中国气象局：广州、深圳率先实现低空飞行气象保障职能法定化

Core Viewpoint - The Chinese Meteorological Administration is focusing on high-quality development of meteorological services to support the low-altitude economy during the 14th Five-Year Plan period, emphasizing the importance of meteorological factors in ensuring the safety of low-altitude flight operations [1][2] Group 1: Meteorological Factors and Low-Altitude Flight Safety - Meteorological factors such as low-altitude wind, visibility, lightning, and severe convective weather significantly impact the safety of low-altitude flight operations [1] - The division of airspace and design of flight routes are closely linked to meteorological monitoring, forecasting, and climate condition analysis [1] Group 2: Innovations in Meteorological Services - The Chinese Meteorological Administration has developed a high-resolution three-dimensional meteorological model specifically for low-altitude applications, providing detailed wind fields and visibility data to ensure the safe operation of drones and other low-altitude vehicles [1] - Legislative support for meteorological services in low-altitude economies has been strengthened, with cities like Guangzhou and Shenzhen leading in formalizing meteorological support functions for low-altitude flight [1] Group 3: Pilot Projects and Local Initiatives - Various provincial meteorological departments are implementing pilot projects tailored to local conditions, such as Shanghai's comprehensive meteorological observation network and dedicated meteorological service centers in Chengdu and Nanchang [1] - The Guangdong-Hong Kong-Macao Meteorological Innovation Research Institute is establishing a collaborative framework that integrates industry, academia, and government to support local low-altitude economic development [1] Group 4: Future Plans and Development - The Chinese Meteorological Administration plans to issue guidance on developing meteorological services for the low-altitude economy, focusing on standardization, infrastructure development, application scenarios, and service model enhancement [2]