NASA | GPM Gets a Ton of Kilo

The video discusses the long-lived storm Kilo, which transitioned from a hurricane to a typhoon as it crossed the date line. The GSM Corp observatory captured multiple overpasses, providing valuable data on the storm's life cycle, including the eyewall replacement process. This highlights the importance of satellite data in studying remote storms in the Pacific.

What makes Kilo a unique storm in the visualization?

• It was the shortest-lived storm.

• It transitioned from a hurricane to a typhoon.

• It was the only storm to form in the Atlantic.

• It remained stationary throughout its life.

Why is the concept of eyewall replacement significant in the study of tropical storms?

• It indicates the end of a storm's life cycle.

• It shows the storm's ability to regenerate and strengthen.

• It marks the storm's transition to a different category.

• It is a rare phenomenon that occurs only in the Atlantic.

How do multiple satellite overpasses benefit the study of storms like Kilo?

• They allow for continuous observation of the storm's path.

• They help in predicting the exact landfall location.

• They reduce the storm's intensity by dispersing energy.

• They provide different perspectives on the storm's life cycle.

What is the primary reason for using satellite data to study storms in the Pacific?

• To monitor storms that are far from land and not threatening.

• To predict the impact on coastal cities.

• To measure the ocean's temperature changes.

• To track the migration of marine life.

What is the main advantage of studying storms like Kilo using satellite data?

• It helps in reducing the storm's intensity.

• It allows for real-time updates to the public.

• It provides insights into storms that are otherwise inaccessible.

• It ensures the safety of aircraft flying over the Pacific.