One thing is safe to predict: monsoon thunderstorms, like the one over Arizona shown above, will begin in a couple of months, and occur almost daily.
The fastest responding events tend to be in steep basins of the arid Southwest caused by intense monsoon thunderstorms and steep terrain.
But significant seasonal variability was observed in floods of the U.S. compared to Europe that is attributed to the diversity of causative rainfall ranging from synoptic scales with orographic enhancements in the West Coast, monsoon thunderstorms in the desert Southwest, to land-falling tropical storms and localized, intense thunderstorms in the Southeast.
When the subtropical ridge is farther north than normal towards the Four Corners, monsoon thunderstorms can spread northward into Arizona.
This paper presents the investigation of gust factors under two different weather systems namely the monsoon and thunderstorm (TS) wind systems in Singapore.
Hence, this study presents a comparative analysis on the wind profile characteristics in connection with typhoon, monsoon and thunderstorm winds respectively, in which the wind profiles are constructed by synchronizing the wind measurements taken from a surface cup-anemometer and a Doppler radar profiler equipped at a coastal weather station in Hong Kong.
The extreme winds in Singapore are generated by both monsoon and thunderstorms (or squalls).
Early on August 17, a pulse in the monsoon increased thunderstorms and allowed the system to become better organized.
This study presents a comprehensive investigation on the characteristics of gust factor in tropical cyclones, monsoons and thunderstorms.
Amidst these realities, Brunei Darussalam nevertheless continues to be free from severe natural hazards such as earthquakes, volcanic eruptions, and typhoons, and experiences only low level threats from thunderstorms, monsoon and flash floods, landslides, and haze (INFORM 2017; Lassa and Sembiring 2017).
