The large scale synoptic scale flow determines 70 to 90 percent of a tropical cyclone's motion. The deep-layered mean flow through the troposphere is considered to be the best tool in determining track direction and speed.
The large scale synoptic scale flow determines 70 to 90 percent of a tropical cyclone's motion. The deep-layered mean flow through the troposphere is considered to be the best tool in determining track direction and speed. ... The larger the cyclone, the larger the impact of the beta effect is likely to be.
Infrared satellites track cyclones by their surface temperatures, meaning forecasters can track a cyclone's course and speed through the night.
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The large scale synoptic scale flow determines 70 to 90 percent of a tropical cyclone's motion. The deep-layered mean flow through the troposphere is considered to be the best tool in determining track direction and speed.
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The large scale synoptic scale flow determines 70 to 90 percent of a tropical cyclone's motion. The deep-layered mean flow through the troposphere is considered to be the best tool in determining track direction and speed. ... The larger the cyclone, the larger the impact of the beta effect is likely to be.
Infrared satellites track cyclones by their surface temperatures, meaning forecasters can track a cyclone's course and speed through the night.