Examining Clustered MCSs and Their Precipitation Significance Over Global Land MCS Hotspots

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Clustered MCSs contribute to higher extreme precipitation events across the globe, indicating a link to hydrological extremes.
In some regions, 40%–80% of MCSs are clustered, suggesting prevalent spatial-temporal patterns in weather systems.
Data analysis covered seven global continental MCS hotspots using a 20-year global MCS dataset for comprehensive insights.
Understanding clustered MCSs is crucial for predicting rainfall patterns and managing regional hydrological risks.

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Analysis reveals clustered MCSs significantly impact rainfall events in global hotspots, highlighting hydrological extremes.

Hu et al. (2025) studied this question.

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