The asymmetric impacts of El Niño and La Niña on the Pacific–North American
teleconnection pattern in boreal winter have important implications for the surface air …

The water cycle over the Tibetan Plateau (TP) is vital to the regional and downstream
climate and ecosystem. Clarifying the water cycle process and its interannual variability …

Year-to-year variations of summer precipitation over the densely populated central China
can exert great impacts on the local society and economy. Using the observed and …

In boreal winter, the El Niño/Southern Oscillation (ENSO)‐induced Pacific‐North American
(PNA) teleconnection pattern is farther westward during La Niña relative to that in El Niño …

This study investigates the characteristics and maintaining mechanisms of the anomalous
northwest Pacific anticyclone (NWPAC) following different El Niño decaying paces. In fast …

Abstract Analysis of a suite of global climate model projections under symmetric CO2 ramp-
up and ramp-down (RD) scenarios, our results demonstrate a progressive strengthening of …

Interannual variation of the central China precipitation during its peak month–July–often
causes local droughts and floods, exerting serious socio-economic impacts over this …

During the summer following El Niño, a basinwide sea surface temperature (SST) warming
takes place over the tropical Indian Ocean (TIO), exerting profound influences on the Asian …

Abstract Precipitation over the Maritime Continent (MC) is crucial for the local people's
livelihood and its associated convective activity also plays an important role in the remote …

El Niño and La Niña exhibit asymmetric evolution characteristics during their decay phases.
The decay speed of El Niño is significantly greater than that of La Niña. This study …