2月27日，记者从国家气象信息中心获悉，自去年9月《中国气候数据产品国际共享目录》发布以来，该 批次数据集已吸引近416万次国外用户访问，被广泛应用于气候变化研究、农业气候适应、灾害预警系 统开发、人工智能气象模型训练及能源预测等多个关键领域。 近年来，中国气象局持续强化数据共享，正持续为全球多个关键领域提供支持。通过全球通信系统 GTS、世界气象组织信息系统WIS2.0、中国气象局卫星数据广播系统（CMACast）、风云卫星数据直 收站和海外云节点等多元化渠道，中国向全球153个国家和地区提供高质量气象数据服务，为国际科研 与防灾实践提供有力支撑。 2025年，依据世界气象组织（WMO）全球交换协议，中国通过GTS/WIS向全球实时分发共享地面与高 空观测、风云卫星监测、数值预报和警报产品，以及商用飞机和船舶等多源数据，年共享数据量约为 23.5TB；通过WIS2.0向全球各相关政府和机构实时共享数据量约为320TB；通过CMACast向蒙古、马尔 代夫等17个国家的用户播发地面观测数据、风云卫星数据、全球数值预报产品，每用户年服务数据量达 136.6TB；通过风云卫星数据直收站向莫桑比克、纳米比亚、蒙古国 ...

Core Insights - The World Meteorological Organization (WMO) has included the China-MST3.0 dataset in its 2025 global temperature change report, confirming that 2025 will be one of the three warmest years on record [1][5] - The China-MST3.0 dataset, developed by a team from Sun Yat-sen University, has become a key data source for international climate reports, contributing to global climate governance [1][5] - The dataset addresses challenges in global temperature monitoring, such as historical observation inconsistencies and sparse data in high-altitude and polar regions [1][3] Group 1: Dataset Development - The China-MST dataset was first launched in 2019, integrating land and ocean temperature data to improve accuracy [2] - The 2.0 version released in 2022 enhanced data for ice-covered areas and improved coverage in sparsely observed regions [2] - The 3.0 version introduced a comprehensive uncertainty assessment framework, significantly improving data quality and reliability [2][3] Group 2: Global Temperature Trends - The evaluation based on the China-MST3.0 dataset indicates a global average near-surface temperature increase of 1.07°C ± 0.05°C compared to the 1961-1990 climate standard, and 1.39°C ± 0.13°C compared to pre-industrial levels [5] - The analysis from eight datasets shows a clear trend of global warming, with an acceleration in warming rates beyond previous expectations [5] Group 3: Future Directions - The research team is focusing on developing higher-resolution climate application datasets and has recently completed a homogenized global solar radiation dataset [6] - The team aims to enhance data quality standards and strengthen international collaboration in climate research [6]

Core Viewpoint - The successful launch of the Fengyun-4C satellite enhances China's capabilities in monitoring extreme weather and addressing climate change, marking a significant advancement in meteorological satellite technology. Group 1: Enhanced Observation Capabilities - The Fengyun-4C satellite features six advanced payloads that significantly improve the frequency and precision of monitoring small to medium-scale weather systems [2] - The satellite's geostationary radiation imaging instrument has doubled its spatial resolution, allowing for full-disk observations every 5 minutes and regional imaging every minute [2] - The interferometric atmospheric vertical sounding instrument has improved its spatial resolution from 12 kilometers to 8 kilometers, enabling more accurate data for numerical weather prediction and typhoon modeling [2] Group 2: Improved Early Warning Systems - The Fengyun-4C satellite enhances monitoring and early warning capabilities for severe weather events, with a 33% improvement in time resolution for monitoring convective clouds compared to its predecessor [4] - The satellite can predict hail and heavy rainfall in South China's summer storms with an accuracy improvement of approximately 20%, providing earlier warnings by 15 to 30 minutes [4] - For typhoon monitoring, the satellite captures rapid changes in temperature and humidity in the typhoon's core, reducing forecast errors for path and intensity [4] Group 3: Climate Change Response - The satellite's enhanced observation capabilities will improve the monitoring of atmospheric components, humidity, clouds, and radiation, significantly reducing precipitation forecast errors [5] - It can monitor surface temperature every 10 minutes, providing reliable data for predicting extreme heat events and drought conditions [5] - The satellite's ability to monitor key climate variables continuously will support research on regional climate change issues, such as monsoon outbreaks and urban heat islands [6] Group 4: Future Developments in Meteorological Satellites - Following the launch of Fengyun-4C, China plans to continue launching additional Fengyun satellites, including optical series and the world's first geostationary microwave detection satellite [6] - The Fengyun-4C will work in conjunction with existing satellites to enhance global and regional disaster prevention capabilities [6] - China has successfully launched 23 meteorological satellites across two generations, providing data services to 133 countries and regions [7]

Core Insights - A significant scientific breakthrough has been achieved through a joint marine ecological investigation by Chinese and Indonesian scientists in the waters near North Sulawesi, Indonesia, discovering new shallow hydrothermal vents, which exemplifies collaboration in addressing climate change and protecting marine ecosystems [1][2] Group 1: Scientific Discovery - The discovery of shallow hydrothermal vents is rare, typically found at depths of several thousand meters, and their presence in a high-temperature, acidic environment alongside diverse coral reefs and seagrass beds provides a valuable "natural laboratory" for global climate change research [1] - Over 500 samples, including coral, hydrothermal water, plankton, and environmental DNA, were collected, contributing to the establishment of a more comprehensive marine ecological observation network between China and Indonesia [1] Group 2: Collaborative Efforts - The collaboration between China and Indonesia in marine research has deepened over 20 years, encompassing scientific research, technology promotion, and public education, with participation from local governments, universities, and research institutions [2] - Initiatives such as "Blue Citizens" and "Blue Campus" have been launched to educate local communities about marine science, fostering environmental awareness and community engagement [2] Group 3: Global Context - The ongoing global climate change poses severe threats to marine ecosystems, with rising sea temperatures and acidification becoming increasingly prominent issues [3] - China is actively promoting the concept of a marine community with a shared future, having signed cooperation agreements with over 50 countries and international organizations to enhance regional and global marine governance [3]

Core Insights - The article highlights the accelerated melting of glaciers due to global warming, with approximately 26% of glaciers in China disappearing over the past 60 years, and a UNESCO report predicting that one-third of world heritage glaciers will vanish by 2050 [1] - The formation of ice lakes from melting glaciers is increasing, leading to unique high-altitude aquatic ecosystems that pose risks to downstream areas if they burst [1] - Understanding the water environment changes in ice lakes is crucial for scientific protection and management of these fragile water bodies, but current monitoring methods are inadequate [1][2] Group 1: Ice Lake Monitoring Challenges - There are about 20,000 ice lakes on the Tibetan Plateau, which are continuously increasing, impacting local pastoral activities due to limited grazing areas [2] - The research team faces significant challenges in monitoring these lakes, including harsh weather conditions and the difficulty of transporting samples over long distances [3] - The unpredictability of ice lake changes complicates the monitoring process, making it hard to capture significant water quality changes during field studies [3] Group 2: Technological Innovations in Monitoring - The research team has partnered with Hikvision to implement video monitoring technology to observe glacier melting and ice lake water environment changes, achieving long-term and real-time monitoring [4] - High-resolution observations have shown a strong correlation between lake water color and measured water quality, allowing for more efficient monitoring compared to traditional methods [4] - The new monitoring approach using RGB imaging and deep learning models enables the team to detect rapid fluctuations in ice lake water quality and understand the driving factors behind these changes [5] Group 3: Future Implications and Research Goals - The innovative monitoring technology has the potential to be applied to thousands of ice lakes, facilitating comprehensive research on climate change and its effects on local ecosystems [5] - The research team has accumulated over a hundred terabytes of data, contributing to ongoing efforts to understand and protect the fragile high-altitude ecosystems [5] - The commitment to rigorous research and ecological protection remains a priority, aiming for a harmonious coexistence between humans and nature in the region [5]

Group 1 - China has surpassed the United States in climate change research capabilities, leading the world in decarbonization technology development [1][2] - In 2023, Chinese research institutions published approximately 14,000 climate change-related papers, exceeding the United States' 13,000 papers, marking a significant shift in global research output [1] - By 2024, China is projected to publish around 17,000 papers, accounting for 20% of the global total, further widening the gap with the United States [1] Group 2 - As of the fourth quarter of 2024, Chinese electric vehicle (EV) sales will account for 55% of the global market share, leading in both European and Asian markets [2] - China's solar and wind power generation capacity reached 50% in 2023, surpassing traditional coal power, establishing China as a core player in global decarbonization efforts [2] - China has also outperformed the United States in the quality of research, ranking first in the number of highly cited papers from 2004 to 2024 [2]