KORE Mining Ltd. announced the results from H2 2019 exploration programs at the Long Valley gold project ("Long Valley" or "Project") that defined a new exploration strategy for both oxides and sulphides and generated high priority drill targets. The KORE exploration team re-logged 232 of 896 drill holes, conducted geological mapping, and collected rock and soil samples. The team also conducted two lines of ground induced polarization ("IP") and magnetic geophysics coinciding with drill holes that were re-logged and soil sampling lines. The objective of the work was to prove up a new exploration strategy, testing it against known mineralization and generate drill targets. Immediately below the current oxide mineralization is a resistivity high, thought to be a feeder structure for the mineralization. Using this model, there are four new near surface oxide targets outlined by chargeability lows and two sulphide feeder structures, outlined by resistivity highs. Near surface oxide targets are coincident with anomalous gold in soil sampling. The cross-section again shows current oxide mineralization as a chargeability low that is above a resistivity high, thought to be a feeder structure for the mineralization. There appear to be four near surface oxide targets outlined by chargeability lows and three sulphide feeder zone targets, outlined by resistivity highs. Near surface oxide targets are coincident with anomalous gold in soils and rock outcrop sampling.