LiDAR and Magnetic Data for: Field Mapping and Modeling of Terrestrial Lava Tube Magnetic Anomalies as an Analog for Lunar Lava Tube Exploration and Prospecting

Archived are Magnetic and LiDAR data collected at Lava Beds National Monument by the NASA funded TUBEX project (Dr. Kelsey Young – PI) in 2017 and 2018. The archived data are for a paper submitted to a JGR Planets special issue on Exploring Planetary Caves as Windows into Subsurface Geology, Habitability, and Astrology with the title: Field Mapping and Modeling of Terrestrial Lava Tube Magnetic Anomalies as an Analog for Lunar Lava Tube Exploration and Prospecting. We use observed data and detailed magnetic models to understand the practicality of mapping magnetic anomalies to determine lava tube locations and internal geometries within a lava flow.

存档于2017年至2018年间由NASA资助的TUBEX项目（由Kelsey Young博士担任首席研究员）在Lava Beds国家纪念碑收集的磁性和激光雷达数据。该存档数据用于提交至《JGR Planets》杂志特刊《探索行星洞穴作为洞察地下地质、宜居性和天文学的窗口》的论文，论文题目为《地球表面火山管道磁性异常的现场测绘与建模：作为月球火山管道探测与勘探的类比》。本研究通过观测数据和详细的磁性模型，旨在理解将磁性异常映射以确定火山管道位置及其在熔岩流内部几何形状的可行性。