Canstar Resources (ROX-V) Aug 14, '14 has commenced a summer exploration drilling program. The program follows up a series of geophysical programs aimed at providing substantive exploration targets. Five holes have been designed to test two borehole electromagnetic (BHEM) and several induced-polarization (IP) anomalies (see news release dated June 25, 2014). These targets coincide with areas where mineralization is known to occur on the property but has never been detected using modern geophysical methods. The two key areas of exploration on the property will be the Mary March zone, which represents the discovery area on the property, and the Nancy April zone, which occurs farther to the southwest. Mary March zone
Results from Canstar's fall 2013 drilling program confirmed the continuity of massive sulphides at the Mary March zone both along strike and at depth. BHEM work that followed up this drilling indicates an off-hole anomaly down dip and to the east of these intersections. Two targets will be tested from these data.
Nancy April zone
A recent IP survey over the Nancy April area was designed to follow up on 2013 drilling results, which confirmed the continuity of a previously recognized mineralized stockwork zone in the Nancy April area, located 500 metres southwest of the Mary March zone. Preliminary results from the IP survey indicate this area has continuous chargeability along strike in this vicinity with concomitant lower resistivity. This is consistent with a mineralized-type anomaly and is interpreted to represent the geophysical response from a stockwork zone. Stockwork zones are important indicators of VMS systems and represent the lower root zones of these types of orebodies through which metal-bearing fluids percolate to an upper main zone. Stockworks are also important sources of copper mineralization in many VMS systems.
The highest chargeability measurements are noted to occur in areas proximal the area targeted during the fall 2013 drilling program and exhibit a notable increase in magnitude to the southwest. These targets are currently being modelled in 3-D in order to refine how and where they occur down to depths of greater than 200 metres.
Danniel Oosterman, PGeo, is president, chief executive officer and a qualified person as defined by National Instrument 43-101, and is responsible for the technical information in this release.
On behalf of the Board of Directors,
DannielJ.Oosterman,P.Geo
President & CEO
Contacts:
Danniel J. Oosterman, P. Geo.
President & CEO |
