Abstract: Block preference is an important work in the new round of strategic action of mineral search and breakthrough, and it is an important initiative to respond to the Ministry of Natural Resources to further improve the efficiency of mineral search, develop new productivity and improve the ability to safeguard mineral resources. Zhongtiao Mountain, as one of the national strategic resource concentration areas of gold, copper, iron and other important resources, is rich in mineral resources, and at present there is no large-scale application of remote sensing geologic interpretation and mineral searching based on the remote sensing satellite images in the area. At present, there is no research on the geological interpretation and application of remote sensing based on remote sensing satellite images at a large scale in the area, so it is of great significance to carry out the research on the prediction of mineral search.【Methods】Taking the middle and north section of Zhongtiao Mountain in Shanxi Province as the study area, the distribution of regional fractures in the study area was summarized macroscopically by interpreting the ore-controlling tectonic elements and ore-controlling ring elements of the Spot-6 remote sensing images, and the Fe-stained, hydroxyl, and carbonate mineralized alteration was extracted by extracting the alteration and mineralization anomalies in the Aster data and the collection of the typical rock and mineral spectra in the field. The spatial correlation between the alteration anomalies and the ore-controlling elements (regional tectonics, ore-endowed stratigraphy, rock body distribution, etc.) was analyzed,【Results】and the results show that: (1) the study area has been developed by the line-ring tectonics, with 84 newly deciphered ruptures, and 136 ring tectonics, and the results of the decipherment can assist in correcting the deficiencies in the results of the previous geological surveys; (2) the mineralization and alteration information obtained by the inversion based on the PCA method and the rock and ore spectra can be very well indicative of the location of the mineralization anomalies, and the tectonic ore-controlling role of the study area is obvious. The role of tectonic control in the study area is obvious. Finally, a comprehensive anomaly isodensity map was obtained by combining field verification and superimposed analysis of existing regional geological data, and three major mineralization preferred zones were finally circled,【Objective】which provides clues and guidance for the subsequent evaluation of mineral resources potential, mineral search prediction and deep mineral search strategic actions, and, secondly,【Conclusion】the application of remote sensing geological prospecting in Zhongtiao Mountain area has been improved by the current research work, and the experience gained can be used for the future remote sensing geological prospecting work in other areas in Shanxi Province. The experience gained can be used as a reference for remote sensing geological prospecting in other areas of Shanxi Province in the future.