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Northwest Pacific Numerical Weather Prediction System. Currently, the typhoon is captured by a high-resolution grid. The temperature at the center of the typhoon is spiraling. The Typhoon Cloud Wall presents a pronounced spiral structure. Typhoon eye area structure ten

author:Happy Dew Dl

Northwest Pacific Numerical Weather Prediction System. Currently, the typhoon is captured by a high-resolution grid. The temperature at the center of the typhoon is spiraling. The Typhoon Cloud Wall presents a pronounced spiral structure. The structure of the eye area of the typhoon is very obvious. The system is under development.

Northwest Pacific Numerical Weather Prediction System. Currently, the typhoon is captured by a high-resolution grid. The temperature at the center of the typhoon is spiraling. The Typhoon Cloud Wall presents a pronounced spiral structure. Typhoon eye area structure ten
Northwest Pacific Numerical Weather Prediction System. Currently, the typhoon is captured by a high-resolution grid. The temperature at the center of the typhoon is spiraling. The Typhoon Cloud Wall presents a pronounced spiral structure. Typhoon eye area structure ten
Northwest Pacific Numerical Weather Prediction System. Currently, the typhoon is captured by a high-resolution grid. The temperature at the center of the typhoon is spiraling. The Typhoon Cloud Wall presents a pronounced spiral structure. Typhoon eye area structure ten
Northwest Pacific Numerical Weather Prediction System. Currently, the typhoon is captured by a high-resolution grid. The temperature at the center of the typhoon is spiraling. The Typhoon Cloud Wall presents a pronounced spiral structure. Typhoon eye area structure ten

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