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五十年代中期,我国开始大规模使用航空摄影像片进行区域地质矿产调查和石油普查。在地形、地质资料比较缺乏的条件下,保证了地质工作的开展,提高了地质图件的精度和水平,加快了地质工作步伐。到六十年代,航空地质的应用规模和科技水平与当时国外先进水平大体相当。七十年代初期,逐步将遥感技术引入地质学领域。特别是航天遥感图像的应用和航空地员遥感探测能力的建立,在原有探索性、试验性航空地质方法的基础上,初步形成遥感地质这一高
In the mid-1950s, China began to make large-scale aerial photogrammetry to conduct regional geology and mineral prospecting and oil census. Under the conditions of the lack of topography and geological data, the development of geological work is guaranteed, the accuracy and level of geologic map are improved, and the pace of geological work is accelerated. By the 1960s, the application scale and scientific and technological level of aviation geology were roughly the same as the advanced levels of that time in the world. In the early seventies, remote sensing technology was gradually introduced into the field of geology. Especially the application of aerospace remote sensing images and the establishment of the ability of remote sensing of the air crew members. Based on the original exploratory and experimental aeronautical geological methods, the high remote sensing geology