Revisiting the defined Meiyu onset of Central Weather Bureau (CWB), this study applied a newer reanalysis dataset and added multiple timing and duration criteria to improve the Meiyu onset index. The previous Meiyu onset index was based on horizontal and vertical wind shears using older-generation reanalysis data. The horizontal shear captures the cyclonic vorticity while the vertical shear depicts overturning. However, this older index tends to predict the onset date too early from the actual maximum precipitation. After applying the modification that is described in this paper, the newer Meiyu onset index consistently leads the maximum precipitation in Taiwan only by a few days, except for two years over the 30-year analysis period. The i...
There are about 4-5 frontal systems affecting Taiwan during Meiyu season each year (Chen 1988). The ...
Baiu-Changma-Meiyu is a rainy period in early summer over East Asia (Japan, Korea and China) and its...
[[abstract]]In this report, we analyze and discuss the overall data based on the applied difference ...
The active phase of the East Asian summer monsoon (EASM) in Taiwan during May and June, known as Mei...
During May and June (the Meiyu season) of 2017, Taiwan was affected by three heavy frontal rainfall ...
[[abstract]]It is usually thought that a year consists of four seasons: spring, summer, autumn and w...
Taiwan\u27s most significant natural hazards are caused by hydrological extremes resulting from exce...
The annual daily maximum precipitation (rx1day) is widely used to represent extreme events and is an...
Abstract The trends of four common climate change indices related to extreme precipitation events du...
A torrential rain episode (≥ 200 mm day-1) was observed over coastal regions of southern Taiwan (sou...
The rainfall regimes of Taiwan are investigated using the 18-yr European Centre for Medium-Range Wea...
Before the Meiyu rainy season of mid-May to mid-June, Taiwan experiences a relatively dry spring par...
Early spring (March - April) rainfall in Taiwan exhibits evident and distinct inter-annual and inter...
Drought is one of the important issues in climate studies. A drought index, Taiwan Meteorological Dr...
Precipitation in the spring and Mei-yu seasons, the main planting and growing period in East Asia, i...
There are about 4-5 frontal systems affecting Taiwan during Meiyu season each year (Chen 1988). The ...
Baiu-Changma-Meiyu is a rainy period in early summer over East Asia (Japan, Korea and China) and its...
[[abstract]]In this report, we analyze and discuss the overall data based on the applied difference ...
The active phase of the East Asian summer monsoon (EASM) in Taiwan during May and June, known as Mei...
During May and June (the Meiyu season) of 2017, Taiwan was affected by three heavy frontal rainfall ...
[[abstract]]It is usually thought that a year consists of four seasons: spring, summer, autumn and w...
Taiwan\u27s most significant natural hazards are caused by hydrological extremes resulting from exce...
The annual daily maximum precipitation (rx1day) is widely used to represent extreme events and is an...
Abstract The trends of four common climate change indices related to extreme precipitation events du...
A torrential rain episode (≥ 200 mm day-1) was observed over coastal regions of southern Taiwan (sou...
The rainfall regimes of Taiwan are investigated using the 18-yr European Centre for Medium-Range Wea...
Before the Meiyu rainy season of mid-May to mid-June, Taiwan experiences a relatively dry spring par...
Early spring (March - April) rainfall in Taiwan exhibits evident and distinct inter-annual and inter...
Drought is one of the important issues in climate studies. A drought index, Taiwan Meteorological Dr...
Precipitation in the spring and Mei-yu seasons, the main planting and growing period in East Asia, i...
There are about 4-5 frontal systems affecting Taiwan during Meiyu season each year (Chen 1988). The ...
Baiu-Changma-Meiyu is a rainy period in early summer over East Asia (Japan, Korea and China) and its...
[[abstract]]In this report, we analyze and discuss the overall data based on the applied difference ...