Ontario Mineral Inventory

Ontario Geological Survey
Permanent Link to this Record: MDI52L16NE00010

Record: MDI52L16NE00010

General

Mineral Record Identification
Record Name(s) Laird Lake No. 3 Showing - 1936
Related Record Type Simple
Record Status Occurrence
Date Created 1991-Mar-11
Date Last Modified 2022-Jan-05
Created By Q Unknown
Revised By Therese Pettigrew

Commodities

Primary Commodities: Gold



Location

Township or Area: Killala

Latitude: 50° 56' 37.1"    Longitude: -94° 6' 28.8"

UTM Zone: 15    Easting: 422159   Northing: 5644142    UTM Datum: NAD83

Resident Geologist District: Red Lake

NTS Grid: 52L16NE

Point Location Description: approximate

Location Method: Data Compilation

Access Description: Located from the Town of Red Lake to the town of Madsen and 2 km south of Madsen the Flat lake road, down the flat lake road there are many secondary roads, atv trails and drill roads that access this area



Exploration History

The property was first staked in 1936 by T. Christianson and E. Frederickson, who performed surface exploration work. In 1938, the ground was optioned by J. E. Hammel, who drilled 19 DDH totalling 610 m. By 1952, the property had been re-staked by A. Larson and in 1954 was probably held by J. Hurnous. Between 1954 and 1964 at least 10 trenches and 44 drill holes totalling 1645.78 m were completed. In 1980 the property was optioned to Sherrit Gordon Mines Ltd. by E. Gay of Red Lake, 23 trenches were cleaned out, and an extensive sampling program of these trenches was carried out. 1987-88: Black Cliff mines carried out line cutting, geological mapping, sampling, magnetometer, VLF-EM and IP surveys. 1989: Cypress Gold Canada Ltd. optioned the property from Black Cliff Mines Ltd. and drilled 19 DDH totalling 3091.6 m, including 4 DDH totalling 634.5 m on and near this showing. 2010: Prospecting program was carried out on behalf of Larry Herbert. Grab samples taken.


Assessment Work on File

Assessment Work on File
Office File Number Online Assessment File Identifier Online Assessment File Directory
2.47669 20000006210 20000006210
18 52L16NE0020 52L16NE0020
52L16NE-0021 20000005310 20000005310

Geology

Province: Superior

Subprovince: Uchi

Terrane: North Caribou

Domain: Uchi

Belt: Red Lake

Geological Age: Archean  

Metamorphism Type: Regional

Metamorphism Grade: Amphibolite



Geology Comments

Dec 07, 2005 (K R Kettles) - GEOLOGICAL DESCRIPTION: The property is located approximately 1 km south of the Killala-Baird Batholith. It is underlain by a zone of sheared and altered mafic metavolcanics and iron formation. This zone extends along the south shore of Laird Lake and strikes approximately N70 deg. E. Rocks in the zone dip 80 deg. S. Both the metavolcanics and iron formation are highly sheared. These shear zones are heavily mineralized with pyrite and chalcopyrite. Some shear zones have been reported to contain quartz veins with widths up to 10 cm. In the sheared iron formation, magnetite has been replaced by hematite and limonite. Trenching has exposed the quartz veins and pyrite and chalcopyrite seem to occur along the borders of the vein. DEPOSIT DESCRIPTION: The showing is located in a unit of relatively massive mafic metavolcanics containing thin quartz stringers, disseminated pyrite and local pyrite stringers.




Lithology

Lithology Data
Rock Type Rank Composition Texture Relationship
Vein 1 Quartz Stringers Host
Mafic lava flow-unsubdivided 2 Adjacent
Mylonite/Fault Gouge/Pseudotachylite 3 Shear Zone Host
Ironstone-unsubdivided 4 Iron Formation Adjacent

Lithology Comments

Dec 07, 2005 (K R Kettles) - The property is located approximately 1 km south of the Killala-Baird Batholith. It is underlain by a zone of sheared and altered mafic metavolcanics and iron formation. This zone extends along the south shore of Laird Lake and strikes approximately N70 deg. E. Rocks in the zone dip 80 deg. S. Both the metavolcanics and iron formation are highly sheared. These shear zones are heavily mineralized with pyrite and chalcopyrite. Some shear zones have been reported to contain quartz veins with widths up to 10 cm. In the sheared iron formation, magnetite has been replaced by hematite and limonite. Trenching has exposed the quartz veins and pyrite and chalcopyrite seem to occur along the borders of the vein.




Mineralization

Mineralization and Alteration
Rank Mineral Name Class Economic Mineral Type Alteration Mineral Type Alteration Ranking Alteration Intensity Alteration Style
1GoldEconomicOre
2PyriteEconomicOre
3ChalcopyriteEconomicOre
1QuartzEconomicGangue
2HematiteEconomicGangue
3LimoniteEconomicGangue
4MagnetiteEconomicGangue

Mineralization Comments

Feb 13, 2012 (K R Kettles) - MDI 1 DATA: GRADE 1980 ONE TRENCH SAMPLE: 0.06 OPT AU, GRADE 1989 DDH: 0.01 OPT AU/1.4 One sample from a trench returned an assay of 0.06 oz/ton (2.057 g/tonne)Au Shear zones are heavily mineralized with pyrite and chalcopyrite. Some shear zones have been reported to contain quartz veins with widths up to 10 cm. In the sheared iron formation, magnetite has been replaced by hematite and limonite. Trenching has exposed the quartz veins and pyrite and chalcopyrite seem to occur along the borders of the vein. DEC 2010 MULTIPLE GRAB SAMPLES ASSAYS 2.69 ppm AU


Jul 14, 2020 (Therese Pettigrew) - DDH LL-89-14 returned 0.01 oz/t Au over 1.4 m from basalt with up to 3% pyrite and quartz stringers (Assessment report 52L16NE0020).



Alteration Comments

Dec 07, 2005 (K R Kettles) - The mafic metavolcanics have been silicified and carbonatized.




Mineral Record Details

References

Mono - Gold occurrences, prospects, and deposits of the Red Lake area, volumes 1 and 2

Publication Number: OFR5558 Scale:     Date: 1987

Author: Durocher M.E., Burchell P.S., Andrews A.J.

Publisher Name: Ontario Geological Survey


Report an Error

We are continuously updating our assessment file / technical report information. If you notice errors in the data, please contact us.


Terms of Use

Please review our Terms of Use agreement for this data product.


Ministry Contact Information

For detailed information regarding this mineral record please contact the Red Lake Resident Geologist District Office