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Seasonal wind shifts lead to long-lasting wet seasons, which produce the bulk of annual precipitation in areas such as Southeast Asia, Australia, Western Africa, eastern South America, Mexico, and the Philippines. Widespread flooding occurs if rainfall is excessive, [69] which can lead to landslides and mudflows in mountainous areas. [70]
Storms which have moved slowly, or loop, over a succession of days lead to the highest rainfall amounts for several countries. Riehl calculated that 33.97 inches (863 mm) of rainfall per day can be expected within one-half degree, or 35 miles (56 km), of the center of a mature tropical cyclone.
A shift in rainfall patterns can lead to greater amounts of precipitation in one area while another experiences much hotter, drier conditions, which can lead to drought. [66] This is because an increase in temperatures also lead to an increase in evaporation at the surface of the earth, so more precipitation does not necessarily mean ...
“When the soil moisture is saturated, the excess rain after saturation is going to become runoff, which can lead to easier bouts of flooding,” Becker explained. “That can also mean flash ...
Guam's climate is moderated by east to northeast trade winds through the year. The average annual rainfall for the island is 86 inches (2,200 mm). [74] There is a distinct dry season from January to June, and a rainy season from July to December. [75] Typhoons frequent the island, which can lead to excessive rainfall. During El Niño years, dry ...
At this time the AccuWeather RealImpact™ Scale for Hurricanes for Central America is a 4 due to the likelihood of excessive rainfall and the potential for a flooding disaster. ... that can lead ...
Meteorologists believe there's a chance for 'excessive rainfall' on Friday as storms move across Oklahoma and Texas. Severe weather outlook: Flooding possible as 'excessive rainfall' forecast in ...
For example, a warmer atmosphere can contain more water vapor which has effects on evaporation and rainfall. The underlying cause of the intensifying water cycle is the increased amount of greenhouse gases in the atmosphere, which lead to a warmer atmosphere through the greenhouse effect. [3]