M. I. Zimmerman
Papers
1
Total Citations
25
H-Index
1
About
M. I. Zimmerman is a planetary scientist whose research centers on the dynamics of volatiles in the lunar polar environment, with a particular focus on the transport and redistribution of water ice and other trapped compounds. Her most-cited work, "Spillage of lunar polar crater volatiles onto adjacent terrains: The case for dynamic processes" (2015, 25 citations), presents a groundbreaking investigation into how solar wind plasma sputtering and other space-weathering processes liberate volatiles from permanently shadowed cold traps, allowing them to migrate onto adjacent, sunlit terrains. This research challenges static models of lunar volatile retention, revealing a more active and interconnected surface system. By demonstrating that these materials are not permanently sequestered but instead participate in dynamic cycles of release and redeposition, Zimmerman’s work has significant implications for in-situ resource utilization and our understanding of the Moon’s volatile budget. Her contributions highlight the importance of considering space environment interactions in lunar exploration, making her a key voice in the ongoing study of polar volatiles and their accessibility for future missions.
Research Focus
Key Achievements
Top Papers
- 1