Monarch Gold Corporation announced the first set of results from its 2020 exploration diamond drilling program on its wholly-owned Beaufor Mine project, 20 kilometres northeast of Val-d'Or. The results include a significant number of high-grade assays, including 783 g/t over 0.2 metres and 293 g/t Au over 0.5 metres. The Beaufor Mine initially began commercial production in the early 1930's and over the years has produced over 1.1 million ounces of gold. The mine is currently on care and maintenance, which has given Monarch an opportunity to complete a 3D compilation and a program to identify, define and drill targets throughout the mine area. In June 2020, the Corporation initiated a 42,500-metre diamond drilling program to test two types of targets: the areas around historical high-grade intersections near the existing underground infrastructure, and isolated resource blocks, which are typically defined by a single drill intersection. These "near-mine" targets can be tested from the existing underground workings, generally by holes less than 200 metres long. Currently, 275 holes are being drilled at 25-metre centres, and if positive results are received, additional holes will be drilled to allow the zones in question to be converted into reserves and included in a future mine plan. The drilling program is being overseen by Christian Tessier, P. Geo., hired in July as Monarch's Geology Superintendent for the Beaufor Mine project. Christian has over 10 years of experience as a mine geologist and was Senior Mine Geologist at the Canadian Malartic mine, where he worked for the last nine years. Prior to that, he worked for Richmont Mines for two years, where he was in charge of grade control, face mapping, long-hole stope design and diamond drill hole planning for Richmont's Island Gold Mine. Mr. Tessier has a B.Sc. in Resource Geology from the Université du Québec à Montréal. Assay results have been received for the first 21 holes, representing just 3% of the planned metres of drilling. Seven holes intersected anomalous gold mineralization, which is considered good given the characteristic nuggety-style gold distribution. The best intersections are shown in the table below. Several of the holes have multiple intersections due to the stacked nature of the mineralization. The intersection widths reported are core lengths and high-grade intersections have not been capped, as the vein interpretation and statistics have not been finalized for the zones.