This study investigated possible change points of extreme precipitation during the past 1973-2012 and the future 2020-2059 in South Korea. The Bayesian change point detection was performed based on a generalized Pareto distribution. Changes in the shape/tail index were detected to account for the changes in the extreme data. Results indicated 20 and 24 stations exhibited a change point for the observed and projected period, respectively. An abrupt increase in the 100-year design level appeared in the majority of northern part during the past period and the increase was likely to move to the southern area for the projected period
High spatial and temporal variation in precipitation in South Korea leads to an increase in the freq...
The conventional approach to the frequency analysis of extreme rainfall is complicated by non-statio...
Understanding long-term changes in precipitation and temperature patterns is important in the detect...
AbstractThis study investigated possible change points of extreme precipitation during the past 1973...
Change point (CP) analysis of extreme rainfall plays a key role to consider non-stationarity in pre...
Climate change may accelerate the water cycle at a global scale, resulting in more frequent extreme ...
The spatial and temporal structures of extreme rainfall trends in South Korea are investigated in th...
Change point (CP) analysis of extreme precipitation plays a key role to incorporate non-stationarity...
Although South Korea has a relatively small area when compared to neighboring countries, there are l...
In this study, the regional climate of the Korean Peninsula is dynamically downscaled using a high-r...
Recently frequency and intensity of natural disasters have been increasing due to severe climate cha...
Although South Korea has a relatively small area when compared to neighboring countries, there are l...
The conventional approach to the frequency analysis of extreme precipitation is complicated by non-s...
The change of extreme precipitation is assessed with the HadGEM2-AO - 5 Regional Climate Models (RCM...
Although the magnitude and frequency of extreme events on the global scale are expected to change be...
High spatial and temporal variation in precipitation in South Korea leads to an increase in the freq...
The conventional approach to the frequency analysis of extreme rainfall is complicated by non-statio...
Understanding long-term changes in precipitation and temperature patterns is important in the detect...
AbstractThis study investigated possible change points of extreme precipitation during the past 1973...
Change point (CP) analysis of extreme rainfall plays a key role to consider non-stationarity in pre...
Climate change may accelerate the water cycle at a global scale, resulting in more frequent extreme ...
The spatial and temporal structures of extreme rainfall trends in South Korea are investigated in th...
Change point (CP) analysis of extreme precipitation plays a key role to incorporate non-stationarity...
Although South Korea has a relatively small area when compared to neighboring countries, there are l...
In this study, the regional climate of the Korean Peninsula is dynamically downscaled using a high-r...
Recently frequency and intensity of natural disasters have been increasing due to severe climate cha...
Although South Korea has a relatively small area when compared to neighboring countries, there are l...
The conventional approach to the frequency analysis of extreme precipitation is complicated by non-s...
The change of extreme precipitation is assessed with the HadGEM2-AO - 5 Regional Climate Models (RCM...
Although the magnitude and frequency of extreme events on the global scale are expected to change be...
High spatial and temporal variation in precipitation in South Korea leads to an increase in the freq...
The conventional approach to the frequency analysis of extreme rainfall is complicated by non-statio...
Understanding long-term changes in precipitation and temperature patterns is important in the detect...