In her senior year in the School of Earth and Atmospheric Sciences, Devon Robinson joined fellow students in writing and illustrating a children's book about the deep ocean. Now, their class project is an e-book with NOAA's RESTORE program.

In her senior year in the School of Earth and Atmospheric Sciences, Devon Robinson joined fellow students in writing and illustrating a children's book about the deep ocean. Now, their class project is an e-book with NOAA's RESTORE program.

In her senior year in the School of Earth and Atmospheric Sciences, Devon Robinson joined fellow students in writing and illustrating a children's book about the deep ocean. Now, their class project is an e-book with NOAA's RESTORE program.

In her senior year in the School of Earth and Atmospheric Sciences, Devon Robinson joined fellow students in writing and illustrating a children's book about the deep ocean. Now, their class project is an e-book with NOAA's RESTORE program.

School of Earth and Atmospheric Sciences' Dorien Minor shares perspective, career plans, and the importance of representation in STEM.

Alexander Robel leads a new study projecting that warm seawater — seeping under certain glaciers — could eventually lead to future sea level rise that’s double that of existing estimates, with new findings published in The Cryosphere.

Alexander Robel leads a new study projecting that warm seawater — seeping under certain glaciers — could eventually lead to future sea level rise that’s double that of existing estimates, with new findings published in The Cryosphere.

Alexander Robel leads a new study projecting that warm seawater — seeping under certain glaciers — could eventually lead to future sea level rise that’s double that of existing estimates, with new findings published in The Cryosphere.

Alexander Robel leads a new study projecting that warm seawater — seeping under certain glaciers — could eventually lead to future sea level rise that’s double that of existing estimates, with new findings published in The Cryosphere.

Alexander Robel leads a new study projecting that warm seawater — seeping under certain glaciers — could eventually lead to future sea level rise that’s double that of existing estimates, with new findings published in The Cryosphere.