Mr. Jordan Trimble reports
SKYHARBOUR ANNOUNCES STRATEGIC PROPERTY STAKING WITH ADDITION OF EIGHT NEW PROPERTIES BRINGING TOTAL PORTFOLIO TO OVER 490,000 HECTARES IN THE ATHABASCA BASIN, SASKATCHEWAN
Skyharbour Resources Ltd. has acquired by staking eight new prospective uranium exploration properties within the Athabasca basin of Northern Saskatchewan. These eight 100-per-cent-owned properties comprise 34,022 hectares (85,070 acres) in the basin, which is host to the highest-grade uranium deposits in the world and is consistently ranked as a top mining jurisdiction by the Fraser Institute.
The new properties bring Skyharbour's total land package that it has ownership interest in to 492,074 hectares (1,215,941 acres), across 23 properties, representing one of the largest project portfolios in the region. As the company remains focused on its continuing 10,000-metre drill program at the Russell Lake project, these new properties will become a part of Skyharbour's prospect generator business as the company will seek strategic partners to advance these assets. These properties have no underlying royalties or encumbrances on them.
List of new properties:
Highway project -- 1,184 ha;
- CBX project -- 1,761 ha;
- Shoe project -- 609 ha;
- Snow project -- 212 ha;
Elevator project -- 9,294 ha;
- 914 project -- 2,129 ha;
- 914N project -- 450 ha;
Karin project -- 18,383 ha.
Jordan Trimble, president and chief executive officer of Skyharbour Resources, states: "We have been actively staking new mineral claims and adding to our substantial uranium project portfolio in the Athabasca basin. These newly acquired projects are strategically located and are geologically prospective with very little modern exploration having been carried out on them. They complement our more advanced-stage exploration assets, including Russell Lake, Moore and South Falcon Point, and provide additional ground to option or joint venture out to new partner companies as a part of our prospect generator business. Executing on this part of the business, Skyharbour has signed option agreements with seven different partners that total over $34-million in partner-funded exploration expenditures, over $22-million in stock being issued and just under $15-million in cash payments coming into the company, assuming that all of these partner companies complete the full earn-ins at their respective projects."
The Highway project consists of one claim covering 1,184 ha approximately 41 kilometres south of the Rabbit Lake mine and 11 km southwest of Uranium Energy Corp.'s West Bear uranium and cobalt-nickel deposits. Highway 905 runs through the property and is in close proximity to regional infrastructure, providing excellent access for exploration. Despite its proximity to infrastructure and excellent access, the project is relatively underexplored. The project is underlain by prospective Wollaston supergroup metasedimentary gneisses (pelitic to psammopelitic and psammitic to meta-arkosic) folded around and overlying an Archean felsic gneiss dome in the core of a northeast-trending antiformal fold nose. The Highway project is located approximately seven km east of the present-day margin of the Athabasca basin but is believed to have been covered by Athabasca sandstone in the past.
The earliest work on the property was completed between 1968 and 1978 and included airborne EM (electrogmanetic), magnetic and radiometric surveys, along with bedrock mapping, prospecting, radon sampling and ground EM surveying on portions of the property, as well as a single augered drill hole. The project has also been covered by portions of airborne EM and magnetics surveys in 2009, 2011 and 2017. There are historic EM conductors southwest of the property along strike at T-Lake, where surface sampling and historic diamond drilling encountered anomalous uranium, thorium and rare earth element (REE) graphitic faulting, and variably altered fracture zones (AF MAW02132). The EM conductors at T-Lake are coincident with a northeast-trending magnetic low along the Archean-Wollaston supergroup contact, which continues onto the Highway property and is folded around the Archean gneiss dome, before continuing off property to the southwest along the northern fold limb. Off the property, the northern fold limb is also associated with EM conductors north of Robertson Lake and by Dorward Bay, and with off-conductor uranium and thorium mineralization (less than or equal to 44,297 parts per million UO2 (uranium dioxide) and less than or equal to 195,200 ppm ThO2 (thorium dioxide)) at the Manhattan showing (SMDI 2052). Ground prospecting on the Highway property in 2011 encountered a pegmatite-pelitic gneiss boulder (SMDI 5531) containing 3,475 ppm TREE plus yttrium plus scandium, suggesting the Highway project is prospective for rare earth elements in addition to basement-hosted unconformity-related and/or intrusive-type uranium mineralization.
Snow, Shoe and CBX projects
The Snow, Shoe and CBX properties consist of three non-contiguous claims totalling 2,582 ha located approximately 10 to 25 km along strike to the northeast of the currently idled Eagle Point uranium mine (Cameco's Rabbit Lake operation). The claims are located at the northern end of Wollaston Lake and underlain by Wollaston supergroup pelitic, psammopelitic and psammitic gneisses, Hudsonian intrusives, and Archean felsic gneisses of the western Wollaston domain. Similar lithologies host uranium mineralization at the Rabbit Lake operation, including the Eagle Point deposit, and other uranium deposits in the Athabasca basin and surrounding regions.
Previous work on the properties is generally historical in nature, and consists of airborne EM, magnetics and radiometrics surveys, marine seismic, prospecting, geological mapping, and geochemical sampling done mostly between 1968 and 1981, with some additional work in 1993. The only modern exploration on the properties themselves consists of a heli-TDEM (helicopter time domain electromagnetic) and magnetic survey flown in 2007, although drilling and other modern exploration have been done on adjacent properties. Several historical conductors were identified by a 1978 Mk VI Input EM survey (AF 64L-0011) that either lie on the properties or are along trend of the properties. No diamond drilling or modern ground geophysical surveying have taken place on the projects. All three properties are prospective for unconformity-related, basement-hosted uranium mineralization as well as pegmatite- and granite-hosted uranium and REEs. The CBX property is also prospective for molybdenite, as sedimentary-hosted molybdenite and pyrite were identified in fractures in a quartzite outcrop on the property (SMDI 4890).
The 914, 914N and Elevator projects consist of four non-contiguous claims totalling 11,873 ha and are located 31 to 52 km south of the Athabasca basin margin and 35 to 55 km south of Cameco's Key Lake operation (209.8 million pounds U3O8 (triuranium octoxide) produced at an average grade of 2.32 per cent). All three projects are near Provincial Highway 914, which provides direct access to the southern part of the province, with the 914 project situated one km east of Highway 914, the 914N property situated five km east of Highway 914 and the Elevator property situated 15 km east of Highway 914. Geological mapping of the properties and surrounding areas has shown that they are underlain by prospective Wollaston supergroup metasedimentary gneisses and Archean granitic to tonalitic gneisses of the western Wollaston domain, which hosts significant uranium mineralization farther to the north in the Athabasca basin.
Extensive work on the properties and in the surrounding area was conducted throughout the 1970s and included magnetic, gravity and EM surveys, as well as geological mapping, prospecting, boulder and sediment sampling programs. Modern work on the properties is more limited and includes partial coverage by an airborne VTEM (versatile time domain electromagnetic) survey, limited ground prospecting and lake sediment sampling. An EM conductor was identified on the 914N property (AF 74A13-0036) and has yet to be drill tested; the remainder of the properties were not covered by the modern geophysical surveys. All four claims are situated on the edge of regional-scale folds, as outlined by historical bedrock mapping conducted by the Saskatchewan Geological Survey. More recent regional airborne magnetic surveys show additional complexity that was not reflected in the historical bedrock mapping. While there are no uranium occurrences noted on the properties themselves, multiple uranium and REE showings are present in the area, including the Sandra Lake (SMDI 1960), Key Lake Road (SMDIs 5250, 5251, 5253, 5254, 5257 and 5258), Karpinka Lake (SMDI 1974, 3100, 3101, 3103, 3104, 3105, 3106, 3107 and 3108) and Don Lake (SMDI 1961, 1982, 1983 and 1984) occurrences. Similar stratigraphy hosts significant uranium and thorium mineralization elsewhere in the Athabasca basin.
The Karin project consists of five claims covering 18,383 ha approximately 20 km south-southeast of Cameco's Key Lake operation. The property is approximately 21 to 33 km east of Highway 914 and is adjacent to Skyharbour's Foster project. The project is underlain by Wollaston group metasedimentary gneisses, predominantly psammitic to meta-arkosic in composition but with localized prospective pelitic to psammopelitic gneisses. Despite lying outside the current extent of the Athabasca basin, the Karin project was likely covered by the Athabasca supergroup in its past, making the area prospective for unconformity-related uranium mineralization.
Exploration work on the project is primarily historical in nature and consists of airborne EM, magnetic and radiometric surveys, lake water and sediment sampling, radon surveys, prospecting and ground-truthing of airborne anomalies, geological mapping, and diamond drilling in the late 1960s to early 1980s. This work was performed prior to modern geophysical surveys and the development of current uranium exploration models. Some minor EM anomalies on the property were noted in the historical airborne EM results, but they were ignored in favour of stronger EM anomalies elsewhere in the surveyed areas. Several radon anomalies in the eastern part of the project were discovered during radon sampling on the project and were followed up by drilling in 1978. Five shallow (less than 152 m) diamond drill holes were drilled, which intersected Wollaston supergroup meta-arkose and semipelitic to pelitic gneisses, amphibolite and pegmatite to granodiorite, along with localized hematite, chlorite, epidote and/or goethite alteration. A weakly radioactive pegmatite was intersected in historical hole 78-1, which returned 0.025 per cent U3O8 over 0.45 m at a depth of 72.85 m (AF 74H03-0036). A limited amount of prospecting was completed in the area in 2008 and led to the discovery of an outcrop of pegmatite on the property which contained 181 ppm uranium, 205 ppm niobium and 39 ppm tantalum (SMDI 5179). The project has otherwise been unexplored since the 1980s and is prospective for both intrusive-type and unconformity-related uranium deposits and intrusive-related REEs.
The technical information in this news release has been prepared in accordance with the Canadian regulatory requirements set out in National Instrument 43-101 and reviewed and approved by David Billard, PGeo, a consulting geologist for Skyharbour as well as a qualified person.
About Skyharbour Resources Ltd.
Skyharbour holds an extensive portfolio of uranium exploration projects in Canada's Athabasca basin and is well positioned to benefit from improving uranium market fundamentals with 23 projects, 10 of which are drill ready, covering over 490,000 hectares of land. Skyharbour has acquired from Denison Mines, a large strategic shareholder of the company, a 100-per-cent interest in the Moore uranium project, which is located 15 kilometres east of Denison's Wheeler River project and 39 kilometres south of Cameco's McArthur River uranium mine. Moore is an advanced-stage uranium exploration property with high-grade uranium mineralization at the Maverick zone that returned drill results of up to 6 per cent U3O8 over 5.9 metres, including 20.8 per cent U3O8 over 1.5 metres at a vertical depth of 265 metres. Adjacent to the Moore uranium project is Skyharbour's recently optioned Russell Lake uranium project from Rio Tinto, which hosts historical high-grade uranium drill intercepts over a large property area with robust exploration upside potential. The company is actively advancing these projects through exploration and drill programs.
We seek Safe Harbor.
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