Terrestrial and Planetary Permafrost Modeling and Experiments
Description:
NASA is seeking proposals for modeling, laboratory and remote sensing studies of terrestrial and planetary permafrost. Given the interest in future Mars and asteroids missions, NASA are interested in proposals to study stability, evolution, depth of burial etc. of permafrost and ice deposits on these objects.
Goddard Space Flight Center (GSFC) has the state-of-the-art Martian simulation chamber to conduct detailed laboratory simulations of the shallow (down to 9 cm) Martian permafrost. Martian chamber allows studies of the water vapor diffusion through icy soils, formation of the liquid films of water in the Martian permafrost, and migration of the salty fluids in the Martian permafrost. Also, they are interested in utilizing the RGA mass spectrometer connected to the Martian chamber to study processes of water exchange between Martian permafrost and Martian atmosphere. NASA are also interested in development of remote sensing techniques to detect ice and water deposits, especially ground penetrating radar (GPR). GSFC has GPR equipment (200, 400 and 900 MHz antennas) that can be used for fieldwork studies of terrestrial permafrost or planetary analog sites, and NPP candidates may propose to use this equipment for their studies. Applicants may contact the listed advisors for more information about available equipment.
Ref. code: 0159-NPP-NOV23-GSFC-Interdisc
Application deadline: 1 November 2023 (18:00:59 ET)
Location: Goddard Space Flight Center, Greenbelt, Maryland
Advisors: Alexander Anatolevich Pavlov (alexander.pavlov@nasa.gov; 301-614-5945)
