Tropical Cyclone Alfred: An Overview of Its Tracking and Characteristics

Tropical Cyclone Alfred, with winds of 86 mph, is classified as a Category 1 hurricane equivalent. Satellite imagery aids in tracking its strength and potential for an eye formation. Only a fraction of tropical cyclones occur in the Southern Hemisphere, referred to as cyclones, which rotate clockwise. The cyclone season runs from late October to May, peaking in February to March.

Tracking Tropical Cyclone Alfred reveals significant developments in its trajectory and intensity. As of Tuesday morning Eastern Time, the storm exhibited sustained wind speeds of 86 miles per hour. This classification would categorize it as a Category 1 hurricane if it were located in the Atlantic Ocean.

Satellite imagery is crucial in assessing the storm’s characteristics and strength. A well-defined eye in the center, particularly when symmetrical, suggests that the storm is not encountering inhibiting factors that could weaken its structure.

It is notable that only about 25% of the world’s tropical cyclones form in the Southern Hemisphere. While these storms may achieve winds of 74 miles per hour or more, they are referred to as cyclones instead of hurricanes. Furthermore, cyclones in the Southern Hemisphere rotate clockwise, contrasting with the counterclockwise rotation of hurricanes in the Northern Hemisphere.

Tropical cyclones can impact various regions, including eastern Africa, specifically Madagascar, and the adjacent coasts of Australia and surrounding island nations. The cyclone season in the Southern Hemisphere commences in late October and extends through May, displaying regional activity peaks in late February to early March.

In conclusion, Tropical Cyclone Alfred is a formidable weather phenomenon with sustained winds that classify it as a Category 1 hurricane equivalent. Satellite imagery is essential for tracking its strength and potential impacts. Moreover, understanding the differences between cyclones and hurricanes, particularly in terms of rotation and nomenclature, is important when monitoring such storms. The cyclone season in the Southern Hemisphere follows a unique timeline that differs from global patterns, peaking in early spring months.

Original Source: www.nytimes.com