The propagation of ocean surface waves within the marginal ice zone (MIZ) is a defining
phenomenon of this dynamic zone. Over decades of study, a variety of methods have been …

In a companion paper (Xian et al., 2022, part 1 of the study), we present an Arctic aerosol
optical depth (AOD) climatology and trend analysis for 2003–2019 spring and summertime …

In this study, an improved integrated framework (Distribution-Evolution-Equilibrium,
abbreviated as DEE) was developed to analyze the spatiotemporal characteristics of climate …

We present an Arctic aerosol optical depth (AOD) climatology and trend analysis for 2003–
2019 spring and summertime periods derived from a combination of multi-agency aerosol …

Arctic cyclones are a fundamental component of Arctic climate, influencing atmospheric heat
and moisture transport into the region and surface energy, moisture, and momentum fluxes …

The relationship between cloud phase, ice‐nucleating particles (INPs), and ocean state is
vital in climate system modeling. High wave conditions induced by the Arctic sea‐ice decline …

Understanding the location and intensity of hazardous weather across the Arctic is important
for assessing risks to infrastructure, shipping, and coastal communities. Key hazards driving …

Abstract In January 2022, the strongest Arctic cyclone on record resulted in a record weekly
loss in sea ice cover in the Barents‐Kara‐Laptev seas. While ECMWF operational forecasts …

The combination of thinning ice, larger waves, and damage due to diurnal thermal cycling
motivate the need to better understand the impact of flexing under the action of oceanic …

We perform a climatological analysis of summer‐time Arctic cyclone structure in reanalysis
data using a phase space approach. A classification scheme for Arctic cyclones is proposed …