1. Step 1: Draw a border first, and then write "Li Siguang" in the upper left corner to indicate the theme.
2. Step 2: Draw some stick figures on the right, which can be geological related elements such as volcanic eruption.
Step 3: Draw some grass or flowers in the lower left corner to increase the richness of handwritten newspapers.
Step 4: Add some beautiful icons, such as balloons or lanterns, to the upper right corner of the handwritten newspaper. Step 5, insert a text box in the left margin, and then write Li Siguang's profile and other related contents. So a copy of Li Siguang's handwritten newspaper is completed.
Li Siguang said:
Li Siguang (1889101October 26-1971April 29), formerly known as Li, was born in Huanggang, Hubei, Mongolian, geologist, educator, musician, social activist, geomechanics in China and modern China.
In 2009, the first batch of outstanding scientists and founding fathers who made outstanding contributions to the development of new China after the founding of New China were elected as one of the 100 people who moved China since the founding of New China.
Li Siguang1910 graduated from Osaka Higher Technical School in July; 19 1 1 year as the minister of industry of Hubei military government; 1928 1 month, as the director of the institute of geology, academia sinica; 1948 was elected as an academician of academia sinica; 1950 served as vice president of China Academy of Sciences in May; 1951April was elected as the vice chairman of the Executive Committee of the World Association of Scientists;
1September, 952, born in * * *, Ren Zhonghua, Minister of Geology; 1955 was selected as an academician of China Academy of Sciences; 1958 President of China Association for Science and Technology in September; 1April, 969, was elected as the 9th Central Committee member of China * * * Production Party; 1In August, 970, he was appointed as the leader of the State Council Science and Education Group.
Li Siguang founded geomechanics, which made great contribution to the development of China petroleum industry. In the early years, the Odonata fossils and their stratigraphic stratification were studied exquisitely, and it was pointed out that there were Quaternary glaciers in eastern China.
The concepts of "geomechanics" and "tectonic system" were established, and the geomechanics school was founded. It is pointed out that the three subsidence zones of the new Cathaysian tectonic system have broad prospects for oil exploration, and a way to predict earthquakes by combining active tectonic research with in-situ stress observation is created.