Core Insights - Shaanxi Province's meteorological department is leveraging technology and data to enhance ecological protection and high-quality development in the Qinling region [1] Group 1: Ecological Transformation - Shanzhou City, as a key water source for the South-to-North Water Diversion Project, is prioritizing ecological protection as a core driver for high-quality development, with 99.4% of the Qinling Shaanxi section classified as ecologically sound by 2024 [2] - Key ecological indicators such as vegetation index and net primary productivity are showing steady improvement, with the vegetation index reaching its highest recorded value in 2024 [2] - Aerosol optical thickness has decreased by 45% compared to historical averages, indicating significant improvements in regional air quality [2] Group 2: Technological Empowerment - The meteorological department's climate suitability analysis and vegetation monitoring data are critical for informed decision-making in ecological restoration projects [3] - A climate ecological product value conversion platform has been established, supporting the quantification of climate ecological product values, with 23 "climate-friendly enterprises" in Shanzhou approved for "climate value loans" totaling 210 million [3] Group 3: Disaster Prevention and Mitigation - A "three-in-one" disaster prevention and mitigation command platform has been innovatively established, integrating data from 10 departments to facilitate coordinated disaster response [4] - The platform enabled timely evacuations during severe rainfall events, preventing casualties despite the occurrence of six flood peaks and two instances of water exceeding warning levels [4][5]

Core Insights - The article highlights the increasing demand for weather services in tourism, particularly in Xinjiang, where diverse weather conditions can significantly impact travel experiences [3][4][5] - Collaboration between local tourism sectors and meteorological departments is emphasized as crucial for ensuring tourist safety and enhancing the overall travel experience [5][6][7] Group 1: Weather Services and Tourism Safety - The establishment of weather monitoring stations in tourist areas, such as the Tianshan Tomur Grand Canyon, allows for real-time weather updates and safety alerts for visitors [5][6] - Tour guides and staff are trained to monitor weather conditions and respond to alerts, ensuring timely communication with tourists regarding potential hazards [5][6] - The implementation of safety measures, such as designated "safe zones" within tourist areas, enhances visitor protection during adverse weather events [5][6] Group 2: Infrastructure and Technological Advancements - The Duku Highway, a key tourist route, has seen the installation of ten new weather observation stations to improve data collection and sharing among relevant departments [6][7] - The use of mobile applications and electronic displays at tourist sites provides visitors with up-to-date weather forecasts, facilitating better trip planning [6][7] - The integration of advanced technologies, such as satellite systems, enhances the accuracy of weather predictions and safety measures along popular travel routes [6][7] Group 3: Environmental Management and Ecological Benefits - The Ba Yin Guo Lun artificial rain experiment base has conducted over 30 drone-assisted rain enhancement operations, significantly increasing local precipitation levels [8][9] - From January to July, the region experienced a 37.7% increase in rainfall compared to the previous year, aiding in drought mitigation and ecological preservation [8][9] - The positive impact of artificial rain on local ecosystems is noted, with improved vegetation health benefiting both the environment and local communities [9]

Group 1 - Gansu Province Meteorological Bureau launched targeted warning system, successfully issuing red rainstorm warning signal to over 47,000 users in Longnan City [1] - The new system allows for progressive delivery of weather warnings, achieving precision down to village level, marking a significant upgrade in disaster prevention capabilities [1][2] - The system integrates 5G communication and electronic fence technology, creating a smart perception network for real-time analysis of warning impact areas [1] Group 2 - The targeted warning system operates with full-process automation, enhancing the accuracy of warning information delivery and addressing issues of irrelevant notifications [2] - Gansu Province has experienced an unusual frequency of extreme short-term heavy rainfall this year, complicating disaster prevention efforts [2] - Weather forecasts indicate significant rainfall from August 19 to 21, with varying intensities across different regions [2]

Core Insights - The establishment of the Jiangsu Low Altitude Meteorology Joint Innovation Studio marks a new phase in enhancing precise meteorological services and supporting low-altitude economic development in Jiangsu Province [1] Group 1: Technological Innovations - The studio is a collaboration between Jiangsu Aviation Industry Group and the Provincial Meteorological Station, creating a comprehensive meteorological service solution that integrates technological innovation, management mechanism innovation, and digital application innovation [1] - A total of 35 core low-altitude meteorological monitoring and warning service products have been developed, including breakthroughs in micro-scale low-altitude meteorological monitoring and warning technology [1] - The implementation of an "AI + Meteorology" three-dimensional big data platform enables minute-level and hundred-meter-level precise forecasting [1] Group 2: Service Models - An innovative progressive guarantee system has been established, consisting of "flight plan - pre-flight final review - post-flight evaluation" [1] - Eight types of meteorological risk warning products have been developed to enhance service delivery [1] Group 3: Collaborative Platforms - A provincial and municipal collaborative low-altitude service management platform has been created, which includes meteorological components and covers various scenarios such as drone logistics and emergency rescue [1] - Since its public service launch on June 30, the low-altitude service management platform has been providing an average of nearly 400,000 services per day for low-altitude unmanned aerial vehicles [1]

当时，本溪县和平山区提前转移受威胁人员519人，主要降水时段来临前，各县区组织转移重点防 汛地区受威胁人员2020人；根据气象部门的精准预报信息，相关县区又开展了扩面转移，7月29日的强 降雨中，全市共转移受威胁人员3287人。这次基于精准预报的提前行动，有效避免了潜在的人员伤亡和 财产损失。 这套被预报员倚重的系统，全称是MICAPS气象信息综合分析处理系统。它能将复杂的数字转化为 直观的图形图像，供预报员编辑分析，最终构建起一个涵盖中期、短期乃至短时天气预报的强大工作平 台。 MICAPS生成的小时降水预报，已成为本溪市防汛抗旱指挥部安排部署防汛工作的重要参考。入汛 以来，本溪市防指通过动态更新的云图数据和雨量预测模型，多次召开会商研判会议，实时修正应急响 应等级，一条条即时更新的数据被迅速转化为具体指令，第一时间同步推送至应急管理、水务、自然资 源、交通运输、住建等相关部门。 不久前那场与暴雨的正面交锋，至今令人难忘。7月28日下午，崔曜鹏和同事们紧紧围在MICAPS 终端前，屏幕上代表强降雨风险的红色预警区域轮廓正逐渐变得清晰。"平山区、溪湖区、明山区，还 有本溪满族自治县的高官镇、清河城镇。"崔曜鹏 ...

Core Viewpoint - The development of China's meteorological services highlights the critical role of sustained research investment and capacity building in transforming meteorological services [1][2] Group 1: Technological Advancements and International Cooperation - China's meteorological sector has achieved significant breakthroughs in technology and modernization, leading to a substantial increase in numerical weather prediction accuracy and the integration of AI and big data into early warning systems [1] - The China Meteorological Administration (CMA) currently operates 27 global or regional centers, providing meteorological equipment and technical assistance to nearly 40 countries, training over 15,000 professionals through various programs [2] Group 2: Training and Capacity Building - A recent training program in Beijing, attended by officials from 11 countries, focused on climate change adaptation and early warning system construction, fostering collaboration and sharing of governance experiences [2] - The training sessions are seen as valuable for enhancing the resilience and capabilities of meteorological services in participating countries, addressing the challenges posed by climate change [2] Group 3: Perception of China and Global Cooperation - Officials from various countries expressed admiration for China's advancements in meteorology, environmental protection, and education, emphasizing the importance of global cooperation and the concept of a "community with a shared future for mankind" [3]

Core Insights - Strengthening meteorological disaster prevention and reduction capabilities is a long-term and arduous task that requires continuous effort and commitment [1][3] - The increasing frequency of extreme weather events due to global climate change poses significant threats to public safety and economic stability, making it urgent to enhance monitoring, forecasting, and warning systems [1][2] Group 1: Current Achievements - China has established the world's largest integrated meteorological observation system, enabling precise monitoring of weather changes [1] - The intelligent grid forecasting products provide comprehensive coverage of various forecasting elements, with minute-level temporal and kilometer-level spatial resolution [1] - A complete risk survey of meteorological disasters has been conducted, establishing a warning system that can provide alerts for severe convective weather 43 minutes in advance [1] Group 2: Challenges Faced - There are still challenges in meteorological disaster prevention, including insufficient observation station density in remote areas, leading to delays in capturing severe weather events [2] - The accuracy and lead time of existing numerical forecasting models need improvement, especially under extreme weather conditions [2] - The issue of information sharing and coordination among different departments remains inadequate, particularly in rural and remote areas [2] Group 3: Future Directions - Technological empowerment is essential for enhancing disaster prevention and reduction capabilities, focusing on innovation in numerical forecasting, artificial intelligence, and quantum technology [2] - Mechanism innovation is crucial for improving emergency response systems, requiring tighter collaboration among departments and clearer responsibilities [3] - Social collaboration is fundamental for building a robust disaster prevention framework, necessitating public engagement and education on meteorological knowledge and emergency preparedness [3]

Core Points - Beijing aims to accelerate post-disaster recovery and reconstruction, with a goal of "basic recovery in one year, comprehensive improvement in three years, and long-term high-quality development" [1][3] - A series of major projects will be planned to enhance water conservancy facilities, road and bridge construction, and improve forecasting and warning capabilities [1][4] Group 1: Recovery and Reconstruction Efforts - The city will mobilize local party members, cadres, and the public to actively participate in disaster relief and recovery efforts [2] - Key initiatives include ensuring the living conditions of affected residents, repairing damaged infrastructure, and maintaining flood prevention measures during critical periods [2][3] - The focus will be on restoring normal production and living conditions, providing policy support for affected businesses, and expediting insurance claims processes [2][4] Group 2: Major Projects and Infrastructure Improvements - Planned projects will include upgrading water conservancy facilities and assessing the current state of reservoirs, channels, and flood defenses to enhance overall flood protection capabilities [4][5] - There will be an emphasis on improving forecasting and warning systems, optimizing meteorological monitoring, and enhancing public access to warning information [4][5] - The construction of dual-use public infrastructure will be prioritized to meet both everyday needs and emergency response requirements [5]

Group 1 - The city of Tongliao has been facing severe rainfall since July 24, prompting various departments to take proactive measures for flood prevention and response [1] - Tongliao's Water Resources Bureau collaborated with the Meteorological Bureau and Hydrology Center to issue early warnings for small rivers and mountain flood disasters, establishing an efficient warning information network [1] - A total of 94 reservoirs in the city have designated responsibility personnel to ensure the safety and operation of water conservancy projects through continuous inspections [1] Group 2 - The city utilized technological methods to build two-dimensional hydrodynamic models for river sections, allowing for precise simulation of flood scenarios and risk assessment [1] - The Emergency Guarantee Center has enhanced material support for the current heavy rainfall, ensuring that emergency supplies are readily available for deployment [1] - Over 1,000 traffic police personnel have been mobilized, rescuing 37 stranded individuals, while sanitation workers and road maintenance personnel are actively clearing water and debris [2]

Core Viewpoint - The article discusses the strategic brand transformation of Moji Weather, emphasizing its evolution from a weather information provider to a decision-making partner, driven by a comprehensive understanding of the value of meteorological data in various industries [9][10][40]. Brand Transformation - Moji Weather unveiled its new brand identity during a launch event on July 16, 2025, marking a significant shift in its branding strategy [12][39]. - The brand's mission is to "open a new world of meteorology," aiming to help users make informed decisions based on weather data [15][16]. - The company has evolved from providing weather forecasts to offering tailored decision-making solutions for various industries, reflecting a broader role in the market [17][40]. Visual Identity and Design Philosophy - The new logo features a simplified design with an orange and white color scheme, symbolizing a fresh approach to branding [6][34]. - The design philosophy focuses on creating a visual identity that resonates with the brand's core values of professionalism, intelligence, and global perspective [32][35]. - The color scheme of black and orange represents the duality of technological rigor and human warmth, aligning with the brand's mission to provide reliable and empathetic weather services [35][36]. Service Evolution - Moji Weather's service model has transitioned from a standard weather app to a comprehensive decision-making platform, utilizing AI to provide customized insights [39][40]. - The company now offers industry-specific solutions, enhancing its role as a service provider across various sectors, including logistics and agriculture [40][41]. - The internationalization strategy aims to replicate its successful decision-making model in global markets, adapting services to local needs [41][42]. Conclusion - Moji Weather's transformation signifies a redefinition of meteorological data value, positioning itself as a crucial link between weather insights and everyday decision-making for individuals and industries alike [42].