The structure and features of tropical storms.
How climate change may affect tropical storms in the future.
Tropical storms can be some of the most powerful and destructive weather events. Understanding their structure helps us predict their paths and prepare for their impact. Knowing how climate change might alter these storms is crucial for future planning and safety measures
Eye: The calm, clear center of the storm where air sinks.
Eye Wall: Surrounds the eye with the storm's strongest winds and heaviest rain.
Rain Bands: Bands of clouds spiraling outwards, capable of producing thunderstorms and torrential rain.
Size and Scale: Can be up to 480 km wide with winds over 120 km/h
Sea Temperature Rise: An increase of 0.25–0.5°C in sea temperatures can energise storms.
Storm Intensity: Warmer seas may make future storms more powerful
Storm Frequency: it is unclear if storms will become more frequent, but more research is needed
Misconception 1: The eye of a tropical storm is the most dangerous part.
Reality: The eye is actually the calmest part; it's the surrounding eye wall that contains the high winds and heavy rain.
Misconception 2: All parts of a tropical storm are equally destructive.
Reality: The eye wall is the most destructive area, while the outer rain bands can vary in intensity.
Misconception 3: Climate change won’t really affect tropical storms.
Reality: Climate change, especially rising sea temperatures, has the potential to increase the intensity of tropical storms.
The eye of the storm is calm, but the eye wall has the most intense weather conditions.
Climate change could lead to stronger storms due to warmer ocean temperatures.
More data is needed to determine if tropical storms are becoming more frequent