China's national observatory today maintained the yellow alert for Typhoon Koinu, the 14th typhoon of this year. In a forecast early today, the National Meteorological Center said that Typhoon Koinu had weakened in intensity f...
China's national observatory on Tuesday morning issued a yellow alert for Typhoon Koinu, the third most severe warning in its four-tier typhoon warning system, as the 14th typhoon of this year is expected to bring gales to southern and ea...
According to the yellow alert of typhoon issued by the National Meteorological Center of CMA on October 7, 2023:The No.14 Typhoon Koinu of this year (strong typhoon) will move west by south at a speed from 5 to 10 kilometers per hour. The strength may maintain or weaken slowly and the...
2023. As the first fishery PV project in Hainan to adopt flexible mounting system, it has already withstood several extreme weather tests, including typhoons Talim and Koinu, with wind speeds surpassing level 12. The project continues to operate smoothly and provide consistent power output...
Heavy rainstorms and strong winds will hit southern China in the next couple of days as Typhoon Koinu approaches the coast of Guangdong province after killing one and injuring hundreds in the island of Taiwan. In a forecast on Friday, the National Meteorological Center said that Koinu, the 14th...
WIND forecastingARTIFICIAL intelligenceDECISION makingRAINFALLHong Kong was under the direct hit of Severe Typhoon Koinu (2314) on 8 and 9 October 2023, necessitating the issuance of the Increasing Gale or Storm Signal, No. 9. Koinu was a very challenging case for TC forecasting and warning ...
Furthermore, case studies were conducted using three typhoons that traversed different regions鈥擧innamnor (2022), Mawar (2023), and Koinu (2023)鈥攖o investigate the dual effects of MHWs on typhoon intensity and their dissipation using satellite observations and ocean reanalysis datasets. Results ...
Furthermore, case studies were conducted using three typhoons that traversed different regions鈥擧innamnor (2022), Mawar (2023), and Koinu (2023)鈥攖o investigate the dual effects of MHWs on typhoon intensity and their dissipation using satellite observations and ocean reanalysis datasets. Results ...
Furthermore, case studies were conducted using three typhoons that traversed different regions鈥擧innamnor (2022), Mawar (2023), and Koinu (2023)鈥攖o investigate the dual effects of MHWs on typhoon intensity and their dissipation using satellite observations and ocean reanalysis datasets. Results ...
Furthermore, case studies were conducted using three typhoons that traversed different regions鈥擧innamnor (2022), Mawar (2023), and Koinu (2023)鈥攖o investigate the dual effects of MHWs on typhoon intensity and their dissipation using satellite observations and ocean reanalysis datasets. Results ...