July is the rainy peak month of central China, with a large interannual variation of local
precipitation often causing serious droughts and floods. The seasonal prediction of the …

The abundant precipitation over Southern China during the pre–flood season (PFS)[ie, April–
June (AMJ)] has important socioeconomic impacts on this densely populated region. Using …

The transition of the Earth's climate from one zone to another is one of the major causes
behind biodiversity loss, rural-urban migration, and increasing food crises. The rising rate of …

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 …

The spring tripole sea surface temperature (SST) anomalies in North Atlantic are an
outstanding regional mode of interannual variability. Based on the observed and reanalyzed …

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 …

Seasonal prediction of summer precipitation over eastern China is closely linked to the East
Asian monsoon circulation, which is largely affected by the El Niño-Southern Oscillation …

The Asian summer monsoon (ASM) is teleconnected to the El Niño Southern Oscillation
(ENSO), but this relationship is nonstationary and has shifted significantly in recent decades …

The Sahel summer rainfall is of great significance to the local social, economic, and cultural
environment. In the context of a long Sahel megadrought in the last thirty years of the …

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 …