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Science Cases


To see the resources associated with a science case, just click on a science case name or number (#)

#NameDescriptionNode in charge
SC0.1Definition and archiving of ground-based observations in support of space missionsDefinition and archiving of ground-based observations in support of space missionsTechnical
SC1.1Dating planetary surfacesDating planetary surfaces from cratering processes : formation of the solar systemInteriors & Surfaces
SC1.2Quantifying the Martian geochemical reservoirsQuantifying the Martian geochemical reservoirsInteriors & Surfaces
SC1.3Exchange processes between surface and interior of icy moonsExchange processes between surface and interior of icy moonsInteriors & Surfaces
SC1.4Surface material compositionSurface material compositionInteriors & Surfaces
SC1.5Tectonics on MarsTectonics on MarsInteriors & Surfaces
SC1.6Terrestrial AnaloguesTerrestrial analogues in studies of the Martian surfaceInteriors & Surfaces
SC1.7EnceladusEnceladusInteriors & Surfaces
SC2.1Titan Ion ChemistryUnderstanding observations and constraining modelsAtmospheres
SC2.2IR and RAMAN Spectroscopy of MethaneCatalogue of IR and Raman spectra of gas CH4 coefficients, organics, minerals and icesAtmospheres
SC2.3Mars atmosphere measured by Spicam and GCM visualisation toolMars atmosphere measured by Spicam and GCM visualisation toolAtmospheres
SC2.4Understanding super-rotationUnderstanding super-rotationAtmospheres
SC3.1Solar wind interaction with Jupiter and Saturn auroraePlanetary aurorae and their electrodynamic drivers - solar wind vs. internal processesPlasmas
SC3.2What is the origin of the planetary modulated (quasi-periodic) signatures at Saturn ?What is the origin of the planetary modulated (quasi-periodic) signatures at Saturn ?Plasmas
SC3.3Interaction of magnetospheric plasma with icy moons in the Saturnian system (and others)Investigation of the interaction of magnetospheric plasma with icy moons in the Saturnian system and other giant planet systemsPlasmas
SC3.4Planets under extreme stellar conditionsPlanets under extreme stellar conditionsPlasmas
SC4.1Relative contributions of asteroidal dust, cometary dust... to the structure of zodiacal cloudWhat are the relative contributions of asteroidal dust, cometary dust, meteor streams, interstellar dust and circumplanetary dust to the structure of zodiacal cloud as a function of heliocentric distance, latitude and timeSmall Bodies, Dust, and TNOs
SC4.2What is the dynamical and morphological structure of the Kuiper beltWhat is the dynamical and morphological structure of the Kuiper beltSmall Bodies, Dust, and TNOs
SC4.3Distant activity, outbursts, splitting and disruption of cometary nucleiDistant activity, outbursts, splitting and disruption of cometary nucleiSmall Bodies, Dust, and TNOs
SC4.4Comet Churyumov-Gerasimenko outgassingComet Churyumov-Gerasimenko outgassingSmall Bodies, Dust, and TNOs
SC4.5Solar wind-comet surface interactionSolar wind-comet surface interactionSmall Bodies, Dust, and TNOs
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