Presentations
The daily program will be published after the extended abstracts are received.
| NAME (Last, First) | PRESENTATION TITLES/TOPICS | AFFILIATION |
|---|---|---|
| Adams, Jordan | VORTEX: A Mission Concept Study To Venus | College of Charleston |
| Baek, Minjin | Hydrocarbons and Organics on Venus: Where Are They Now? | University of Michigan |
| Balint, Tibor | Venus Aerial Mobility Concepts: In the Clouds & Near the Surface | Jet Propulsion Laboratory |
| Barstow, Joanna | Venus Cloud Properties from Venus Express VIRTIS Observations | University of Oxford |
| Belyaev, Denis | SO2 observations above Venus' clouds by SPICAV/SOIR | CNRS |
| Benfield, Michael | Venus Orbiter Recon and Tandem Environmental Xploration | University of Alabama - Huntsville |
| Bhatt, Bhuwan | Venus observations with 2-M HCT, Hanle-Ladakh | Indian Institute of Astrophysics |
| Bougher, Stephen | Dynamics, O2 Nightglow, and Ion-Neutral Chemistry of the Venus Upper Atmosphere: Interpretation of Venus Express Datasets Using the VTGCM | University of Michigan |
| Brecht, Amanda | Modeling Night Airglow Emissions and the Variability | University of Michigan |
| Bullock, Mark | Visualizing the surface of Venus | Southwest Research Institute |
| Covey, Curt | Atmospheric structure and dynamics | Lawrence Livermore National Laboratory |
| Drossart, Pierre | The VIRTIS Experiment on ESA/Venus Express: Investigations from Surface to Thermosphere | Observatoire de Paris |
| Esposito, Larry | SAGE: A proposed New Frontiers Mission to Land on Venus | University of Colorado |
| Fedorova, Anna | Water vapour in the Venusian atmosphere with SPICAV IR/VEX | Space Research Institute (IKi) |
| Ghail, Richard | The Case for InSAR at Venus | Imperial College London |
| Glaze, Lori | Role of volcanism in atmospheric evolution | NASA Goddard Space Flight Center |
| Grinspoon, David | Coupled Surface-Atmosphere Evolution of Venus | Denver Museum of Nature & Science |
| Hansen, Vicki | Equilibrium resurfacing of Venus is possible: Results from new Monte Carlo modeling and implications for Venus surface histories | University of Minnesota - Duluth |
| Helbert, Jörn | The near-infrared emissivity of the Venus surface: Observations by Venus Express and MESSENGER and a new program of high-temperature laboratory measurements | DLR - Institute for Planetary Research |
| Höink, Tobias | Pace of tectonic modes on Venus and Earth and atmospheric Argon | Rice University |
| Hoshino, Naoya | Effects of atmospheric waves on the O2-1.27 um nightglow distribution in Venus | Tohoku University |
| Imamura, Takeshi | Science plan of Japanese Venus orbiter, Akatsuki | Japan Aerospace Exploration Agency |
| Johnson, Natasha | Venus Pressure Chamber: A Small Testing Facility for the Community | NASA Goddard Space Flight Center |
| Krasnopolsky, Vladimir | Spatially-Resolved High-Resolution Spectroscopy of Venus: Variations of CO2, CO, HF, HCl, HDO, OCS, and SO2 at the cloud tops, OH and O2 Nightglow | Catholic University of America |
| Models of Atmospheric Composition and Chemistry on Venus | ||
| Lebonnois, Sebastien | The super-rotation mechanism based on Global Circulation Model simulations | LMD / CNRS / UPMC |
| Limaye, Sanjay | VMC Observations of Atmospheric Circulation Results from Venus Express | SSEC University of Wisconsin - Madison |
| Lorenz, Ralph | A Search for Lightning signatures in Pioneer Venus Gamma Ray Data | JHU Applied Physics Laboratory |
| Markiewicz, Wojciech | 1500 earth days around Venus, imaging with Venus Monitoring Camera on Venus Express | Max Planck Institute for Solar System Studies |
| McGouldrick, Kevin | Observing the Clouds of Venus from the Ultraviolet to the Infrared | University of Colorado |
| Molaverdikhani, Karan | Abundance and Vertical Distribution of the Unknown Absorber from analysis of VMC images | University of Colorado |
| Montmessin, Franck | Clouds of Venus: comparison with other terrestrial planets | CNRS Service d'Aéronomie |
| Nakamura, Masato | Venus Climate Orbiter AKATSUKI | Japan Aerospace Exploration Agency / ISAS |
| Noack, Lena | Coupling the Atmosphere with the Interior Dynamics: Implications for the Resurfacing of Venus | German Aerospace Center |
| Ogohara, Kazunori | Automated cloud tracking system for the AKATSUKI Venus climate orbiter data | Japan Aerospace Exploration Agency / ISAS |
| Orth, Christopher | Lithospheric thickness and evolution of volcanism | Washington University - St. Louis |
| Parish, Helen | Simulations of Multi-year Periodicities with a Venus Atmosphere GCM | University of California Los Angeles |
| Parkinson, Christopher | Photochemical Distribution of Venusian Sulphur and Halogen Species | University of Michigan |
| Rozoff, Christopher | Global Variations in The Lithospheric Thickness on Venus: Implications for The Evolution of Volcanism | SSEC University of Wisconsin - Madison |
| Sandor, Brad | Dynamics of the Venus Lower Thermosphere | Space Science Institute |
| Schubert, Gerald | Venus Rotation | University of California - Los Angeles |
| Singh, Upendra | Doppler Lidar for Wind Measurements on Venus | NASA Langley Research Center |
| Smit, Jan | The atmospheric disturbances of the Chicxulub impact: lessons for Venus? | Vrie University |
| Smrekar, Sue | Venus Hotspot Activity and Constraints on Convection (+ resurfacing) | Jet Propulsion Laboratory |
| Soret, Lauriane | The Venus oxygen nightglow and density distributions | Université de Liège |
| Sornig, Manuela | Investigations of Dynamics and Temperatures in the Venusian Upper Atmosphere by Infrared Heterodyne Spectroscopy | University of Cologne |
| Stoddard, Paul | Topographic Comparisons of Uplift Features on Venus and Earth: Implications for Venus Tectonics | Northern Illinois University |
| Stofan, Ellen | Themis Regio, Venus: Emissivity Signatures in VIRTIS-Venus Express Data | Proxemy Research |
| Svedhem Håkan | Venes Express Mission | European Space Agency |
| Takagi, Masahiro | Dynamical modeling of the Venus atmosphere with a new radiation model | University of Tokyo |
| Taylor, Fredric | Venus III: The Atmosphere, Climate, Surface, Interior and Near-Space Environment of an Earth-like Planet | Oxford University |
| Treiman, Allan | The Calcite-Quartz- Wollastonite-CO2 “Buffer” of Venus’ Atmosphere, with Implications for Other Planets | Lunar and Planetary Institute |
| Tsang, Constantine | Airborne observations of Venus: Past, Present and Future | Southwest Research Institute |
| Vats, Hari | IMF near Planets and solar rotation | Physical Research Laboratory |
| Widemann, Thomas | Venus Science from Earth-Based Observations: present and future | Paris Observatory |
| Wilson, Colin | Update on European Venus Explorer mission studies | Oxford University |
| Yamamoto, Masaru | Development of Venus GCM toward the AKATSUKI mission | Kyushu University |
| Young, Eliot | Correlations between VMC and 2.3 micron ground-based cloud tracking wind field estimates | Southwest Research Intitute |
| Zasova, Ludmilla | Venera-D: the future Russian mission to Venus | Space Research Institute RAS |
Last Update: September 20, 2010
