The video discusses the complexities of hurricane formation and prediction, emphasizing the need to understand the mechanisms involved in distinguishing tropical cyclones from regular thunderstorms. It highlights the challenges in predicting hurricane intensity due to small-scale atmospheric processes. The video outlines a research project in collaboration with NOAA and NASA, focusing on early-stage hurricane detection using advanced instruments. A case study of Hurricane Felix illustrates the unpredictability of storm development and the importance of accurate forecasts.

What is the most predictable attribute of a tropical cyclone?

• Duration

• Intensity

• Path

• Formation

Why is it difficult to predict the intensity of a hurricane?

• Because it involves large-scale atmospheric motions

• Because it is not influenced by atmospheric conditions

• Because it involves small-scale processes

• Because it is easy to observe early stages

What is the purpose of using aircraft in hurricane research?

• To predict the path of the storm

• To collect data on early stages of hurricane formation

• To observe the storm from a distance

• To measure the storm's impact on land

What does the microwave temperature profiler do?

• Measures wind speed

• Produces a vertical profile of temperature

• Detects storm intensity

• Predicts storm path

Why was Hurricane Felix a challenging case for forecasters?

• It was easy to predict its path

• It developed into a strong cyclone unexpectedly

• It did not make landfall

• It was a short-lived storm