Upper‐ocean processes play a pivotal role in the development of tropical cyclones (TCs) through their modulation of sea surface temperatures, and consequently, air‐sea fluxes and the large‐scale storm environment. While most fully‐coupled Earth system models represent key processes such as vertical mixing, few incorp...
K. Balaguru, Sha Feng, Shi-Xuan Zhang et al.· Journal of Geophysical Resea...· 0 citations
We analyze observations and experiments from a super‐ensemble of Earth System Models (seven models, each with initial condition ensembles of three members or more) over tropical land regions, aiming at detecting delays in the onset of the rainy season and concurrent changes in the statistics of heat extremes. The expec...
Claudia Tebaldi, Ruby Leung, O. Garuba et al.· Earth's Future· 0 citations
Abstract. The ocean and sea ice are central to Earth's climate system, influencing global heat and carbon cycles, weather patterns, and sea level rise. Recent decades have seen rapid advances in Earth System Models (ESMs), but limitations remain in simulating and comparing key oceanic and cryospheric processes across m...
B. Fox‐Kemper, P. DeRepentigny, A. Tréguier et al.· Geoscientific Model Developm...· 4 citations
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