Rare Underwater Tornado Forms Off Australia's Manly Beach, Captured by Drone

The Times of India reports on a striking natural phenomenon captured by drone footage off Australia's Manly Beach: a rare underwater tornado, or rip current. The article emphasizes the visual clarity provided by the drone, which revealed a powerful swirling vortex of sand and seawater moving seaward—a sight typically difficult to discern from the shore.

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The footage shows a strong circular motion in the water, where sand and seawater are drawn into a spinning vortex beyond the breaking waves.

The piece explains the formation of rip currents as a natural consequence of wave action, where water pushed towards the shore is discharged back into the ocean through a channel. The unusual wave activity in Sydney preceding the event is noted as a contributing factor. The article highlights the danger posed by these currents, especially when they are not easily identifiable from the beach, underscoring why drone imagery is valuable for hazard identification.

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The formation of rip currents occurs when water carried towards the shore from waves is discharged back into the ocean through a channel.

From the perspective of the Times of India, this event serves as a potent reminder of the ocean's power and the critical importance of safety measures on beaches, particularly in a country like Australia where rip currents are a known and significant threat. The report reinforces warnings from coastal safety organizations like Surf Life Saving Australia, which classify rip currents as a leading cause of beach-related drownings. The article implicitly contrasts the clear, hazard-identifying view from a drone with the potentially fatal lack of visibility for beachgoers, thereby amplifying the message of caution and the need for vigilance when enjoying coastal waters.

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Rip currents are recognised as a major hazard along Australian beaches. Coastal safety organisations, including Surf Life Saving Australia, classify them among the most common causes of beach-related drowning incidents.