Core Viewpoint - The Hong Kong Government Flying Service (GFS) plays a crucial role in collecting meteorological data during tropical cyclones, enhancing weather forecasting and disaster warning capabilities for the Greater Bay Area and globally [1][2][6]. Group 1: GFS Operations - The GFS, also known as the "Flying Tiger Team," is responsible for various emergency services, including search and rescue, medical airlift, and firefighting [2]. - Since 2011, the GFS has collaborated with the Hong Kong Observatory to collect meteorological data during tropical cyclones, significantly improving the understanding of storm dynamics [2][3]. Group 2: Technological Advancements - In 2016, the GFS adopted a new method of deploying drop sondes from aircraft, marking a significant advancement in high-altitude meteorological monitoring [4]. - The use of drop sondes allows for safer and more comprehensive data collection compared to earlier low-altitude flight methods [4][5]. Group 3: Challenges and Risks - Despite technological improvements, GFS operations face challenges such as loss of visibility and potential hazards during flights through storm systems [5]. - An incident during Typhoon "Talley" in July 2023 highlighted the risks involved, where the aircraft sustained damage but successfully completed its mission [5]. Group 4: Collaborative Efforts - The GFS has transitioned from relying on foreign meteorological data to independently collecting and sharing data, enhancing local capabilities [6]. - A joint monitoring initiative with the China Meteorological Administration in 2024 exemplifies regional cooperation in typhoon observation, improving data richness and disaster preparedness [6].

Core Points - The article discusses the efforts of the Hong Kong Government Flying Service (GFS) in collecting meteorological data during typhoons, particularly focusing on the collaboration with the Hong Kong Observatory to enhance storm monitoring and prediction capabilities [1][2][7]. Group 1: Data Collection and Monitoring - Since 2011, the GFS has been deploying aircraft to collect meteorological data during tropical cyclones threatening Hong Kong, providing crucial support for weather forecasting and disaster warning [1][2]. - The GFS's collaboration with the Hong Kong Observatory began after a serendipitous encounter with Typhoon "Mora菲" in 2009, leading to the establishment of a systematic approach to collect tropical cyclone data [2][3]. - The introduction of drop sondes in 2016 marked a significant advancement in storm monitoring, allowing for high-altitude data collection that enhances the understanding of storm structures [4][7]. Group 2: Challenges and Innovations - The GFS faces numerous challenges during data collection, including severe weather conditions that can lead to reduced visibility and increased risk during flights [4][5]. - A notable incident during Typhoon "Talley" in 2023 highlighted the dangers faced by the GFS, where a glass panel was damaged during flight, yet the crew successfully executed emergency protocols to ensure safety and data collection [5][6]. - The transition from relying on foreign meteorological data to autonomous data collection represents a significant evolution in Hong Kong's meteorological capabilities, fostering regional collaboration and data sharing [7]. Group 3: Regional Collaboration - In 2024, a joint monitoring initiative with the China Meteorological Administration was implemented, showcasing a collaborative approach to typhoon observation that enhances data richness and predictive accuracy [7]. - The partnership aims to strengthen disaster prevention and mitigation efforts across the Guangdong-Hong Kong-Macao Greater Bay Area, emphasizing the importance of regional cooperation in meteorological research [7].

Group 1 - The core point of the article is that 220 meteorological projects have been approved as part of the 10 trillion yuan national bond issuance in 2023, aimed at supporting post-disaster recovery and enhancing disaster prevention and reduction capabilities [1] Group 2 - The implementation of these projects is expected to significantly advance the modernization of meteorological technology and social services [1]

Core Insights - The article highlights the significant advancements in China's meteorological disaster prevention and mitigation capabilities, driven by the issuance of 1 trillion yuan in government bonds specifically for disaster recovery and enhancement of meteorological services [1][5]. Group 1: Investment in Meteorological Infrastructure - The government has approved 220 projects across 31 provinces and 4 municipalities to enhance meteorological capabilities, focusing on disaster recovery and prevention [1]. - New X-band phased array radar and upgraded meteorological disaster prevention systems have been implemented in Hainan to monitor typhoon developments [1]. Group 2: Enhanced Monitoring and Data Collection - A comprehensive meteorological monitoring network has been established, with 381 observation stations built in Chongqing to cover hazardous rock points [2]. - In Xinjiang, 58 new intelligent meteorological observation stations have been constructed to eliminate monitoring blind spots [2]. - Advanced equipment has been installed in Qinghai for weather modification operations, significantly improving monitoring capabilities [2]. Group 3: Data Processing and Forecasting Improvements - Sichuan's meteorological department has reduced the time for 3D wind field analysis from 14 minutes to 5.6 minutes through innovative GPU computing applications [3]. - Inner Mongolia's meteorological data processing capacity has increased by 40%, achieving millisecond-level data decoding [3]. - A comprehensive weather support system for the Yellow River basin has been developed in Henan, integrating data from multiple departments for real-time monitoring [3]. Group 4: Community Impact and Disaster Response - During severe weather events, such as the "8·20" heavy rain in Liaoning, new risk monitoring modules helped over 50,000 people avoid danger [4]. - In Tianjin, a timely geological disaster warning was issued 11 hours in advance, facilitating the safe relocation of over 4,000 residents [4]. Group 5: Broader Applications and Benefits - Meteorological projects are enhancing agricultural monitoring, with improved observation stations in Jilin providing real-time reports on land degradation [5]. - In Gansu, a wind power forecasting system is generating personalized reports for wind turbines, preventing significant equipment losses [5]. - The meteorological department in Heilongjiang utilized advanced forecasting to identify optimal weather conditions for sporting events [6].

Group 1 - The article highlights the issuance of multiple weather warnings, including blue rain, yellow mountain flood, and orange geological disaster alerts, indicating severe rainfall in regions such as Jiangnan, South China, and eastern Southwest China [1] - It emphasizes the importance of early warning systems as the first line of defense against extreme weather events, with advancements in the national emergency warning information system allowing for a 43-minute advance warning for severe convective weather and a 99.1% public coverage rate [1] - The article calls for public awareness and proactive measures in response to weather alerts, including checking drainage facilities, reinforcing buildings, and preparing essential supplies [1] Group 2 - The article discusses the transition of extreme weather from an "occasional event" to a "normal challenge," stressing the need for improved accuracy in weather forecasting and the establishment of a comprehensive monitoring network to prevent oversight of significant weather events [2] - It advocates for collaboration among multiple departments to enhance the effectiveness of meteorological disaster risk warning information, emergency response, and evaluation measures to protect public safety and property [2] - The article urges the public to increase awareness of disaster prevention and response, particularly with the upcoming plum rain season and main flood period in southern regions, to minimize adverse impacts and losses [2]