Increasing the global supply of minerals is necessary to meet the needs and expectation s of the world`s population ,that is increasing rapidly ,and it means more demand is for mineral extraction .On the other hand ,the depletion of mineral reserves in mines with shallow to medium depth has made it difficult to supply the required minerals,and the exploration of economic minerals is becoming more difficult year by year ,because the unexplored resources are more than ever in more remote areas and future mineral are going to deepening in recent decade.Therefore,the emergence of advanced methods and technologies for mapping the deeper parts of the earth with higher accuracy and spatial resolution has received a lot of attention in the exploration industry. In this article,three new geophysical exploration methods are mentioned. Controlled source audio-frequency magnetotellurics (CSAMT), Natural field induced polarization (NFIP) and Passive seismic with two case studies from the CSAMT program for the Eagles-Nest (Pb-Zn) lead-zinc ore deposit in Jianshui, China and a field example of the Natural Field Induced Polarization (NFIP) method on a known deep induced polarization target ( IP) which was conducted 10 km east of the Safford area of Arizona.