Teams are composed of about 8-15 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 aim 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) >> |
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International Teams selected in 2018 | 2017 | 2016 | Previous Teams (Status Completed) > |
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International Teams selected in 2018 |
ID |
Team leader |
Science Objective |
| 422 |
Alexander J. (US) |
New Quantitative Constraints on Orographic Gravity Wave Stress and Drag: Satisfying Emerging Needs in Seasonal-to-Subseasonal and Climate Prediction > |
| 423 |
Appourchaux T. (FR) |
Probing the Core of the Sun and the Stars > |
| 424 |
Biancale R. (FR) & Jäggi A. (CH) |
International Combination Service for Time-variable Gravity Field Solutions > |
| 425 |
Bucik R. (DE) & Drake J. (US) |
Origins of 3He-Rich Solar Energetic Particles > |
| 426 |
Chau J. (DE) |
An Exploration of the Valley Region in the Lowlatitude Ionosphere: Response to Forcing from Below and Above and Relevance to Space Weather > |
| 427 |
Drummond B. (UK) |
An Intercomparison of 1D Chemical Kinetics Codes for Exoplanet Atmospheres > |
| 428 |
Ettori S. (IT) |
Witnessing the Culmination of Structure Formation in the Universe > |
| 429 |
Fan Z. (CN) |
Weak Gravitational Lensing Studies from Space Missions (ISSI - ISSI Beijing Team) > |
| 430 |
Hauchecorne A. (FR) |
Synergy between Satellite and Ground‐Based Observations for the Study of Middle Atmosphere Dynamics > |
| 431 |
Hesse M. (NO) |
Can Magnetic Reconnection Explain the Discrete Aurora? > |
| 432 |
Jablonka P. (CH) |
Pristine > |
| 433 |
Jeffrey N. (UK) & Effenberger F. (DE) |
Solar Flare Acceleration Signatures and their Connection to Solar Energetic Particles > |
| 434 |
Knight M. (US) & Fitzsimmons A. (UK) |
First Contact: Making Sense of 1I/‘Oumuamua and Its Implications > |
| 435 |
Kokhanovsky A. (DE) & Rosenfeld D. (IL) |
Are We Doing the Right Satellite Observations and Analyses for Quantifying Cloud-Mediated Aerosol Climate Forcing? > |
| 436 |
Lasue J. (FR) & Wiens R. (US) |
Cross-Calibration of Laser-Induced Breakdown Spectroscopy (LIBS) Instruments for Planetary Exploration (ISSI - ISSI Beijing Team) > |
| 437 |
Lue C. (SE) |
Negative Ions in the Solar System > |
| 438 |
McGranaghan R. & Camporeale E. (US) |
Novel Approaches to Multiscale Geospace Particle Transfer: Improved Understanding and Prediction through Uncertainty Quantification and Machine Learning > |
| 439 |
Mironova I. (RU) |
Relativistic Electron Precipitation and its Atmospheric Effect (ISSI - ISSI Beijing Team) > |
| 440 |
Motta S.E. (UK) & Casella P. (IT) |
Looking at the Disc-Jet Coupling from Different Angles: Inclination Dependence of Black-Hole Accretion Observables > |
| 441 |
Papaioannou A. (GR) |
High EneRgy sOlar partICle Events Analysis (HEROIC) > |
| 442 |
Paschmann G. (GE) & Phan T. (US) |
Study of the Physical Processes in Magnetopause and Magnetosheath Current Sheets Using a Large MMS Database > |
| 443 |
Robin A. (FR) |
Gaia-BGM Exploiting Gaia data with the Besançon Population Synthesis Model for Understanding our Galaxy Evolution > |
| 444 |
Romano D. (IT) & Zhang Z.-Y. (UK) |
Chemical Abundances in the ISM: The Litmus Test of Stellar IMF Variations in Galaxies Across Cosmic Time (ISSI - ISSI Beijing Team) > |
| 445 |
Rudnick G. (US) |
COSWEB: The Cosmic Web and Galaxy Evolution |
| 446 |
Shapiro A. (DE) |
Linking Solar and Stellar Variabilities |
| 447 |
Toledo-Redondo S. (ES) |
Cold Plasma of Ionospheric Origin: Implication for Magnetospheric Dynamics > |
| 448 |
Turc L. & Palmroth M. (FI) |
Global Study of the Transmission of Foreshock ULF Waves into the Magnetosheath and the Magnetosphere > |
| 449 |
Tziotziou K. (GR) & Scullion E. (UK) |
The Nature and Physics of Vortex Flows in Solar Plasmas > |
| 450 |
Valori G. (UK) & Pariat E. (FR) |
Magnetic Helicity in Astrophysical Plasmas > |
| 451 |
Venturini J. & Helled R. (CH) |
Ice Giants: Formation, Internal Structure, and the Link to Exoplanets > |
| 452 |
Vincent J.-B. (DE) |
Outcome of collisions in the Early Outer Solar System > |
| 453 |
Watson C. (UK) |
Towards Earth-like alien worlds: "Know thy star, know thy planet" > |
| 454 |
Wilson L. (US) |
Resolving the Microphysics of Collisionless Shock Waves > |
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International Teams selected in 2017 |
ID |
Team leader |
Science Objective |
| 391 |
Ballot J. (FR) |
SOFAR - Seismology of Fast Rotating Stars > |
| 392 |
Besley E. (UK) |
Electrostatic Manipulation of Nano-Scale Objects of Lunar Regolith > |
| 393 |
Boily C. (FR) |
The Evolution of Rich Stellar Populations & Black Hole Binaries > |
| 394 |
Brun A.S. (FR) & Matt S. (UK) |
The Solar and Stellar Wind Connection: Heating Processes and Angular Momentum Loss > |
| 395 |
Buechner J. (DE) & Hoshinoi M. (JP) |
Plasma Heating and Particle Acceleration by Collisionless Magnetic Reconnection > |
| 396 |
Chaffin M. (US) |
Hydrogen Escape Across the Solar System and Beyond (ISSI - ISSI Beijing Team) > |
| 397 |
Ciarniello M. (IT) |
Comet 67P/Churyumov-Gerasimenko Surface Composition as a Playground for Radiative Transfer Modeling and Laboratory Measurements > |
| 398 |
Dangendorf S. (DE) & Marcos M. (ES) |
Towards a Unified Sea Level Record: Assessing the Performance of Global Mean Sea Level Reconstructions from Satellite Altimetry, Tide Gauges, Paleo-Proxies and Geophysical Models > |
| 399 |
De La Cruz J. & Leenaarts J. (SE) |
Studying Magnetic-Field-Regulated Heating in the Solar Chromosphere > |
| 400 |
Dolgonosov M. (RU) |
High-Energy Particles Sources and Powerful VHF Radiations in Electrically Active Atmosphere: Theoretical Models and Space Borne Instruments > |
| 401 |
Froment C. (NO) & Antolin P. (UK) |
Observed Multi-Scale Variability of Coronal Loops as a Probe of Coronal Heating > |
| 402 |
Galand M. (UK) |
Plasma Environment of Comet 67P after Rosetta > |
| 403 |
Garcia R. (FR) & Zhu P. (CN) |
An International Reference for Seismological Data Sets and Internal Structure Models of the Moon (ISSI - ISSI Beijing Team) > |
| 404 |
Gastaldello F. (IT) |
Soft Protons in the Magnetosphere focused by X-ray Telescopes > |
| 405 |
Greco A. (I) & Khabarova O. (RU) |
Current Sheets, Turbulence, Structures and Particle Acceleration in the Heliosphere > |
| 406 |
Heil P. (AU) & Tilling R. (UK) |
Satellite-Derived Estimates of Antarctic Snow- and Ice-Thickness > |
| 407 |
Hénault-Brunet V. (NL) & Gieles M. (UK) |
Globular Clusters in the Gaia Era > |
| 408 |
Kontar E. (UK) |
Low Frequency Imaging Spectroscopy with LOFAR - New Look at Non-Thermal Processes in the Outer Corona > |
| 409 |
Kopeikin S. (US) & Mueller J. (DE) |
Spacetime Metrology, Clocks and Relativistic Geodesy > |
| 410 |
Kozlovsky A. (FI) |
New Features in the Meteor Radar Observations and Applications for Space Research > |
| 411 |
Lainey V. (FR) |
Constraining the Dynamical Timescale and Internal Processes of the Saturn and Jupiter Systems from Astrometry (ENCELADE Team) > |
| 412 |
Lazar M. (BE) & Fichtner H. (DE) |
Kappa Distributions: From Observational Evidences via Controversial Predictions to a Consistent Theory of Suprathermal Space Plasmas > |
| 413 |
Luna M. (ES) |
Large-Amplitude Oscillations as a Probe of Quiescent and Erupting Solar Prominences > |
| 414 |
Mann I. (NO) |
Physics of Dust Impacts: Detection of Cosmic Dust by Spacecraft and its Influence on the Plasma Environment > |
| 415 |
Nitta N. & Mulligan T. (US) |
Understanding the Origins of Problem Geomagnetic Storms > |
| 416 |
Olshevsky V. (BE) & Valentini F. (IT) |
Magnetic Topology Effects on Energy Dissipation in Turbulent Plasma (ISSI - ISSI Beijing Team) > |
| 417 |
Owens M. & Clette F. (UK) |
Recalibration of the Sunspot Number Series > |
| 418 |
Parenti S. (FR) |
Linking the Sun to the Heliosphere using Composition Data and Modelling > |
| 419 |
Paul A. (IN) |
Multi-technique Characterization of Near-Earth Space Environment > |
| 420 |
Pevtsov A. (US) |
Reconstructing Solar and Heliospheric Magnetic Field Evolution Over the Past Century > |
| 421 |
von Clarmann T. (DE) & Degenstein D. (CA) |
Towards Unified Error Reporting (TUNER) > |
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International Teams selected in 2016 |
ID |
Team leader |
Science Objective |
| 361 |
Bonev B. (US) |
From Qualitative to Quantitative: Exploring the Early Solar System by Connecting Comet Composition and Protoplanetary Disk Models > |
| 362 |
Broomhall A.M. (UK) |
Quasi-periodic Pulsations in Stellar Flares: a Tool for Studying the Solar-Stellar Connection > |
| 363 |
Chi P. (US) |
Investigating the Magnetosphere through Magnetoseismology > |
| 364 |
Davis S. (US) |
A Tropical Width Diagnostics Intercomparison Project > |
| 365 |
Fragos T. (DK)/ Zezas A. (GR) |
Ultraluminous X-ray Sources: from the Local Group to the Very First Galaxies > |
| 366 |
Galsgaard K.(DK) |
Observation-Driven Modelling of Solar Phenomena > |
| 367 |
Georgy C. (CH) |
Towards a New Generation of Massive Star Models > |
| 368 |
Giacalone J. (US) |
The Physics of the Very Local Interstellar Medium and its Interaction with the Heliosphere > |
| 369 |
Hwang K.J. (US) |
MMS and Cluster Observations of Magnetic Reconnection > |
| 370 |
Johnstone C. (AT) |
The Early Evolution of the Atmospheres of Earth, Venus, and Mars > |
| 371 |
Jonker P. (NL) |
Using Tidal Disruption Events to Study Super-Massive Black Holes > |
| 372 |
Kneib J.P. (CH) |
Strong Gravitational Lensing with Current and Future Space Observations > |
| 373 |
Krivova N. (DE) |
Towards a Unified Solar Forcing Input to Climate Studies > |
| 374 |
Labrosse N. (UK) |
Solving the Prominence Paradox > |
| 375 |
Liu J.Y. (TW) |
Ionospheric Space Weather Studied by RO and Ground-based GPS TEC Observations > |
| 376 |
Miglio A. (UK) |
AsteroSTEP - Asteroseismology of STEllar Populations > |
| 377 |
Mowlavi N. (CH) |
Understanding the Fate of Binary Systems in the Gaia Era (ISSI - ISSI Beijing Team) > |
| 378 |
Roth M. (DE) & Zhao J. (US) |
Studies of the Deep Solar Meridional Flow > |
| 379 |
Sitnov M. (US) |
Explosive Processes in the Magnetotail: Reconnection Onset and Associated Plasma Instabilities > |
| 380 |
Snodgrass C. (UK) |
Main Belt Comets > |
| 381 |
Stevens B. (DE) |
The Role of Shallow Circulations in Organizing Convection and Cloudiness in the Tropics > |
| 382 |
Streltsov A. (US) |
Past, Present, and Future of Active Experiments in Space > |
| 383 |
Thomason L. (US) |
Stratospheric Sulfur and its Role in Climate (SSiRC) > |
| 384 |
Tian H. (CN) |
Diagnosing Heating Mechanisms in Solar Flares through Spectroscopic Observations of Flare Ribbons (ISSI - ISSI Beijing Team) > |
| 385 |
Valls-Gabaud D. (FR) |
Exploring the Ultra-Low Surface Brightness Universe > |
| 386 |
Verth G. & Morton R.(UK) |
Towards Dynamic Solar Atmospheric Magneto-Seismology with New Generation Instrumentation > |
| 387 |
Wedemeyer S.(NO),
Bastian T. (US) & Hudson H. (UK) |
A New View of the Solar-stellar Connection with ALMA > |
| 388 |
Yoshikawa I. (JP) |
The influence of Io on Jupiter's Magnetosphere > |
| 389 |
Zaqarashvili T. (AT) |
Rossby Waves in Astrophysics > |
| 390 |
Zhang S. (US) |
Climate Change in the Upper Atmosphere (ISSI - ISSI Beijing Team) > |
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| Completed Projects of International Teams > |
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last update 16 April 2019 by S. Saliba / A. Fischer |
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