My research interests include impact craters and other time-varying phenomena on terrestrial planets. I have participated in science and operations on multiple missions including MRO, InSight, Europa Clipper, and Juno.
A new study led by a Brown researcher reveals the frequency of space rocks pummeling Mars is higher than previously estimated and detects two of the largest impacts ever seen by scientists on the Red Planet.
Ingrid Daubar will be among the scientists to explore planetary defense and near-Earth asteroid science as part of the mission, scheduled to launch in October 2024.
Astronomers and enthusiasts across campus are gearing up for the big eclipse, with educational and viewing events at Brown and trips to prime watch spots in the path of totality.
Associate Professor Ingrid Daubar and colleagues recently published a new paper in Space Science Reviews titled “Planned Geological Investigations of the Europa Clipper Mission.” The publication outlines the geological investigations planned for the Europa Clipper mission, which aims to assess Europa’s potential habitability.
Meteoroid impacts on Mars' surface reveal intriguing connections between atmospheric density, elevation, and the formation of crater clusters, as hypothesized by Assistant Professor Ingrid Daubar
A vital part of future planetary science missions will be the development of more inclusive teams. As NASA’s InSight mission comes to its end on Mars, Professor Ingrid J. Daubar and the team share strategies that have helped them to work toward this goal in a new Nature Astronomy article.