The predictability of the Heavy Rain Event in July 2018 is examined by forecast experiments with an operational global atmospheric forecast model. Experiments from different initial times show that the overall rainfall distribution at the peak on 6 July can be predicted from 12 UTC, June 30, and later. In the successful forecasts, the track error of Typhoon Prapiroon against the best track is small. In the experiments with longer lead times, by contrast, the Baiu frontal zone has a northwared bias with less precipitation, and Prapiroon hardly develop and migrates westward. Poor track forecasts seem to be related to the limited vertical development of the vortex. Near surface equivalent potential tempeature and Q-vector analysis show that Pr...
Hindcast experiments and pseudo-forecast experiments considering Typhoon Haishen (2020) were conduct...
It has been increasingly important to project the future risk of small-scale torrential rainfall in ...
This study focuses on atmospheric circulation fields during the baiu in Japan with global warming un...
Extremely heavy rainfall events occurred over western Japan in early July 2018. This study assesses ...
The characteristics of the heavy rainfall event in July 2018 are long-lasting and widespread rainfal...
The occurrence of extreme precipitation events is now a serious concern in recent years in Japan. Th...
令和元年東日本台風の進路予報誤差の要因を検証 --上陸3日前の誤差急増の要因を特定--. 京都大学プレスリリース. 2021-04-20.The predictability of Typhoon H...
This study evaluated the performance of the Weather Research and Forecasting (WRF) model version 3.7...
Abstract The influencing factors of the long-term stagnation of the Baiu front that induced heavy ra...
The severity of meteorological disasters spawned by typhoons critically depends on not only the inte...
Weather Research and Forecasting (WRF) model is useful for forecasting typhoons as an external force...
Dynamical downscaling (DDS) was conducted over Japan by using a regional atmospheric model with rean...
Rainfall characteristics and large-scale atmospheric fields on the “heavy rainfall days” (with more...
The tropical west Pacific Ocean and the Philippines are often affected by tropical cyclones (TCs), w...
Factors causing diversity of operation forecast tracks for Typhoon Yagi 2013 are examined in forecas...
Hindcast experiments and pseudo-forecast experiments considering Typhoon Haishen (2020) were conduct...
It has been increasingly important to project the future risk of small-scale torrential rainfall in ...
This study focuses on atmospheric circulation fields during the baiu in Japan with global warming un...
Extremely heavy rainfall events occurred over western Japan in early July 2018. This study assesses ...
The characteristics of the heavy rainfall event in July 2018 are long-lasting and widespread rainfal...
The occurrence of extreme precipitation events is now a serious concern in recent years in Japan. Th...
令和元年東日本台風の進路予報誤差の要因を検証 --上陸3日前の誤差急増の要因を特定--. 京都大学プレスリリース. 2021-04-20.The predictability of Typhoon H...
This study evaluated the performance of the Weather Research and Forecasting (WRF) model version 3.7...
Abstract The influencing factors of the long-term stagnation of the Baiu front that induced heavy ra...
The severity of meteorological disasters spawned by typhoons critically depends on not only the inte...
Weather Research and Forecasting (WRF) model is useful for forecasting typhoons as an external force...
Dynamical downscaling (DDS) was conducted over Japan by using a regional atmospheric model with rean...
Rainfall characteristics and large-scale atmospheric fields on the “heavy rainfall days” (with more...
The tropical west Pacific Ocean and the Philippines are often affected by tropical cyclones (TCs), w...
Factors causing diversity of operation forecast tracks for Typhoon Yagi 2013 are examined in forecas...
Hindcast experiments and pseudo-forecast experiments considering Typhoon Haishen (2020) were conduct...
It has been increasingly important to project the future risk of small-scale torrential rainfall in ...
This study focuses on atmospheric circulation fields during the baiu in Japan with global warming un...