International Joint Consultation with Sri Lanka
On May 11, 2026, the National Meteorological Centre (NMC), jointly with the Yunnan Provincial Meteorological Observatory, held an international consultation with the Department of Meteorology of Sri Lanka. During the consultation, NMC experts utilized the cloud-based international early warning platform, combined with Fengyun satellite monitoring data, station observations, and grid-point analysis, to provide a detailed interpretation of precipitation characteristics in Sri Lanka over the past week. By analyzing atmospheric circulation patterns, MJO anomaly predictions, and key physical parameters, they indicated that Sri Lanka would continue to experience frequent precipitation in the coming period. Subsequently, forecasters from both sides engaged in in-depth discussions on the extent, intensity, and duration of recent heavy rainfall, as well as the evolution and potential impacts of the low-pressure system over the Bay of Bengal in the following week. The intuitive visualization and analytical capabilities of the platform products provided practical technical references for the Sri Lankan side, effectively supporting joint forecasting and operational exchanges. Both parties agreed to maintain close communication, not only through regular online consultations but also via email to strengthen routine operational coordination and technical exchanges.
This international consultation further deepened the friendly cooperation between China and Sri Lanka in the meteorological field and pragmatically promoted the application and operational synergy of the early warning platform. The consultation fully leveraged China's technological advantages in satellite observation, numerical weather prediction models, and early warning systems, providing strong support for Sri Lanka in enhancing its regional meteorological disaster prevention and mitigation capabilities. It serves as a vivid example of China's meteorological services contributing to countries along the Belt and Road and supporting global meteorological disaster prevention and reduction.
