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International Conference on Mesoscale Meteorology and Storm Prediction

📅 6–7 Jan 2027 📍 Manchester, UK 👤 Standard / Listener

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$185

virtual · $185 in person

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Certificate & digital materialsCertificate, slides and resource materials

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Supporting global researchConnect with researchers across 30+ countries

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Conference session tracks

Key research areas covered across the sessions — tap a track to read more.

This track focuses on the latest developments in mesoscale numerical modeling techniques. Participants will discuss innovative approaches to improve model accuracy and efficiency in simulating complex atmospheric phenomena.

This session will explore the physical processes governing thunderstorm development and evolution. Emphasis will be placed on modeling techniques that enhance our understanding of convective systems.

This track examines the formation mechanisms and societal impacts of mesoscale convective complexes. Researchers will present findings on their role in precipitation distribution and severe weather events.

This session will delve into the dynamics of squall lines and their forecasting challenges. Discussions will include observational studies and numerical simulations that enhance predictive capabilities.

This track will highlight the role of radar technology in observing mesoscale phenomena. Participants will share advancements in radar techniques and their applications in storm prediction.

This session will focus on the microphysical processes within clouds that influence precipitation formation. Presentations will cover observational and modeling studies that enhance our understanding of these processes.

This track will explore the mechanisms of convective initiation and the role of boundary layer interactions. Researchers will discuss observational data and modeling approaches that elucidate these complex interactions.

This session will investigate the dynamics of gust fronts and their influence on storm initiation and development. Presentations will include both theoretical and observational studies.

This track will cover innovative techniques for forecasting severe weather events. Emphasis will be placed on the integration of mesoscale models and observational data to improve prediction accuracy.

This session will focus on the assessment of atmospheric instability and its implications for severe weather hazards. Researchers will present methodologies for evaluating instability and its impact on storm severity.

This track will explore the application of ensemble forecasting techniques in mesoscale meteorology. Discussions will focus on the benefits and challenges of using ensemble methods for improving storm prediction.