|
| |
Completed International Teams selected in 2009 |
ID |
Team leader |
Science Objective |
| 166 |
Galand M. (UK) |
Saturn Aeronomy >> |
| 173 |
Krucker S. (US) and Hudson H. (US) |
Submillimeter Solar Flare Observations >> |
| |
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 >> |
| |
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|
| Back to the active International Teams > |
| last update 17 November 2011 by S. Saliba / A. Fischer |
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