Core Viewpoint - The meeting held by the China Meteorological Administration emphasizes the importance of high-quality meteorological development and reform, marking the beginning of the second phase of the "Meteorological High-Quality Development Outline (2022-2035)" and reviewing the work done in 2025 while outlining tasks for 2026 [1] Group 1: Xiangshui Model - The Xiangshui model promotes efficient emergency response and emphasizes the need for a comprehensive approach to meteorological services, focusing on leadership, collaboration, and responsibility [2] - Xiangshui County has significantly enhanced its meteorological disaster prevention capabilities through investments in modern monitoring equipment and a series of government meetings dedicated to meteorological work, resulting in improved disaster response [2] - The county's successful response to severe weather events, such as the tornado in July 2022 and strong convective weather in September 2023, highlights the effectiveness of the Xiangshui model in ensuring high-quality economic and social development [2][3] Group 2: Xuyong Practice - The Xuyong practice focuses on reform and industry coordination, establishing a comprehensive management system for monitoring, early warning, disaster prevention, and relief, which has led to a more proactive approach to disaster management [4] - Xuyong County has implemented a joint meeting system involving 11 key departments, enhancing real-time information sharing and decision-making, which has improved response times by nearly one hour [5] - The county's efforts in integrating meteorological services with emergency management and other sectors serve as a replicable model for grassroots meteorological development across the country [6] Group 3: Call for National Adoption - The meeting calls for nationwide adoption of the successful practices from Xiangshui and Xuyong counties to enhance grassroots meteorological development and disaster prevention capabilities [6] - Emphasizing the importance of both development and safety, the meeting encourages leveraging local experiences and wisdom to modernize meteorological technology and services, ultimately enhancing public well-being [6]

Core Viewpoint - The article highlights the effective response of the Jinggangshan Meteorological Bureau to a severe cold wave, ensuring public safety and normal operations during extreme weather conditions [1][2]. Group 1: Meteorological Response - From January 19 to 22, Jinggangshan experienced its first low-temperature rain and snow of 2026, with an average temperature drop of 14°C [1]. - The Jinggangshan Meteorological Bureau proactively issued warnings and recommendations to local government on January 16, preparing for the cold weather [1]. - Real-time risk alerts were sent to traffic police based on monitoring data, allowing for timely emergency responses [1]. Group 2: Collaborative Efforts - The traffic police effectively implemented ice removal and traffic guidance measures, preventing accidents on main roads during the cold wave [2]. - Agricultural production remained stable without significant frost damage, and market supply was orderly, ensuring the safety of tourists [2]. - The meteorological bureau served as a key hub for coordinating actions among various departments, ensuring comprehensive and timely information dissemination [1][2]. Group 3: Future Plans - The Jinggangshan Meteorological Bureau plans to optimize warning service processes and deepen inter-departmental cooperation to enhance meteorological support services [2]. - The bureau aims to ensure that weather forecasts are not only issued but also effectively communicated and utilized, reflecting its commitment to public safety and service [2].

Core Viewpoint - A significant cold wave affecting most regions of China from January 17 to 21 has prompted the China Meteorological Administration to enhance emergency response measures to ensure public safety and minimize damage from severe weather conditions [1][2]. Group 1: Weather Impact and Response - The cold wave has led to noticeable temperature drops and widespread rain, snow, and ice, with some areas experiencing freezing rain [1]. - The China Meteorological Administration raised the emergency response level for major weather disasters from level four to level three, indicating a serious cold wave, freezing, and heavy snow [1]. - Local meteorological departments have actively reported significant weather updates to government bodies, ensuring timely deployment of preventive measures [1][2]. Group 2: Interdepartmental Coordination - Effective response to complex weather disasters relies on collaboration among various departments, including emergency management, transportation, agriculture, energy, and health [2]. - Meteorological services have focused on specific risks across different sectors, such as road icing and low visibility in transportation, prompting preemptive measures [2]. - In the energy sector, warnings were issued regarding the threat of freezing rain to power and communication facilities, leading to proactive reinforcement of infrastructure [2]. Group 3: Agricultural and Public Health Measures - In agriculture, meteorological analysis indicated that the weather pattern of "snow followed by temperature drop" could benefit wheat production, although risks to facility agriculture were noted [2]. - Health departments collaborated with meteorological agencies to issue health risk alerts related to low temperatures, advising the public on precautions against respiratory and cardiovascular issues [2][4]. - Various localities implemented comprehensive communication strategies to ensure that emergency warnings reached farmers and the public effectively [4].

Core Viewpoint - The article highlights the proactive measures taken by the Xundian County Meteorological Bureau in response to significant temperature drops and snow weather caused by a strong cold air mass, emphasizing their commitment to public safety and effective weather monitoring [1] Group 1: Emergency Response - The Xundian County Meteorological Bureau has entered an emergency response mode due to the strong cold air, ensuring that all meteorological staff remain on duty and enhance monitoring efforts [1] - The bureau has established a real-time monitoring network using automatic weather stations across the county to track the movement and intensity of the cold air [1] Group 2: Weather Monitoring and Forecasting - The meteorological team has increased the frequency of consultations and integrated various data sources, including satellite imagery and radar echoes, to refine forecasts regarding temperature drops, snow coverage, and road icing risks [1] - A 24-hour duty system has been initiated to capture every subtle change in the weather system, allowing meteorologists to closely monitor temperature and precipitation changes [1] Group 3: Public Communication - The meteorological bureau has kept its consultation hotline open to address public concerns and provide guidance on cold weather preparedness [1]

Core Viewpoint - The focus of the news is on the efforts of the Shangnan County Meteorological Bureau to enhance disaster prevention and mitigation through improved meteorological monitoring, early warning systems, and public service, thereby supporting high-quality economic and social development in the region. Group 1: Meteorological Monitoring and Data Collection - The Shangnan County Meteorological Bureau has upgraded 8 regional automatic weather stations and added 2 soil moisture observation stations and 1 traffic meteorological observation point, achieving a 92% coverage rate for meteorological monitoring across the county [1] - The data availability rate for national stations remains at 100%, while regional stations maintain a long-term stability of over 99%, providing a solid data foundation for accurate forecasting and early warning [1] Group 2: Early Warning Systems and Public Communication - The bureau has published a total of 589 meteorological disaster warning signals and created 8 major meteorological information reports and 216 specialized service materials to support decision-making [2] - During the historical drought from March to August, the bureau issued 12 advance weather forecasts 3-5 days prior to critical weather events and conducted artificial rainfall operations to alleviate agricultural drought impacts [2] - A total of 68,000 warning messages were sent through various channels, ensuring timely delivery of warning information to the public [2] Group 3: Emergency Response and Collaboration - The bureau has revised disaster response service standards and conducted over 60 joint meetings, issuing 53 geological disaster and flash flood risk warnings, establishing a collaborative emergency response mechanism [3] - The bureau activated disaster response protocols 26 times throughout the year, ensuring efficient handling of adverse weather conditions [3] - Artificial weather modification operations were conducted 14 times in key areas, utilizing 24 rocket shells and 366 artillery shells, significantly benefiting agricultural production [3] Group 4: Support for Agriculture and Key Events - The bureau provides tailored meteorological services for local agricultural needs, including specialized weather forecasts for tea and grain production, facilitating effective farming activities [4] - During critical periods such as the Spring Festival travel rush and high school entrance examinations, the bureau proactively engaged in providing meteorological support to ensure smooth operations [4] Group 5: Public Education and Awareness - The bureau has established a meteorological science education base, hosting over 500 students for educational visits and conducting various outreach activities to enhance public awareness of meteorological disaster prevention [5] - Through innovative media platforms, the bureau has created accessible educational materials to improve public understanding of meteorological science and disaster preparedness [5]

Core Viewpoint - The article discusses the increasing frequency and intensity of extreme weather events in China, particularly focusing on the current cold wave and its impacts on various sectors such as energy supply, agriculture, and transportation [2][3][4]. Group 1: Impact of Cold Wave - The cold wave is characterized by significant temperature drops, strong winds, and rain/snow, affecting energy supply, agricultural production, transportation, and human health [2]. - This winter's cold wave is the third warning issued so far, with notable features including a wide range of wind and temperature drops, heavy snowfall in North China and Huanghuai regions, and strong winds at sea [2]. - The cold wave is primarily caused by the eastward movement of high-altitude troughs and surface cold high pressure, leading to widespread cold air affecting most of China [2]. Group 2: Increase in Extreme Weather Events - Extreme weather events in China, such as heavy rainfall, heatwaves, cold waves, typhoons, strong winds, and droughts, have significantly increased in recent years [3][4]. - The proportion of typhoons making landfall in China has risen since the late 20th century, with notable events like Typhoon "Doksuri" causing severe flooding in the Haihe River basin, the strongest since 1963 [3]. - In 2024, a prolonged heatwave lasting 74 days was recorded in central and eastern China, marking the second-longest duration since 1961, with over 1,400 meteorological stations reporting temperatures above 37°C [3]. Group 3: New Characteristics of Extreme Weather - Recent trends show an increase in compound extreme weather events, such as the combination of high temperatures and heavy rainfall leading to complex disaster scenarios [5]. - The frequency and intensity of extreme events are rising, with impacts expanding from traditional areas to northern and western regions, increasing the risk of typhoon-related disasters in these areas [5]. - The relationship between different extreme weather events is becoming more interconnected, complicating disaster prevention and response efforts [5]. Group 4: Response to Extreme Weather - The China Meteorological Administration is shifting from traditional weather forecasting to disaster risk warning systems to better address the increasing complexity of extreme weather [8]. - There is a call for improved early warning systems in areas prone to extreme weather and compound disasters, enhancing disaster observation networks and response capabilities [9]. - Emphasis is placed on increasing public awareness of disaster risks and improving infrastructure resilience to better manage the impacts of extreme weather events [9].

Core Points - The Chinese Meteorological Administration emphasizes the importance of integrating meteorological disaster prevention into the comprehensive disaster reduction system during the 14th Five-Year Plan period [1] - The establishment of a high-level warning response mechanism across all provinces, cities, and counties is highlighted as a key development [1] Group 1 - The increasing frequency of extreme weather events necessitates the role of meteorological disaster prevention as the first line of defense [1] - All provinces have developed policies that make meteorological disaster warnings a critical condition for emergency response activation [1] - Meteorological departments are enhancing the connection between real-time meteorological services, precise forecasting, and rapid response mechanisms [1] Group 2 - The meteorological service model is being refined to provide a layered approach to disaster warnings, akin to peeling an onion [2] - Forecasting accuracy is being improved over time, with predictions becoming more precise from quarterly to hourly and minute intervals [2] - The focus of meteorological services is shifting from broad weather systems to specific impacts on towns, villages, and key populations [2] - Emergency response measures are being tailored to specific timeframes and regions, providing decision support to local governments to minimize the impact of extreme weather [2]

Core Points - The Chinese Meteorological Administration emphasizes the importance of integrating meteorological disaster prevention into the comprehensive disaster reduction system during the 14th Five-Year Plan period [1] - A high-level warning response mechanism has been established across all provinces, cities, and counties in China [1] Group 1 - The increasing frequency of extreme weather events highlights the critical role of meteorological disaster prevention as the first line of defense [1] - Relevant policies have been formulated by provincial meteorological departments, making meteorological disaster warnings a key condition for emergency response activation [1] - Meteorological departments are enhancing the connection between real-time meteorological services, precise forecasting, and rapid response mechanisms [1] Group 2 - The meteorological service model is being refined to provide direct disaster warning mechanisms at the grassroots level [2] - The progressive meteorological service model focuses on time, space, and response dimensions, improving forecast accuracy from quarterly to minute-level [2] - The model aims to minimize the impact of extreme weather by providing decision support for emergency response measures tailored to specific time periods and regions [2]

Core Viewpoint - The Chinese Meteorological Administration emphasizes the importance of integrating meteorological disaster prevention into the comprehensive disaster reduction system during the "14th Five-Year Plan" period, highlighting the establishment of a high-level warning response mechanism across all provinces, cities, and counties [1][2] Group 1: Meteorological Disaster Prevention - Meteorological disaster prevention is now a key condition for emergency response activation across all provinces, with policies in place to support this initiative [1] - The meteorological departments are enhancing the emergency response mechanism for extreme weather through effective coordination and collaboration across different levels and departments [1] Group 2: Progressive Meteorological Service Model - The meteorological service model is being refined to provide direct and timely disaster warnings, with a focus on detailed, layered responses [2] - Forecasting accuracy is being improved from quarterly to hourly and minute-by-minute updates, allowing for more precise disaster impact assessments at local levels [2] - The model aims to minimize the impact of extreme weather by providing decision-making support for emergency responses tailored to specific timeframes and regions [2]

Core Points - The article highlights the significant advancements in China's meteorological services over the past 80 years, emphasizing the establishment of a comprehensive observation system and the modernization of meteorological technology to enhance disaster prevention and response capabilities [5][12]. Group 1: Meteorological Services Development - The meteorological services in China have evolved into one of the most widely covered public services, with comprehensive capabilities ranking among the top globally [5]. - The implementation of a progressive meteorological service model has improved disaster prevention, with a focus on safeguarding lives and enhancing economic development [12]. Group 2: Case Studies of Meteorological Applications - In Yunnan Province, a progressive service mechanism was employed during heavy rainfall, allowing for timely warnings and the successful evacuation of over 3,500 people, resulting in zero casualties [9][10]. - In Henan Province, timely drought warnings led to the implementation of irrigation measures across 124 million acres, effectively mitigating drought impacts on crops [16][18]. - In Zhejiang Province, the development of a detailed sunrise forecast service has significantly improved tourist experiences, with an accuracy rate of 87% in predicting viewing conditions [22]. Group 3: Economic and Ecological Impact - Meteorological services have expanded to support over 70 industry categories, integrating into the modern economic system and contributing to food security, transportation, and energy supply [18]. - In Shaanxi Province, the establishment of a climate ecological monitoring network has facilitated the development of climate-related tourism and agricultural services, enhancing local economic growth [28].