Typhoon "KALMAEGI" to Impact the Philippines, Vietnam, and Other Countries
2025-11-02
before gradually moving towards the central and southern coasts of Vietnam (Figure 1). Affected by Typhoon "KALMAEGI" heavy to torrential rain is expected in central Philippines and its adjacent water
Haiti. It is expected that "Melissa" will move rapidly northeastward at a speed of approximately 20 kilometers per hour and make a second landfall along the southeastern coast of Cuba around noon on t
Persistent heavy rainfall is occurring in the eastern and southern parts of the Indochinese Peninsula
2025-10-26
Dai Kan 2025 年 10 月 26 日 10 时 Persistent heavy rainfall is occurring in the eastern and southern parts of the Indochinese Peninsula Over the next week (October 26 to November 1). localized areas in ce
Typhoon "KALMAEGI" to Impact the Philippines, Vietnam, and Other Countries
2025-11-02
before gradually moving towards the central and southern coasts of Vietnam (Figure 1). Affected by Typhoon "KALMAEGI" heavy to torrential rain is expected in central Philippines and its adjacent water
Haiti. It is expected that "Melissa" will move rapidly northeastward at a speed of approximately 20 kilometers per hour and make a second landfall along the southeastern coast of Cuba around noon on t
Persistent heavy rainfall is occurring in the eastern and southern parts of the Indochinese Peninsula
2025-10-26
Dai Kan 2025 年 10 月 26 日 10 时 Persistent heavy rainfall is occurring in the eastern and southern parts of the Indochinese Peninsula Over the next week (October 26 to November 1). localized areas in ce
The agro-ecological monitoring products were calculated by using all-weather meteorological satellite monitoring data and precipitation fusion lattice data, and the estimation method suitable for Indochina Peninsula was adopted based on national standards.
Based on the hydrodynamic model built by the Lancang-Mekong Basin Meteorological Integrated Service Sharing Platform, historical observation data and three-hour refined grid forecast data for the next 10 days are used to obtain a 500-meter resolution flood area and flood depth forecast for the next 10 days. Flood return period and critical rainfall determine the flood risk in the next 10 days.
Realize the collection, processing, analysis and visualization of observation data, and realize the visualization of climate state analysis, spatiotemporal distribution and evolution characteristics of meteorological data and major disastrous weathers of countries in the Lancang-Mekong Basin.
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