Australia’s east coast is bracing for impact as Cyclone Alfred moves closer, bringing extreme weather conditions. What makes Alfred particularly concerning is its unusual southern formation and slow movement, posing a serious threat to densely populated regions not accustomed to tropical storms. With sustained winds of 95 km/h and gusts reaching 130 km/h, areas from Double Island Point (Queensland) to Grafton (New South Wales) are at risk.
Formation and Key Features
- Cyclones usually develop in tropical regions, but Alfred has formed further south than expected.
- It has been classified as a Category 2 cyclone due to its wind intensity.
- Major cities such as Brisbane and the Gold Coast, which have not experienced a cyclone since 1974, could be significantly affected.
- The storm’s westward shift is due to a high-pressure system over the Tasman Sea, altering its usual path.
The Danger of a Slow-Moving Storm
A slow-moving cyclone can be even more destructive than a fast-moving one. Initially, Cyclone Alfred was expected to pass quickly, but forecasts now indicate that it will linger over the region. This increases the risks of:
- Heavy rainfall, leading to widespread flooding.
- Stronger coastal erosion, as prolonged storm conditions generate massive waves.
Climate Change and Cyclones
While it is difficult to link any single cyclone directly to climate change, scientists suggest that warmer ocean temperatures contribute to unpredictable storm behavior. This raises concerns that more cyclones may impact areas traditionally outside the cyclone-prone zone.
What Are Tropical Cyclones?
According to the World Meteorological Organisation, a tropical cyclone is a rapidly rotating storm system that develops over warm ocean waters. Key characteristics include:
- Intense winds and heavy rain.
- Formation when a low-pressure system draws in warm, moist air.
- A cyclone is officially classified when wind speeds exceed 63 km/h.
As Cyclone Alfred approaches, authorities are urging residents to stay alert and prepare for severe weather conditions.