Tracking Tropical Cyclone Zelia: Understanding Its Characteristics and Impact
Tropical Cyclone Zelia was reported in the Indian Ocean with sustained winds of 58 mph. Satellite imagery is pivotal in assessing storm structure. Cyclones in the Southern Hemisphere, including Zelia, differ from hurricanes by rotation and terminology, impacting regions such as eastern Africa and Australia, particularly during the peak season from late October through May.
Tropical Cyclone Zelia emerged in the Indian Ocean on Wednesday, according to the Joint Typhoon Warning Center. It registered sustained winds of approximately 58 miles per hour. Observations via satellite imagery are crucial for assessing the cyclone’s strength and structural integrity, particularly in the potential formation of a central eye, which suggests stability if it appears symmetrical and unchallenged by weakening factors.
While only one-fourth of the Earth’s tropical cyclones develop in the Southern Hemisphere, those that achieve sustained winds of 74 miles per hour or higher are termed cyclones, as opposed to hurricanes in the Atlantic. A notable difference is that cyclones in the Southern Hemisphere rotate clockwise, contrasting with the counterclockwise movement of hurricanes.
In summary, Tropical Cyclone Zelia is a developing storm within the Indian Ocean, exhibiting moderate wind speeds and significant potential, as indicated by satellite imagery. Understanding the cyclonic characteristics prevalent in the Southern Hemisphere provides context to the unique patterns and seasonal behaviors of these storms, essential for preparation and response measures.
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