In the early summer (June) of 2022, the spatial mean precipitation in northeast China (NEC)
was 62% higher than normal and broke the historical record since 1951. Based on the …

Based on monthly rainfall station data from the National Climate Prediction Center of China
Meteorological Administration, reanalysis monthly data from NCEP/NCAR including the …

Abstract The rainfall over North China (NC) in July 2021 was the most since 1980, and
coincided with a meridional gradient of sea surface temperature anomaly (MGSSTA) in the …

Abstract The north China July precipitation (NCJP) accounts for the largest proportion of
annual total precipitation in north China and displays a significant decadal variability of a …

This study analyzed the changes in precipitation over summer and autumn across the
Yunnan region of China, and undertook a composite analysis of the atmospheric circulations …

This paper reviews the predictive information provided by dynamic models and precursors
consi-dered in the operational monthly prediction of precipitation in October 2016. The …

South China encountered an exceptionally heavy pre-summer rainy season in 2022 with the
regional precipitation ranking first in the past 44 years. This study aims to analyze the …

The boreal winter climate of 2022 was characterized by the occurrence of La Niña, which is
one of the most predictable drivers of South China precipitation (SCP) deficit. However …

China was hit by extreme precipitation in July and August of 2021 along with significant
monthly variation. The positive precipitation anomalies observed in July were mainly located …

As an important component of the East Asian monsoon system, the northeast cold vortex
(NECV) exerts a significant impact on weather and climate, especially in Northeast China …