Building and Exploring Vast Planetary Scenes with PRo3D

Beteiligte Autor*innen der JOANNEUM RESEARCH:

Autor*innen:

Gerhard Paar and Christoph Traxler and Andreas Bechtold and Thomas Ortner and Christian Tate and Sanjeev Gupta and Robert Barnes and Emily L. Cardarelli

Abstract:

PRo3D is a versatile tool for the interactive multiscale exploration and analysis of planetary surfaces. To date, Mars rover missions have been its primary application. MER, MSL and Mars 2020 mission scientists have used it for geologic interpretations. It has been upgraded to support 3D visualization for ExoMars Rosalind Franklin science operations and Asteroid exploration (ESA Hera mission).

Titel:

Building and Exploring Vast Planetary Scenes with PRo3D

Publikationsreihe

Name

AGU 2024

Weitere Dateien und links

https://agu.confex.com/agu/agu24/meetingapp.cgi/Paper/1666375

Jahr/Monat:

2024

/ December

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Building and Exploring Vast Planetary Scenes with PRo3D

Publikationsreihe

Ähnliche Publikationen

Constructing Geological Crosssections to Constrain the Threedimensional Stratigraphic Architecture of the Jezero Delta Front

GNARALOO BAY: STRATIGRAPHIC RELATIONSHIPS AT THE APEX OF A MARTIAN FLUVIODELTAIC SYSTEM AT JEZERO CRATER, MARS

The 3D Exploration of Jezero Crater, Mars

Miteinander zukunftsrelevant

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JOANNEUM RESEARCH
Forschungsgesellschaft mbH

Services

Links

Building and Exploring Vast Planetary Scenes with PRo3D

Publikationsreihe

Ähnliche Publikationen

Constructing Geological Crosssections to Constrain the Threedimensional Stratigraphic Architecture of the Jezero Delta Front

GNARALOO BAY: STRATIGRAPHIC RELATIONSHIPS AT THE APEX OF A MARTIAN FLUVIODELTAIC SYSTEM AT JEZERO CRATER, MARS

The 3D Exploration of Jezero Crater, Mars

Miteinander zukunftsrelevant

KONTAKTJOANNEUM RESEARCHForschungsgesellschaft mbH

Services

Links

KONTAKT
JOANNEUM RESEARCH
Forschungsgesellschaft mbH