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International Conference on Atmospheric Rivers, Moisture Transport and Precipitation Dynamics

📅 6–7 Apr 2027 📍 Suva, Fiji 👤 Standard / Listener

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$150

virtual · $150 in person

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Official invitation letterIssued automatically after registration

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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 session will explore the physical mechanisms governing atmospheric rivers and their role in moisture transport. Emphasis will be placed on the interactions between atmospheric dynamics and precipitation patterns.

This track will focus on the characteristics and consequences of extreme rainfall events associated with atmospheric rivers. Discussions will include case studies and modeling approaches to understand their hydrological impacts.

This session aims to investigate the hydroclimatological aspects of moisture transport, emphasizing the role of atmospheric rivers in regional water cycles. Participants will present research on the implications for water resource management.

This track will cover advanced modeling techniques for simulating precipitation associated with atmospheric rivers. Contributions will include both theoretical frameworks and practical applications in various climatic contexts.

This session will examine the relationship between atmospheric circulation patterns and precipitation variability. The focus will be on understanding how these patterns influence moisture transport and storm tracks.

This track will delve into the role of water vapor flux in climate dynamics, particularly in relation to atmospheric rivers. Research presented will highlight the implications for climate change and hydrological extremes.

This session will explore the interconnectedness of the global water cycle and atmospheric processes. Emphasis will be placed on how atmospheric rivers contribute to the redistribution of moisture on a global scale.

This track will investigate the impacts of climate change on rainfall variability, particularly in the context of atmospheric rivers. Presentations will focus on observed trends and future projections.

This session will analyze the significance of moisture plumes in the development of storms associated with atmospheric rivers. Contributions will include observational studies and numerical simulations.

This track will address the challenges posed by hydrological extremes linked to atmospheric rivers and their implications for risk management. Discussions will focus on adaptive strategies and resilience planning.

This session will highlight emerging research trends and technologies in the study of atmospheric rivers and moisture transport. Participants will discuss innovative approaches to enhance our understanding of precipitation dynamics.