E. J. Speyerer

Papers

Total Citations

233

H-Index

About

E. J. Speyerer is a leading planetary scientist whose work has fundamentally reshaped our understanding of the Moon’s subsurface structure, surface processes, and future exploration potential. Speyerer’s core research focuses on lunar geology, remote sensing, and landing site characterization, with a particular emphasis on using high-resolution imagery from the Lunar Reconnaissance Orbiter Camera (LROC) to reveal hidden lunar features. Their most influential work, “Confirmation of sublunarean voids and thin layering in mare deposits” (2012, 162 citations), provided groundbreaking evidence for lava tubes and layered volcanic deposits beneath the lunar surface, directly impacting plans for future human habitats. Speyerer also made critical contributions to international missions, such as the photometric characterization of the Chang’e-3 landing site (2015, 41 citations), which enabled precise analysis of the Moon’s surface properties. More recently, Speyerer has advanced our understanding of lunar tectonics and seismicity in the polar regions (2024, 28 citations), revealing active deformation that poses risks for Artemis-era landings. Their multidimensional approach to landing site selection (2024) integrates diverse remote sensing datasets to optimize safety and scientific return. With a career defined by high-impact, mission-relevant discoveries, Speyerer remains a pivotal figure in lunar science and exploration.