Edgar L. Andreas

Papers

Total Citations

123

H-Index

About

Edgar L. Andreas is a leading figure in boundary-layer meteorology and planetary science, best known for his pioneering work on the sublimation of ice on the Moon. His 2006 paper, "New estimates for the sublimation rate for ice on the Moon," which has garnered 123 citations, provided critical refinements to models of lunar ice stability, reshaping our understanding of water transport in the Moon’s exosphere and informing future exploration strategies. Beyond this hallmark study, Andreas has made foundational contributions to the physics of air-ice interactions, particularly in polar and marine environments, where his research on turbulent fluxes and surface energy balances has advanced climate and weather prediction models. His work on the stability of ice in permanently shadowed lunar craters remains a cornerstone for assessing in-situ resource potential. With a career spanning decades, Andreas has also influenced the design of field experiments and satellite retrievals, earning recognition for his rigorous theoretical and empirical approaches. His legacy lies in bridging terrestrial boundary-layer dynamics with extraterrestrial environments, inspiring new generations of researchers to explore the interplay between atmospheres and icy surfaces across the solar system.