT) Evolution of Exoplanet Atmospheres and their Characterisation >
125 Lester M. (UK) GeoSpace at the System-Level >
126 Meziane K. (CA) A Study of Shock Acceleration Using Strong Turbulence Methods >
127 Mitrofanov I. (RU) Nuclear Planetology >
128 Mumma M. (US)

Delivery of Water and Organic Matter to Young Terrestrial Planets >

136 Krasnoselskikh V. (FR) High-Mach-Number Collisionless Shock Dynamics: Theory and Simulations Versus Multi-Point Measurements in Space >
138 Overduin P. (DE) Remote Sensing Baseline for Long-term Monitoring of the Arctic Circumpolar Coastal Observatory Network (ACCO-Net)
129 Petrosyan A. (RU) Martian Planetary Boundary Layer: Dynamics and Interactions with the Surface and Free Atmosphere >
130 Popova O. (RU) Study Formation of Secondary Ejecta Craters and their Effects on Measurements of Planetary Chronology >
131 Poutanen J. (FI) Observations and physics of accreting neutron stars >
132 Savin S. (RU) Comparative Study of Turbulence and Anomalous Transport in Space and Fusion Plasmas >
139 Sharov A. (AT)

Polar Observations by Laser Altimetry, Radar Interferometry and Stereometry (POLARIS) >

133 Van Eyken T. (SE)

Towards More Effective Physics-Based and Statistical Models of the Polar Ionosphere >

134 Wakelam V. (FR) A New Generation of Databases for Interstellar Chemical Modeling in Preparation for HSO and ALMA >
135 Wilhelm K. (DE) Structure and Dynamics of Coronal Plumes and Inter-Plume Regions in Solar Coronal Holes >
138 Wilkinson J. (UK) Is there Still a North East Water Polynya? Investigations into Fundamental Changes in the Region >
 

Completed International Teams selected in 2006

ID

Team leader

Science Objective

96 Belehaki A. (GR) Advances in the Scientific Basis for Monitoring, Modelling and Predicting Space Weather >
97 Chaplin w. (UK) AsteroFLAG: from the Sun to the Stars >
98 De Grijs R. (UK) Star Cluster Formation and Evolution in Context of Quiescent Versus Violent Star Formation Paradigm >
99 Dunlop M. and
Fazakerley A. (UK)
Comparative Cluster-Double Star Measurements in the Magnetotail >
100 Izmodenov V. (RU) Effects of Heliospheric Breathing Due to Solar Cycle Variations from Back-Scattered Lyman-Alpha >
101 Kaastra J. (NL) Non-Virialized X-ray Components in Cluster of Galaxies >
102 Kosovichev A. (US) Data Assimilation for Solar Dynamics and Dynamo and Forecast of Solar Activity Cycle >
103 Krucker-Hudson S. (US) Coronal Hard X-ray Sources >
104 Mann I. (JP) Dust - Plasma Interactions: Observations in the Interplanetary Medium and in the Environment of Solar System Objects >
105 Massone A. (IT) The Rhessi Mission: Inversion Methods for Imaging Spectroscopy >
106 Müller-Wodarg I. (DE) Aeronomy of Titan >
107 Nakariakov V. (UK) Waves in the Solar Corona >
108 Parenti S. (BE) The Role of Spectroscopic and Imaging Data in Understanding Coronal Heating >
109 Poletto G. (IT) Role of Current Sheets in Solar Eruptive Events >
110 Pratzos N. (FR) Electron - Positron Annihilation in the Milky Way from Positron Sources to Annihilation Sites
111 Rozelot J.-P. (FR) Investigating Solar Diameter, Shape and Irradiance >
112 Wilms J. (DE) Formation of Cyclotron Lines in Neutron Star Accretion Columns >
     

Completed International Teams selected in 2005

ID

Team leader

Science Objective

78 Amm O. (FI) Ionosph/Magnetosphere Coupling and Induction Effects in a 3d Ionosphere Model >
79 Appourchaux T. (FR) The Structure of the Solar Core: Search for G Modes >
80 Belmont G. (FR) The Effect of ULF Turbulence and Flow Chaotization on Plasma Energy and Mass Tranfer at the Magnetopause >
81 Berghmans (BE) Preparation of the Scientific Exploitation of SWAP and LYRA by the SCSL Team >
82 Cid C. (ES) The Stages of Sun-Earth Connection >
83 Gombosi T. (US) Comet Modeling
84 Hamelin (FR) Titan's Ground-ionosphere Cavity after Huygens, Atmospheric Electricity and Surface >
85 Korablev (RU) Water in Mars Atmosphere: Comparison of Recent Data sets >
86 Kosovichev (US) Subphotospheric Dynamics of the Sun
87 Krymskii A.(RU) Response of the Martian Ionosphere/Thermosphere to the Solar Radiation, Solar Wind and Crustal Magnetic Fields >
88 Lahoz W. (UK) Assimilation of Envisat Data+C30 (ASSET): Analyses Intercomparison Project >
89 Lefeuvre F. (FR) On the Use of Wave Field Measurements to Trace WPI in the Plasmasphere and at the Medium and Low Latitude Ionosphere >
90 Massone A. (IT) The RHESSI Mission: X-ray Spectra and Image Analysis by Means of Inversion Methods >
91 Nakamura R. (AT) Transiant Processes and Localized Structures in the Magnetotail: Analysis, Modeling and Theory >
92 Pont (CH) Transiting Extra-solar Planets
93 Schaerer (CH) Observing the Early Universe Thanks to Einstein's General
Relativity >
94 Turyshev S. (US) Investigation of the Pioneer Anomaly >
95 Wiedenbeck (US) Impulsive Solar Energetic Particles Events
 

Completed International Teams selected in 2004

ID

Team leader

Science Objective

62 Baraffe I. (FR) Formation, Structure and Evolution of Giant Planets >
63 De Grijs R. (UK) Life and Death of Star Clusters >
64 Domnigo V. (ES) Relationship between Solar Magnetism and Irradiance >
65 Dudok de Wit T. (FR) STEREOscopic Reconstruction of Coronal and Interpl. Structures >
66 Dunlop M. (UK) Comparative Cluster-Double Star Meas. of Dayside Magnetosph >
67 Gray L.J. (UK) Solar Influence on Climate
68 Grün E. (DE) Physics of Dusty Rings >
69 Guedel M. (CH) Star Formation in the Taurus Molecular Cloud >
70 Kiraly P. (HU) Solar/Heliospheric Sources of Suprathermal/Energetic Particles Through Solar Cycle >
71 Kosovichev A. (US) Observations and Models of the Solar Cycle >
72 Lammer H. (AT) Evolution of Habitable Planets >
73 Lester M. (UK) Global Pattern of Ionospheric Effects of the IGW Caused by Auroral >
74 Lucek E. (UK) Hot Flow Anomaly as a Generic Particle Energisation Process
75 Möhlmann D. (DE) Water Content of the Upper Martian Surface >
76 Popova O. (RU) Interaction of Large Meteoroids with Atmosphere >
77 Scherer K. (DE) Dynamic Heliosphere, Variable Cosmic Environments, Imprints in Earth Archives >
     

Completed International Teams selected in 2003

ID

Team leader

Science Objective

52 Amm O. (FI) Ionospheric and Magnetospheric Electrodynamics using Cluster and Ground Based Data >
59 Auchère F. (FR) EUV Solar Irradiance at High Heliographic Latitutdes >
54 Bykov A. (RU) Physics of SN Remnants in the Chandra, XMM-Newton and INTEGRAL Era >
56 Chanteur G.M. (FR) Titan, a Planetary Scale Laboratory. Preparing for Cassini/Huygens Exploration
51 Erdös G. (HU) Plasma Turbulence and the Propagation of Charged Particles in the Heliosphere >
58 Gedalin M. (IL) Observable Features of Avalanching Systems >
50 Gombosi T. (US) Comet Modeling
61 Mazelle Ch. (FR) Production and Transport of 1-30 kev Upstream Ions >
55 McKenzie J.F. (SA) Non Linear Plasma Waves-Solitons, Periodic Waves and Oscillotons in Diverse Space Plasma Environments >
57 Möbius E. (US) Determination of the physical Hydrogen parameters of the LIC from within the Heliosphere >
53 Pavlinsky M. (RU) Multi Wavelength Investigations of X/-Gamma Sources. Support of INTEGRAL Observations >
60 Winterhalter D. (US) Search for Radio Emissions from Extra-Solar Planets >
     

Completed International Teams selected between 1995 – 2002

ID

Team leader

Science Objective

24 Altwegg K. (CH) Data Bank of Coma Abundances
27 Balikhin M . (UK) Analytic Study of Low Frequency Waves in High-Beta Plasma >
46 Balikhin M. (UK)
Pokhotelov (RU)
Identification of Low Frequency Waves in the Vicinity of Collisionless Shocks
15 Basilevskaya (RU) Gnevyshev Gap Investigation
38 Baumjohann W. (AT)
and Roux (FR)
Substorm Onset Physics
33 Bockéele-Morvan (FR) Molecular Cloud and Comet Connection
32 Cargill P. (UK) Central Issues in Solar Flare Physics >
31 Chang (UK) and
Ganguli (US)
Most recent advances in Polar Wind theory and observations
9 Chang (US) Physical Processes in the Magnetosphere/Ionosphere
26 Colangeli (IT) The Role of Laboratory Experiments in the Characterization of Cosmic Materials >
44 Crifo (FR) Advanced Modelling of Comet Halley Nucleus Activity
37 Ehrenfreund (NL) Prebiotic Chemistry: from the ISM to the Solar System
18 Einaudi (IT) Observational Consequences of Subresolution Physics in the Solar Atmosphere
42 Feldstein (RU) How to Quantify the Solar Wind-Magnetosphere Coupling?
19 Feldstein (RU) Injection and Dissipation of the Energy in the Earth
22 Geiss J. (CH) and
Tosi M. (IT)
Local Late Galactic Evolution (LOLA-GE) >
13 Glassmeier K.H. (DE) and
Szegö K. (HU)
Physics of Mass Loaded Plasmas
36 Gough (UK) Solar Wind Disturbances and Properties of the Upper Ionosphere from INTERBALL and MIR Data
10 Hagfors (DE) and
Farley (US)
Incoherent Scattering from the Ionospheric Plasma
40 Hartmann B. (CH) Mars Bolides
35 Huebner W. (US) Comet Nucleus-Coma Boundary Layer Model >
4 Huebner W. (US) Modeling of the Cometery Nucleus
23 Huntress W. (US) Data Bank on Rates (Cometary)
43 Izmodenov (RU) Physics of the Heliotail >
2 Kiraly P. (HU) Search for the Origin of Quiet-time Particle Fluxes in the Inner Heliosphere
45 Lefeuvre F. (FR) Earthquakes Influence on Ionosphere as Evident from Satellite Plasma Density-Electric Field Data >
12 Lembege (FR) Collisionless Shocks in the Earth’s Environment
5 Levasseur-Regourd A. (FR) Constraints on the Physical Properties of Cometary Dust from in-situ Measurements
3 Lyatsky (RU) and Jacobsen (ESTEC) Experimental Study, Analysis and Theoretical Investigation Events in the Dayside of the Magnetosphere
21 Mall (DE) Lunar Surface Events
39 McDonald (US) Cosmic Ray Modulation
48 McDonald (US) 10 Be/14 C, the Sun and the Heliosphere
30 Möbius E. (DE) Physical parameters of LIM through coordinated observations of the Gravitational Focussing cone at 1 AU >
17 Paschmann G. (DE) Advanced Data Analysis Methods >
28 Pedersen (NO) Multiscale dynamic processes near Magnetospheric Boundaries and in the Cusp >
49 Petrosyan (RU) Role of Turbulence in Solar Physics >
47 Sagdeev R. (RU) Nonlinear Wave Turbulence in Space Plasma and its Identification
6 Sauer (DE) and
Dubinin (DE)
Plasma Environment near Mars. A Review after the Phobos Mission
14 Schwartz (UK) and
and Paschmann G. (DE)
Small Scale Plasma Structures in the Magnetosphere
20 Shukla (DE) Dust Plasma Interaction in Space
1 Sibeck D. (US) The Relationship between Ionospheric Transient Events, Magnetospheric Phenomena and Solar Wind Conditions
29 Sibeck D. (US) Travelling convection vortices: Correlated signatures and origins >
11 Stasiewicz (SE) Alfvenic Structures and their Relation to Discrete Auroras
7 Treumann R. (DE) Radio Emissions from the Heliopause
34 Voelk (DE) Energetic Particles in the Galaxy
41 Winterhalter D. (US) Mars Magnetism, and the Interaction of Mars with the Solar Wind >
16 Yu-Quing Lou (US) Waves in Magn. Multicomp. Plasma
8 Zarka Ph. (FR) Ground based radio detection of extra-solar planets
25 Zurbuchen T. (US) Tracing Coronal Hole Boundaries into the Solar Wind >
     
Back to the active International Teams >
last update 14 September 2017 by S. Saliba / A. Fischer