The China Meteorological Administration will lead a new breakthrough in meteorological science and t

Mondo Social Updated on 2024-02-01

In the wave of scientific and technological progress, the China Meteorological Administration has always played a leading role. Recently, the China Meteorological Administration announced that China's meteorological informatization construction will be comprehensively accelerated in 2023, marking another solid step in the field of meteorological science and technology in China. This major breakthrough not only enhances China's status in the global meteorological field, but also provides strong technical support for China's meteorological forecasting and early warning work.

First of all, the completion of a new generation of meteorological supercomputing system is the highlight of this informatization construction. According to the China Meteorological Administration, the computing power of this system has increased by an astonishing 65 times. This means that the accuracy and timeliness of weather forecasts will be greatly improved. The powerful computing power of the supercomputing system can process and analyze a large amount of meteorological data more quickly, thus providing us with more accurate and timely weather forecasts. Whether it is the path of a typhoon, the early warning of heavy rain and floods, or the study of climate change, the new generation of meteorological supercomputing system will become our most reliable "assistant".

In addition to the completion of the supercomputing system, the China Meteorological Administration has also built an intensive process of intelligent grid forecasting of "one change, the whole network is updated". The establishment of this process has increased the efficiency of data transmission by up to 12 times. In the past, the transmission and processing of meteorological data often required a lot of time and resources. Now, with this intensive process, we can make more efficient use of limited resources and achieve rapid data transfer and updating. This not only improves the timeliness of meteorological forecasts, but also provides more powerful support for us to deal with sudden meteorological disasters.

In addition, the timeliness of the "Wind and Cloud Earth" fast sweeping product has also been successfully shortened to 3 minutes. This product was launched by the China Meteorological Administration to meet the public's demand for real-time meteorological information. In the past, we often had to wait a long time for the latest weather information. Now, in just 3 minutes, we can get the latest weather data. This is undoubtedly a huge boon to the public. Whether it's traveling, traveling, or farming, it's easier to get the weather information we need to make more informed decisions.

In addition to the above-mentioned breakthroughs and achievements, the China Meteorological Administration has also made important progress in the field of global meteorology. Global Assimilation Forecast System 4Version 0 has been put into operation, and the horizontal resolution of the mode has been increased to 125 km. This means that we can paint a more detailed picture of the evolution of weather systems. At the same time, the number of available forecast days in the northern hemisphere has also steadily exceeded 8 days for the first time. This is an important milestone for long-term weather forecasting and climate**. Through these technological breakthroughs, we can more accurately ** future weather and climate trends, and provide more reliable meteorological services for China's agriculture, transportation, energy and other fields.

Of course, behind these breakthroughs and achievements, it is inseparable from the close cooperation between the China Meteorological Administration and various departments. Over the years, the China Meteorological Administration has maintained close cooperative relations with the Ministry of Transport, the Ministry of Public Security and other departments. They jointly carried out a number of tasks such as research and consultation on highway traffic meteorological conditions, early warning information release, and road network operation guarantee for major activities. Through these cooperation, we can respond more effectively to various meteorological disasters and ensure the safety of people's lives and property.

At the same time, the China Meteorological Administration also pays attention to interaction and communication with the public. They continue to do a good job in handling the messages of netizens who are "I find fault for ***", and handle the problems of netizens' messages in a timely and proper manner. This not only shows that the China Meteorological Administration attaches great importance to public opinions, but also provides a platform for us to participate in meteorological work. Through this platform, we can obtain the required meteorological information more conveniently, and at the same time, we can also put forward our own suggestions and opinions to contribute to the development of meteorological work.

To sum up, the comprehensive acceleration of China's meteorological informatization construction in 2023 is the crystallization of scientific and technological innovation of the China Meteorological Administration over the years. The completion of a new generation of meteorological supercomputing system, the establishment of an intensive process of intelligent grid forecasting, the shortening of the timeliness of the "Wind and Cloud" fast sweeping product, and the progress in the field of global meteorology all mark a major breakthrough in the field of meteorological science and technology in China. These breakthroughs and achievements have not only enhanced China's status in the global meteorological field, but also provided strong technical support for China's meteorological forecasting and early warning work. We believe that in the future, the China Meteorological Administration will continue to lead the development of meteorological science and technology in China and make greater contributions to the global meteorological cause.

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