Summary

NASA conducted field work to determine the capabilities of various geophysical sensing techniques, including advanced imaging methods for planetary mapping. Field Work Assisted in field work to support analog studies of the RIMFAX instrument aboard the Mars Perseverance rover in central California, as well as worked with the UMD NASA Goddard based GEODES team at Lava Beds National Monument in northern California to detect subsurface lunar lava tubes. These efforts utilized effective Field of View EFOV to dramatically improve the resolution of mapping products and reverse modeling of point-based data.

The research utilized Diviner software for mapping, enabling the team to analyze high-resolution spatial data. Diviner was used for advanced analysis of point-based datasets to reveal complex geological structures on Mars. By combining effective field observations with modern data modeling, scientists can better understand subsurface features like lava tubes. This technology provides crucial insights into the Martian interior through high-resolution imaging and precise inverse modeling. The successful integration of such advanced techniques allows for more accurate geological interpretation in challenging remote environments.

Title

Tyler Horvath

Description

Business Card Page

Keywords

diviner, moon, using, work, mars, mapping, modeling, field, mare, operations, nasa, university, astronomy, tyler, thermal, more, caves

NS Lookup

A 104.21.71.181, A 172.67.147.248

Dates

Created 2026-03-09

Updated 2026-04-17

Summarized 2026-04-17