Ionospheric irregularities represent spatial and temporal variations in the electron density of the Earth’s ionosphere, which are closely interwoven with broader atmospheric dynamics. These ...

The atmospheric dynamics of Jupiter and Saturn continue to intrigue planetary scientists with their complex interplay of deep-seated flows, strong zonal jets, turbulent weather systems, and magnetic ...

The Earth’s atmosphere is experiencing an accelerated rate of atmospheric escape, leading to a faster loss of gases into space than previously observed. This revelation, founded on recent scientific ...

A new study details processes that keep pollutants aloft despite a drop in emissions. Nitrates in the atmosphere reduce air quality and play an important role in climate change. An international team ...

Astronomers have detected over 5,800 confirmed exoplanets. One extreme class is ultra-hot Jupiters, of particular interest because they can provide a unique window into planetary atmospheric dynamics.

Atmospheric science is rapidly evolving as new technologies, analytical tools, and theoretical frameworks enhance our ...

Are you ready to tackle some of the most pressing challenges in climate, air quality, and atmospheric dynamics? At Michigan Technological University, our PhD program in Atmospheric Sciences equips you ...