TSX-V: GBR Great Bear Resources Ltd. is pleased to announce that in connection with its previously announced bought deal financing, the Company and a syndicate of underwriters led by Cormark Securities Inc. and including Canaccord Genuity Corp. have agreed to increase the [...]
TSX-V: GBR Great Bear Resources Ltd. is pleased to announce that it has entered into an agreement with Cormark Securities Inc. to act as lead underwriter of a syndicate of underwriters that includes Canaccord Genuity Corp. , pursuant to which the Underwriters shall purchase 1,000,000 common shares that qualify as "flow-through shares" of the [...]
TSX-V: GBR VANCOUVER, June 11, 2019 /CNW/ - Great Bear Resources Ltd. today reported mobilization of a third drill rig to its 100% owned Dixie Project in the Red Lake District of Ontario, as part of its ongoing fully-funded 60,000 metre drill program. The third drill will target the new Bear-Rimini Zone and the "LP Fault", which is the 18 [...]
Great Bear Resources Ltd. today reported a significant new high-grade gold discovery, the "Bear-Rimini Zone", at its 100% owned Dixie Project in the Red Lake District of Ontario. Highlighted assay results from discovery drill hole DNW-011 are provided in Table 1. Table 1: Highlighted results from discovery drill hole DNW-011 into the Bear-Rimini [...]
TSX-V: GBR Great Bear Resources Ltd. would like to invite interested shareholders to join Mr. Chris Taylor, President and CEO and Mr. R. Bob Singh, Vice President, Exploration for a webinar detailing recent progress in the Company's ongoing fully-funded 60,000 metre drill program at it's 100% owned Dixie property in the Red Lake district of [...]
TSX-V: GBR Great Bear Resources Ltd. would like to invite interested shareholders to join Mr. Chris Taylor, President and CEO and Mr. R. Bob Singh, Vice President, Exploration for a webinar detailing recent progress in the Company's ongoing fully-funded 60,000 metre drill program at it's 100% owned Dixie property in the Red Lake district of [...]
Great Bear Resources today reported drill results from the Dixie Hinge Zone and other new gold zones at its 100% owned Dixie Project in the Red Lake District of Ontario. The Company recently completed 30 metre and 100 metre step-down drill holes along the projected plunge and dip of two high-grade gold trends within the DHZ. Both hit identical [...]
Great Bear Resources reported the discovery of a new gold control within its Dixie Limb Zone target which is associated with thickened and higher-grade gold mineralization. The new discovery enhances the DL as a significant potential host of high-grade gold. The DL is the original gold discovery at the Dixie project, made by Teck Resources. It is [...]
Great Bear Resources Ltd. today reported the discovery of a new gold control within its Dixie Limb Zone target which is associated with thickened and higher-grade gold mineralization. The new discovery enhances the DL as a significant potential host of high-grade gold. The DL is the original gold discovery at the Dixie project, made by Teck [...]
Great Bear Resources is pleased to announce that the Company's exploration team have been awarded the 2018 "Bernie Schnieders Discovery of the Year Award" for the discovery of high-grade gold zones at its 100% owned Dixie Property in Red Lake, Ontario, Canada. The award, presented by the Northwestern Ontario Prospectors Association , recognizes an [...]
Great Bear Resources Ltd. , today reported that the Company's board of directors has approved doubling of the current 30,000 metre drill program to 60,000 metres. The Company remains fully funded for this expanded drilling. Approximately 12,000 metres of the original 30,000 metre drill program remain to be drilled , with expected completion of the [...]
Vancouver, British Columbia-- - Great Bear Resources , today reported drill results from the Dixie Hinge Zone and Dixie Limb Zone at its 100% owned Dixie Project in the Red Lake District of Ontario. Drilling continues to test along strike and at depth of the DHZ. Some of the DHZ drill holes also cross the adjacent DL at shallow depths and hence [...]
