Dateline Resources Limited announced to advise the market of the results of its recently completed geological mapping, geochemical sampling and ground magnetics program at its 100% owned Green Mountain project in Colorado. Geological mapping confirms a porphyry dyke runs parallel to major fault for over 5km inside the property boundary. Ground magnetics have identified an extension of the surface mapped amphibolite which is the preferred host to the Lucky Strike veins. Soil geochemistry highlights a 3km anomalous trend along the porphyry dyke and adjacent veins. Rock geochemistry has shown the porphyry is gold bearing and has located other gold bearing veins. A ground magnetic survey was carried out in the Lucky Strike ­ Mineral Hill area at Green Mountain to assist with mapping amphibolite bodies (the preferred host rock for the Lucky Strike veins). A prominent magnetic anomaly is modelled coincident with mapped amphibolite at Lucky Strike mine. The magnetic susceptibility model shows an amphibolite body significantly larger than indicated by surface mapping. The Lucky Strike mine lies near the northern (local grid) end of the modelled amphibolite. The amphibolite body plunges shallowly toward the south-east. A 2020 drill campaign is being planned to test the projection of the Lucky Strike veins within this target. W-Au-As-Sb pattern defines a 3km long gold system Anomaly coincident with a porphyry dyke. The south-eastern end has a distinct W anomaly (closer to hot porphyry source). The north-western end has a distinct Sb anomaly (distal to the porphyry source) Elevated gold values extend throughout the system. A porphyry dyke extends for over 5km through the entire property. A major south-west dipping fault separates meta-sediment and meta-felsic volcanic. Lucky Strike vein is hosted by amphibolite within meta-sediment. Mineral Hill and Lula veins are hosted by meta-sediment. Porphyry dyke and all veins dip steeply south-west parallel to the major fault.