Presentations

  • glcw_0_01
    Opening Remarks, Cooperation in the Jupiter System Exploration. Landers for Galilean Satellites
    L.M. Zelenyi
    Opening Session
    3.13 MB
  • glcw_1_01
    THE BEAUTY OF GANYMEDE
    N. Evdokimova
    1. Missions to Jupiter system
    7.57 MB
  • glcw_1_02
    Ganymede Lander mission overview
    M. Martynov
    1. Missions to Jupiter system
    10.68 MB
  • glcw_1_03
    JUICE: a European mission to Jupiter and its icy moons
    D.V. Titov, M. Dougherty, O. Grasset, C. Erd, L. Duvet, A. Wielders
    1. Missions to Jupiter system
    3.09 MB
  • glcw_1_04
    Science from the Europa Clipper Mission Concept: Exploring the Habitability of Europa
    D. Senske, L. Prockter, R. Pappalardo, M. Mellon, W. Patterson, S. Vance, B. Cooke, and the Europa Study Team
    1. Missions to Jupiter system
    8.33 MB
  • glcw_2_01
    A COMPARISON OF INTERNAL STRUCTURE OF GANYMEDE AND TITAN
    A. N. Dunaeva, V. Kronrod, O. Kuskov
    2. Ganymede: origin, internal structure and geophysics
    1.59 MB
  • glcw_2_02
    GEOPHYSICAL AND DYNAMICAL CONSTRAINTS ON GANYMEDE’S EVOLUTION AND PRESENT STATE
    Hussmann, H.
    2. Ganymede: origin, internal structure and geophysics
    5.34 MB
  • glcw_2_03
    Tides on Ganymede
    F. Sohl, F.W. Wagner, H. Hussmann
    2. Ganymede: origin, internal structure and geophysics
    2.45 MB
  • glcw_2_05
    A Geodesy Experiment using Direct-to-Earth radio-link between the Ganymede Lander and Earth tracking stations: Constraints on Ganymede interior structure.
    P. Rosenblatt, S. Le Maistre, M. Mitrovic, T. Van Hoolst, V. Dehant, V. Lainey, J.C. Marty
    2. Ganymede: origin, internal structure and geophysics
    1.8 MB
  • glcw_2_06
    THE DETERMINATION OF GANYMEDE’S ROTATIONAL STATE AND TIDES FROM RADIO TRACKING OF A LANDER
    M. Gregnanin, L. Iess, A. Longo
    2. Ganymede: origin, internal structure and geophysics
    771.72 KB
  • glcw_3_01
    Ganymede's Tectonics
    R. T. Pappalardo
    3. Ganymede: surface, geology and Landing site
    14.49 MB
  • glcw_3_02
    A Global Geologic Map of Ganymede
    G.W. Patterson, G.C. Collins, J.W. Head, R.T. Pappalardo, L.M. Prockter
    3. Ganymede: surface, geology and Landing site
    46.08 MB
  • glcw_3_03
    Ganymede v.s. Callisto: Which to pick up?
    M. A. Ivanov, A. T. Bailevsky, A. M. Abdrakhimov
    3. Ganymede: surface, geology and Landing site
    19.24 MB
  • glcw_3_04
    SOUNDING THE GANYMEDE’S CRUST WITH A GPR
    Valérie Ciarletti, Alice Le Gall, Marc Biancheri-Astrier, Jean-Jacques Berthelier, Stephen Clifford, Dirk Plettemeier
    3. Ganymede: surface, geology and Landing site
    8.53 MB
  • glcw_3_05
    NEW GANYMEDE CONTROL POINT NETWORKS, IMAGE MOSAICS, AND MAPS
    D. Zhukov1, A. Zubarev, I. Nadejdina, J. Oberst, V. Patraty, L. Shishkina, I. Karachevceva
    3. Ganymede: surface, geology and Landing site
    7.24 MB
  • glcw_3_06
    Imaging Instruments for Ganymede Mission
    G.A. Avanesov, R.V. Bessonov, B.S. Zhukov, A.A. Forsh
    3. Ganymede: surface, geology and Landing site
    18 MB
  • glcw_3_07
    Distribution Patterns of Bright and Dark Surface Materials on Ganymede and Correlations with Topography and Slopes
    J. Oberst, B. Giese, A. Zubarev, I. Nadejdina
    3. Ganymede: surface, geology and Landing site
    18.77 MB
  • glcw_4_01
    HOW TO EXAMINE THE HABITABILITY OF DEEP OCEANS OF ICE SATELLITES. AN APPROACH FROM THE STUDY OF THE CRYOMAGMATISM
    O. Prieto-Ballesteros, L.J. Bonales, and V. Muñoz-Iglesias
    4. Astrobiology
    4.62 MB
  • glcw_4_03
    Characterization of Exogenic Organic Matter on the Ganymede Surface.
    M. A. Zaitsev, M. V. Gerasimov, E. N. Safonova, M. A. Ivanova, C. A. Lorenz, A. V. Korochantsev, Yu. P. Dikov
    4. Astrobiology
    1.29 MB
  • glcw_4_04
    DIFFRACTION CAMERA SEEKING FOR MICROORGANISMS
    L.V.Ksanfomality
    4. Astrobiology
    3.34 MB