Published:
🚨 New Year, New Article! 🚨 Gas diffusion-adsorption in zeolitic rocks behaves counter-intuitively when partially saturated. This has implications for radionuclide transport monitoring, and possibly even methane transport on Mars. doi.org/10.1016/j.je...
— Dr. John P. Ortiz (@johnportiz14.bsky.social) January 1, 2025 at 11:44 AM
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Title: The New Mars Underground: Fluids, Volatiles, and the Future of Mars Exploration
My first time as a session chair at #AGU24 was a great success! Turns out a lot of people care about subsurface processes on Mars!
— Dr. John P. Ortiz (@johnportiz14.bsky.social) December 9, 2024 at 8:05 PM
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so excited to have successfully defended my doctoral dissertation yesterday! it was a wonderful journey https://t.co/D1fcxtz9RT
— John P. Ortiz (@JohnPOrtiz14) March 20, 2024
Title: Subsurface Flow and Transport Processes with Applications to Methane Variations on Mars
Adviser: Harihar Rajaram
Date: March 19th, 2024 at 9 am
Location: Ames 302 (Johns Hopkins University) and via Zoom
Zoom: ZOOM LINK