Abstract: A method for making a metallogenic series map of mineral deposits is disclosed. The method includes making a list of mineral varieties and mineral producing areas, determining typical mineral deposits, making a geotectonic map, determining a mineral deposit model by combining the typical mineral deposits and metallogenic geotectonic background conditions, compiling a synthem-stratum-magma-mineralization histogram, obtaining regional metallogenetic regularities, selecting a geographic layer as a base map, and making the metallogenic series map of mineral deposits on the basis of the base map according to the regional metallogenetic regularities. The metallogenic series map of mineral deposits of the present disclosure is a regional metallogenetic map which not only reflects the mineral variety, scale, type and epoch of mineral deposits in different geotectonic environments but also reflects the relationship between mineral deposits and mineral deposit combinations to form a “five-in-one” legend.