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1983年4月10日至16日在四川省乐山市由中国地质学会数学地质专业委员会和中国石油学会石油地质学会共同主持召开了数学地质在石油资源预测和地质勘探中的应用学术讨论会。来自石油工业部、地质矿产部、中国科学院等10个系统76个单位的157位代表参加了会议。数学地质是地质学和数学相结合的一门新兴边缘学科,随着电子计算机在地质学中广泛应用而发展起来。数学地质的兴起是从大量多元统计方法引入到地质研究领域开始的,最初主要在沉积学、地层学和古生物学方面得到应用。随着计算技术的发展和向地质学研究领域的深入,数学地质又吸收了多种数学方法,如模糊数学、拓朴学、力学方程、图论等,并把研究领域扩展到构造学、岩石学、矿床学、水文地质、工程地质、地球化学等,现在几乎每个地质学分支都有数学地质的研究课题。
April 10, 1983 to 16 in Leshan, Sichuan Province by the Chinese Geological Society of Mathematical Geology Professional Committee and the Petroleum Institute of China Petroleum Society co-chaired a mathematical geology in the prediction of petroleum resources and geological exploration in the application of the seminar. 157 representatives from 76 units of 10 systems including Ministry of Petroleum Industry, Ministry of Geology and Mines, Chinese Academy of Sciences attended the conference. Mathematical geology is an emerging edge discipline that integrates geology with mathematics. It developed with the widespread application of electronic computers in geology. The rise of mathematical geology began with the introduction of a large number of multivariate statistical methods into the field of geology, initially applied primarily in sedimentology, stratigraphy and paleontology. With the development of computing technology and the deepening of geology research, mathematical geology has absorbed many kinds of mathematical methods, such as fuzzy mathematics, topography, mechanical equations, graph theory and so on, and extends the research field to tectonics, petrology , Mineralogy, hydrogeology, engineering geology, geochemistry, etc. Now almost every geology branch has the subject of mathematical geology research.