Cyclone Tracy was particularly destructive due to its intense winds, which reached up to 240 km/h (150 mph), and its sudden formation, which gave little time for preparation. Striking Darwin on Christmas Day in 1974, it caused widespread devastation, demolishing around 70% of the city's buildings and resulting in significant loss of life. The combination of its high wind speeds, the built environment's vulnerability, and the timing during a holiday period led to catastrophic impacts. Additionally, the lack of adequate warning systems contributed to the destruction and chaos.
cyclone Tracy was very dangerous because the winds were very strong
because cyclone Tracy is so powerful it's like category 5
Yes, Cyclone Tracy was a tropical cyclone.
Cyclone Selma came before Cyclone Tracy.
No. Cyclone Tracy was an a very intense but abnormally small cyclone.
Cyclone Tracy struck Darwin, Australia, on December 24, 1974, and was a single cyclone event, although it had devastating effects. It was not a recurring storm but rather a specific weather phenomenon that lasted for approximately 14 hours. Tracy caused widespread destruction, leading to significant loss of life and property. The cyclone is remembered as one of the most destructive in Australian history.
- Its a feminine cyclone because its name is TRACY. - Tracy was a girl i knew
Cyclone Tracy, which struck Darwin on Christmas Day in 1974, is considered Australia's most destructive cyclone. It caused widespread devastation, destroying over 70% of the city's buildings and resulting in 71 fatalities. The cyclone's intensity, with wind gusts exceeding 200 km/h, and its timing during a major holiday contributed to the high impact and loss of life. Tracy led to significant changes in building codes and disaster management in Australia.
Cyclone Tracy hit Darwin, Northern Territory, Australia.
Cyclone Tracy started as a tropical storm out in the Arafura Sea.
cyclone Tracy was very serious and was in 1974. it hit on Christmas eve.
Cyclone Tracy rotated in a clockwise direction, as do all cyclones in the southern hemisphere.