Real-time Path of Typhoon Candu (Latest Development)

Recently, the typhoon "Candu" was generated in the South China Sea of China, which caused great concern. "Candu" is theNo. 13 typhoon this year, which is expected to bring extreme weather such as strong winds and heavy rains to the southern coastal areas of China and adversely affect people's production and life. In order to know the real-time path and dynamics of typhoon in time, the following are some operation steps.

operation sequence/order

1. Open the typhoon path query website.

At present, there are many typhoon track inquiry websites at home and abroad, such as China Meteorological Bureau and Japan Meteorological Agency. Taking China Meteorological Bureau as an example, this paper introduces how to query the real-time path of Typhoon Candu.

Open a browser and enter the address of China Meteorological Bureau in official website:/.After entering official website, find the "Weather Forecast" option in the navigation bar at the top of the page and click Enter.

On the weather forecast page, you can see the "Typhoon Path Query" option, and click Enter.

2. Query the real-time path of typhoon "Candu".

On the typhoon path query page, you can see all the current active typhoon information. Find the information of typhoon "Candu" and click to enter.

On the information page of Typhoon Candu, you can see the real-time path map and expected path map of the typhoon. Real-time path map can help us understand the current position and moving direction of typhoon, and predictive path map can help us predict the future moving path of typhoon.

3. Pay attention to the latest trends of typhoons

While inquiring about the typhoon path, we also need to pay attention to the latest trends of typhoons. It can be obtained through news and early warning information released by the Meteorological Bureau.

On the information page of Typhoon Candu, you can also see the typhoon warning information issued by the Meteorological Bureau. Early warning information includes important information such as typhoon intensity, moving speed and expected landing time, which can help us to take better preventive measures.