GREY:BYVVF - Post by User
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dutchy31on Oct 01, 2013 6:13am
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Post# 21780403
FIRST RESULTS
FIRST RESULTSVancouver, BC - Bayfield Ventures Corp. (TSX-V: BYV) (OTC Pink: BYVVF) (Frankfurt: B4N) is pleased to announce further assays results at the Company's 100% owned mineral rights Burns Block gold-silver project located adjacent to the east of New Gold's (TSX: NGD) multi-million ounce Rainy River gold-silver deposit and adjacent to the west of New Gold's expanding Intrepid gold-silver zone in north-western Ontario.
Highlights:
- Hole RR13-10W1 intersected 3 metres of 8.58 g/t gold and 47.65 g/t silver
- Hole RR13-11 intersected strong gold mineralization in a position 25 metres down plunge of the mineralized zones in previously reported holes of the RR12-34 Wedge Complex
- Hole RR13-11 includes a high grade interval which returned 1.5 metres of 528 g/t (18.63 oz/t) gold and 103 g/t silver from 679.0 metres down hole
- Assays pending for wedge holes RR13-11W1, RR13-11W2 and RR13-11W3
- Further southwest down plunge Intrepid Zone exploration drilling continues
Down plunge extension drilling of the Intrepid Zone has been pursued by Bayfield since core drilling restarted at the Company's Burns Block on August 17th. Eight holes have been attempted with six of those being completed through to the foot wall of the target down plunge Intrepid Zone.
Strong, poly metallic base metal veining has been intersected in all completed holes. Gold and silver assays are now being received and are summarized below. Additional assays are pending.
The East Burns - Intrepid gold-silver zone is strongly mineralized by irregular veinlets, fracture fills and clotty disseminations of dark brown sphalerite, galena, arsenopyrite and chalcopyrite. Sphalerite commonly forms 2% to 5% of mineralized intervals and assays results of >1% zinc are not uncommon. Arsenopyrite rarely makes up more than 1% to 2% of mineralized intervals but its presence is strongly correlated with the presence of gold grades >10 grams/tonne.
Results of Intrepid Zone Extension Exploration and Near Term Exploration Plans:
The Intrepid Zone on Bayfield's Burns Block is being significantly extended down plunge by the Company's current exploration program.
Recently completed and assayed holes in the down plunge Intrepid exploration program include holes RR13-10 and RR13-10W1. Both of these holes intersected the Intrepid Zone poly metallic vein swarm over down hole intervals from 50 to 60 metres. Assays results reported here indicate mutligram gold and silver occur in portions of this complex vein swarm. Native gold was logged in deformed quartz-galena-arsenopyrite bearing quartz and quartz-ankerite veinlets.
Mother hole RR13-11 has intersected strong gold mineralization in a position 25 metres down plunge of the mineralized zones in previously reported assays from the RR12-34 mother hole and wedge complex.
A strongly mineralized interval in hole RR13-11 contains highly deformed, quartz-galena-gold and poly metallic base metal veins and veinlets over a down hole interval of 9.4 metres from 675.6 to 685.0 metres. Native gold were logged in the core at 680.25 metres down hole within a dark grey galena-gold quartz veinlet. This veinlet is contained within the overall 9.4 metre strongly veined interval.
This well-developed veinlet zone in hole RR13-11 returned a very high grade interval from 679.0 to 680.5 metres down hole which returned 528 g/t (18.63 oz/t) gold and 103 g/t silver.
Three wedge holes from hole RR13-11 have been completed in Bayfield's continuing down plunge Intrepid Zone exploration at Burns. Assays for these 3 wedge holes are pending and will be reported after receipt and compilation of standard protocols.
Following completion of wedge hole RR13-11W3 on Sunday, Bayfield has moved the rig further southwest to continue the Company's down plunge Intrepid Zone exploration. This will include the drilling of a carefully controlled exploration mother hole targeted at the lower portion of the southwest extension plunging Intrepid Zone. It is anticipated that the RR13-12 mother hole will be used for a series of wedges designed to test the vertical dimensions of the targeted, mineralized vein system.