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- Virga - Wikipedia
A virga, also called a dry storm, is an observable streak or shaft of precipitation that evaporates or sublimates before reaching the ground [1] A shaft of precipitation that does not evaporate before reaching the ground is known in meteorology as a precipitation shaft
- Virga – Rain or Snow That Doesn’t Reach the Ground
Virga is precipitation that evaporates (rain) or sublimates (snow) before it reaches the ground In meteorology, virga is a form of precipitation that falls from clouds, but either evaporates or sublimates before it reaches the ground
- VIRGA Definition Meaning - Merriam-Webster
Virga is from the Latin word virga, which means primarily "branch" or "rod," but can also refer to a streak in the sky suggesting rain Our featured word, which dates to the mid-20th century, is only the latest in a series of words from this root
- Virga Rain: Explaining Virga And How It Occurs - Own Your Weather
Virga is a meteorological phenomenon where precipitation, typically bands of rain, can be observed forming at the base of a rain cloud but disappear before reaching the ground as a result of evaporation or sublimation
- Weather Words: Virga | Weather. com
Virga is precipitation that falls from clouds but evaporates before reaching the ground, creating visible streaks Have you ever looked to the sky, or even from an airplane, and seen streaks of
- Virga is rain that doesn’t reach the ground - EarthSky
Have you seen clouds that are pouring rain … but the rain never reaches the ground? Meteorologists call this rain by the name virga You see virga in places where the air is dry, and often
- Owlie™s Weird Weather!
Virga is ghostly precipitation that never makes it to the ground When the air beneath a cloud is very dry, precipitation falling through it evaporates before reaching Earth’s surface
- What is Virga - theweatherexperience. com
Virga occurs when rain or snow begins falling from a cloud but evaporates (or sublimates, in the case of snow) before it can reach the ground This happens most often in dry climates like ours, where the lower levels of the atmosphere have very low humidity
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