You are here: Home News Atmosphere. Special issue "Studying the effects of dust on weather"

Atmosphere. Special issue "Studying the effects of dust on weather"

by Enric Terradellas last modified Oct 20, 2017 12:48 PM

Special Issue Editors

 

Prof. Shu-Hua Chen


UC Davis, Department of Land, Davis, USA
Website | E-Mail
Interests: severe weather; aerosol–cloud–radiation interactions; dust and weather; mesoscale processes; data assimlation; model development

Dr. Angela Benedetti


European Centre for Medium-Range Weather Forecasts, Reading, UK
Website | E-Mail
Interests: aerosol data assimilation; atmospheric composition prediction; extended range weather and dust prediction; aerosol impacts on numerical weather prediction

 

Special Issue Information

 

This Special Issue intends to feature current efforts towards understanding the effects of mineral dust on weather at all scales and bring more attention from the operational and research communities to this important subject. Dust aerosols can directly interact with radiation and change the energy budget of the atmosphere and surface, modifying the thermal and dynamical structure of the atmosphere. In addition, suspended dust particles can serve as both cloud condensation and ice nuclei, thus, potentially altering cloud microphysical processes. All of these dust-induced changes are likely to affect cloud properties, storm life cycles, and precipitation charateristics. In extreme cases, dust may completely determine a storm’s fate, such as in the case of tropical cyclone genesis in the Atlantic where dust may either encourage or discourage storm formation. While mineral dust aerosols are often most abundant over and near source regions (e.g., Saharan Desert and Gobi Desert), they can be transported far from such areas, giving dust the potential to affect weather over large portions of the Earth. The effects of dust–radiation–cloud interactions on weather and climate have been studied, but our understanding of how these dust physical processes modify weather and climate is still limited and requires additional study. Due to the large, daunting uncertainty in long-term climate simulations introduced by aerosol-radiation-cloud interactions, this Special Issue emphasizes the impact of dust on weather, which will help us better understand the physics of dust–atmosphere processes and solidify the foundation for modeling and understanding the effects of mineral dust on climate and weather.

Manuscripts related to the effects of dust on weather at all ranges (medium-range, monthly, seasonal) from observations and modeling are welcome for this Special Issue.

Prof. Shu-Hua Chen
Dr. Angela Benedetti
Guest Editors

 

More information

 

Document Actions