Abstract The trends of four common climate change indices related to extreme precipitation events during the typhoon season (July-October) from 21 stations in Taiwan are investigated using a robust nonparametric method. Upward trends in precipitation intensity and 5-day total precipitation amounts prevail from 1950 to 2010. Longer drought duration is also noted, in southern Taiwan in particular. Daily precipitation during the typhoon season is further partitioned into typhoon and monsoon rainfall. Precipitation intensity induced by typhoons and monsoon systems has both increased over the last 60 years; these two components collectively contribute to strong upward trend in precipitation intensity
From the late 1920s to the early 21st century, meteorological observations indicate a decreasing tre...
The results of an analysis of the temporal and spatial distribution of typhoon precipitation influen...
Typhoon Morakot lashed Taiwan and produced copious amounts of precipitation in 2009. From the point ...
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...
Due to the Central Mountain Range with an elevation up to about 4 km, the amount and distribution of...
Typhoons are a leading natural cause of mass socioeconomic losses through floods, storm surges and h...
Records of precipitation for 21 stations of Taiwan have been examined for the past 60 years. Althoug...
Variations in tropical cyclone climatology during the late Quaternary remain poorly constrained. It ...
The active phase of the East Asian summer monsoon (EASM) in Taiwan during May and June, known as Mei...
This study examines the characteristics of low-frequency variations (defined as decadal-scale change...
Bayesian analysis is applied to detect changepoints in the time series of seasonal typhoon counts in...
This paper has two primary purposes. First, we fit the annual maximum daily rainfall data for 6 rain...
textabstractThis paper has two primary purposes. First, we fit the annual maximum daily rainfall dat...
Working paper No. 19/2012This paper has two primary purposes. First, we fit the annual maximum daily...
From the late 1920s to the early 21st century, meteorological observations indicate a decreasing tre...
The results of an analysis of the temporal and spatial distribution of typhoon precipitation influen...
Typhoon Morakot lashed Taiwan and produced copious amounts of precipitation in 2009. From the point ...
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...
Due to the Central Mountain Range with an elevation up to about 4 km, the amount and distribution of...
Typhoons are a leading natural cause of mass socioeconomic losses through floods, storm surges and h...
Records of precipitation for 21 stations of Taiwan have been examined for the past 60 years. Althoug...
Variations in tropical cyclone climatology during the late Quaternary remain poorly constrained. It ...
The active phase of the East Asian summer monsoon (EASM) in Taiwan during May and June, known as Mei...
This study examines the characteristics of low-frequency variations (defined as decadal-scale change...
Bayesian analysis is applied to detect changepoints in the time series of seasonal typhoon counts in...
This paper has two primary purposes. First, we fit the annual maximum daily rainfall data for 6 rain...
textabstractThis paper has two primary purposes. First, we fit the annual maximum daily rainfall dat...
Working paper No. 19/2012This paper has two primary purposes. First, we fit the annual maximum daily...
From the late 1920s to the early 21st century, meteorological observations indicate a decreasing tre...
The results of an analysis of the temporal and spatial distribution of typhoon precipitation influen...
Typhoon Morakot lashed Taiwan and produced copious amounts of precipitation in 2009. From the point ...