Temperature inversion (TI) constitutes a crucial component in the physicochemical
processes of the lower troposphere, but disentangling human contributions to its generation …

In summer 2020, several watersheds in China monsoon region experienced historically
unusually heavy precipitation. The flooding associated with these heavy precipitation events …

Understanding the spatiotemporal variations in climate extremes indices, as well as the
influencing factors, is critical to the scientific response to climate change. The temporal and …

In order to know how surface air temperature (SAT) changes in East Asia under different
emission scenarios after the COVID-19 outbreak, we investigated the impacts of greenhouse …

Interpreting changes in climate extremes indices and related large-scale teleconnection
factors is critical to addressing intensified climate change. The spatiotemporal trend in SU25 …

Anthropogenic Influence on 2022 June Extreme Rainfall over the Pearl River Basin in:
Bulletin of the American Meteorological Society Volume 105 Issue 2 (2024) Jump to …

The COVID-19 pandemic which broke out in 2020 has had a profound impact on global
society, often causing or enhancing the pre-existing marginalisation of peoples and places …

In this study, the fast response of East Asian summer precipitation to COVID-19–induced
aerosol emission reductions is examined using the Community Earth System Model, version …

Abstract The NCAR Community Earth System Model is used to study the influences of
anthropogenic aerosols on the Indian summer monsoon (ISM). We perform two sets of 30 …

As global warming progresses, weather conditions like daily temperature and precipitation
are changing due to changes in their means and distributions of day-to-day variability. In this …