Business
GGL Resources Corp. Receives Compelling Results from Ground Geophysical Surveys at the Stein Diamond Project
VANCOUVER, BC / ACCESSWIRE / August 27, 2019 / GGL Resources Corp. (TSXV:GGL) (“GGL&#x...

About this update from Ggl Resources Corp.
[{"type":"text","content":"GGL Resources Corp. Receives Compelling Results from Ground Geophysical Surveys at the Stein Diamond ProjectVANCOUVER, BC / ACCESSWIRE / August 27, 2019 / GGL Resources Corp. (TSXV:GGL) (“GGL” or the “Company”) is pleased to announce it has completed the ground geophysical survey program on the Stein diamond project, Nunavut. The Company has the Option to earn a 60% undivided interest in Arctic Star Exploration Corp.’s (“Arctic Star”) wholly-owned Stein diamond project by discovering in-situ kimberlite. The Stein diamond property (“Stein”) consists of 4 contiguous prospecting permits covering an area of 1,065 square kilometers on the Southern Boothia Peninsula, 45 kilometers from tide water. It is located 85 kilometers northwest of the community of Taloyoak, Nunavut which is serviced daily by commercial flights and seasonally by barge.The Company’s detailed ground magnetic survey program has delineated a number of very compelling targets that are consistent with magnetic signatures over known kimberlites which have intruded through Cambrian-Devonian age Arctic Platform carbonate rocks at parallel latitudes elsewhere in Canada’s north. Similar geology is found on the Stein project.A broad range of kimberlite like signatures were defined during the surveys which further bolsters the possibility of Stein delivering a new kimberlite field. Many known kimberlite fields exhibit a variety of magnetic responses which represent kimberlites intruding under varied circumstances and conditions. These signatures range from isolated magnetic highs to strong dipolar features to elongate dyke-like responses. The Stein project has delivered all three of these emplacement style signatures including a large isolated magnetic high approximately 200 meters in diameter, multiple strong, discrete dipolar signatures as well as an elongate dyke-like signature over 800 meters in length. Maps showing several examples of priority targets at Stein along with magnetic signatures from known kimberlites in comparable host rocks at parallel latitudes are available at www.gglresourcescorp.com/projects/stein.The high priority geophysical targets are interpreted to be intrusive in nature, occurring at the surface and covered by a sequence of glacial till. Although magnetic signatures of k...