Tomoro Yanase

Assistant Professor, University of Hyogo, Kobe, Japan

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Understanding how moist convection organizes the climate system

I am an atmospheric physicist studying tropical dynamics and the large-scale organization of moist convection.
My research seeks to clarify how small-scale convective processes interact with large-scale circulation to shape climate structure and variability.

A central theme of my work is the self-organization of clouds and moist convection in idealized climate systems.
Through theoretical modeling and cloud-resolving numerical experiments, I investigate fundamental mechanisms governing:

• Convective self-aggregation
• Radiative–convective equilibrium (RCE)
• Moisture–circulation feedback processes
• ITCZ formation and variability
• Hadley–Walker circulation dynamics

I am particularly interested in developing physically transparent dynamical frameworks that bridge cloud-scale processes and planetary-scale circulation.

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Research Approach

My work integrates:

• Idealized climate modeling
• Cloud-resolving simulations (including SCALE-RM)
• Theoretical analysis of moist dynamical systems
• High-performance computing for large-scale numerical experiments

The goal is to deepen the fundamental understanding of cloud–climate interactions from first principles.

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Ideas (Informal Notes)

I occasionally share short, informal research notes and conceptual discussions.
These posts outline exploratory ideas and theoretical questions that may develop into future projects.

→ Ideas & Notes