Core Points - Zhao Bailin, a renowned atmospheric scientist and educator, passed away peacefully at the age of 97 on November 30, 2025, surrounded by family and medical staff [1][3] Group 1: Personal Background - Zhao Bailin was born in April 1929 in Liaoning Province and graduated from Tsinghua University in 1952, starting his teaching career at Peking University the same year [3][5] - He studied in the Soviet Union from 1957 to 1959 and became a professor in 1979, later being elected as an academician of the Chinese Academy of Sciences in 1991 [3][4] Group 2: Academic Contributions - Zhao made significant contributions in various fields including cloud precipitation physics, artificial weather modification, atmospheric remote sensing, and climate change [3][4] - He conducted the first human balloon charge measurement experiment in the Soviet Union and developed a series of multi-frequency microwave radiometers, enhancing weather monitoring capabilities [3][4] Group 3: Awards and Recognition - Throughout his career, Zhao received numerous awards including the National Science Conference Award in 1978 and the National Science and Technology Progress Award in 1986 and 1987 [4] - He was recognized as a "National Expert with Outstanding Contributions" in 1988 and received various other accolades for his contributions to science and education [4] Group 4: Teaching and Mentorship - Zhao was dedicated to teaching and mentoring, having trained many students at various academic levels over his 73 years at Peking University [6] - He was known for his rigorous teaching style and commitment to academic excellence, often preparing meticulously for his classes [6]

【导读】我国著名大气科学和遥感学家、中国科学院院士赵柏林逝世，享年九十七岁 中国基金报 晨曦综合整理 据《光明日报》消息，我国著名大气科学和遥感学家、教育家、中国科学院院士、北京大学物理学院大气与海洋科学系教授、第八届中国 人民政治协商会议全国委员会委员、九三学社社员赵柏林先生，于2025年11月30日9时37分，在家人和医护人员的陪伴下安详辞世，享年 九十七岁。 赵柏林院士相关事迹： 九三学社官网信息显示，赵柏林幼年入私塾，熟读诗书。1945年，赵柏林考入北京师大附中读高中。他对于代数中的拉格朗日内插法及四 次方程解提出了新的处理方法，这些内容被老师韩清波、吴越阡副教授认为是创新，纳入教学内容，并向联合国教科文中学生成绩展览推 荐和呈报。 t th t 1 # th Career States 赵柏林院士1929年4月生于辽宁省辽中县，1952年毕业于清华大学气象系，同年8月起在北京大学物理系（后为地球物理系）任教，1957 年至1959年赴苏联莫斯科大学及苏联科学院应用地球物理研究所进修，1979年晋升教授，1991年当选为中国科学院院士，1992年当选为 九三学社中央委员，1993年当选为第八届中国人民 ...

来源：光明日报 记者今日从北京大学获悉，我国著名大气科学和遥感学家、教育家、中国科学院院士、北京大学物理学 院大气与海洋科学系教授、第八届中国人民政治协商会议全国委员会委员、九三学社社员赵柏林先生， 于2025年11月30日9时37分，在家人和医护人员的陪伴下安详辞世，享年九十七岁。 赵柏林院士1929年4月生于辽宁省辽中县，1952年毕业于清华大学气象系，同年8月起在北京大学物理系 （后为地球物理系）任教，1957年至1959年赴苏联莫斯科大学及苏联科学院应用地球物理研究所进修， 1979年晋升教授，1991年当选为中国科学院院士，1992年当选为九三学社中央委员，1993年当选为第八 届中国人民政治协商会议全国委员会委员，1994年当选（莫斯科）国际高等学校科学院院士，1996年当 选纽约科学院院士，并受聘为国家自然科学基金重大项目首席科学家，2018年荣休。 （光明日报全媒体记者晋浩天） 原标题《痛别大先生！赵柏林逝世》 赵柏林院士学术造诣深厚，在云降水物理与人工影响天气、大气遥感、无线电气象、卫星气象及气候变 化等多个领域作出了重大贡献。他曾在苏联完成人类首次乘气球入云测量电荷的实验，研究成果直接推 ...

Group 1 - The article highlights the significant contributions of Huang Jianping, an academician and atmospheric scientist, in researching sandstorms and climate change, emphasizing his dedication to national scientific needs [2][3][5] - Huang's team has developed various innovative monitoring systems and theories related to climate change and sandstorm formation over the past two decades [6][8] - The article discusses the recent extreme sandstorm events in China, attributing them to climate change and the limitations of local afforestation efforts in combating high-altitude dust transport [10][13] Group 2 - Huang Jianping explains that while China's afforestation efforts have reduced local sandstorms by 40%, they cannot fully prevent dust from high altitudes, which often originates from Mongolia [13][15] - The article notes that global warming is causing more frequent extreme weather events, impacting atmospheric circulation and leading to various climate anomalies [15][16] - The ecological restoration of the Loess Plateau is attributed to national reforestation projects and favorable atmospheric conditions, although future climate trends remain uncertain [18][19] Group 3 - Huang expresses pride in China's leadership in combating desertification, highlighting successful projects like the "locking" of the Taklamakan Desert [21][23] - The article clarifies that while desertification control has been effective, deserts will not transform into grasslands, maintaining their ecological characteristics over millennia [23][25] - The commitment of Huang's team and the younger generation to continue working in harsh environments reflects a deep-rooted passion for environmental stewardship [25][27]