With regard to gold and associated (paragenic) gold ore deposits, ten met-allogenic belts (regions) (containing seven metallogenic subbelts(subregions)) maybe distinguished. They are mainly distributed on the margins of mobileregions and stable regions of tectonic units, mostly along both sides of great deepfractures. Associated (paragenic) gold ore deposits may fall into eight genetic-industrial types, of which those accounting for a large proportion of the reservesare the volcanics type, metemorphosed sedimentery type and sedimentery-remould-ed type. Through intensive work, independent volcanics, hydrothermal, porphyryand magmatic gold deposits may probably be found, while gold in sedimentary-remoulded type generally can only be recovered as a by-product for comprehensiveutilization. The practical method in the future gold prospecting is to re-evaluatethe gold in those mineral deposits (or occurrences) that were associated with goldbut were rejected because the principal metal(copper, lead, zinc)that were the maintargets of prospecting in those deposits were low-grade or those deposits weresmall in osize. Attention should be paid to the study of the hanging wall and foot-wall of the host rocks of the principal metals and to the study of the gold carrierminerals of different generations in order to find gold concentration sectors as fastas possible.