When using sub‐km models to forecast convection, it is important to have a large enough
domain to allow convection to fully spin‐up from the lateral boundaries. However, running …

Regional atmospheric models struggle to maintain supercooled liquid in mixed‐phase
clouds during polar cold‐air outbreaks (CAOs). Previous studies focused on the …

In atmospheric models with kilometer‐scale grids the resolution approaches the scale of
convection. As a consequence the most energetic eddies in the atmosphere are partially …

Dense wintertime fog regularly impacts Delhi, severely affecting road and rail transport,
aviation and human health. Recent decades have seen an unexplained increase in fog …

We investigate the sensitivity of modeled tropical precipitation accumulation, intensity and
structures to the extent of convection‐permitting limited area model (LAM) domain size. Our …

For next-generation weather and climate numerical models to resolve cities, both higher
spatial resolution and subgrid parameterizations of urban canopy–atmosphere processes …

The THINICE field campaign, based in Svalbard in August 2022, provided unique
observations of summertime Arctic cyclones, their coupling with cloud cover, and their …

The turbulent transport of momentum, heat, and moisture can impact tropical cyclone
intensity. However, representing subgrid‐scale turbulence accurately in numerical weather …

Identifying modes of convection can be useful in both forecasting and research. For
example, it allows for potentially different impacts to be determined in forecasting contexts …

Abstract Mesoscale Convective Systems (MCSs) play a critical role in tropical rainfall
patterns and circulations. To reduce persistent biases and improve understanding of the …