Over the past four years, significant research has advanced our understanding of how
external factors influence tropical cyclone (TC) intensity changes. Research on air-sea …

Tropical cyclones (TCs) pose significant threats to coastal regions, necessitating
advancements in mitigation and prevention strategies. Community resilience, as a …

Understanding the responses of landfalling tropical cyclones to a changing climate has
been a topic of great interest and research. Among them, the recently reported slowdown of …

It remains unclear how tropical cyclones (TCs) decay from their ocean lifetime maximum
intensity (LMI) to landfall intensity (LI), yet this stage is of fundamental importance governing …

The post-landfall decay of tropical cyclones (TC) is often closely linked to the magnitude of
damage to the environment, properties, and the loss of human lives. Despite growing …

We derive a simple physically based analytic model that describes the pressure filling of a
tropical cyclone (TC) over land. Starting from the axisymmetric mass continuity equation in …

Tropical cyclones (TCs) pose a substantial threat to human life and property, with China
being among the most affected countries. In this study, a significant increasing trend is …

Assessing tropical cyclone risk on a global scale given the infrequency of landfalling tropical
cyclones (TC) and the short period of reliable observations remains a challenge. Synthetic …

Accurate prediction of tropical cyclone (TC) intensity is important but challenging. In this
study, a physically based algebraic decay model for predicting TC weakening after landfall …

It is important to understand how tropical cyclones (TCs) decay over the ocean as this is a
critical pre‐landfall stage. A modified exponential decay model (β β model) with two …