14.11.2013 Views

32E04SE0035 - Geology Ontario

32E04SE0035 - Geology Ontario

32E04SE0035 - Geology Ontario

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

21<br />

8.0 CONCLUSIONS AND RECOMMENDATIONS<br />

Hole No. PR-91-1 on grid A-3 investigated the coincident HEM,<br />

magnetic and gold in humus geochemical anomaly. The magnetic<br />

conductor is caused by ID-15% disseminated pyrrhotite, minor<br />

pyrite and traces of chalcopyrite over a width of 1.62<br />

metres in<br />

a cherty banded tuff. The gold and copper assays of the core are<br />

very low. The gold in humus geochemical anomaly of seven times<br />

background over the conductor is unexplained.<br />

Hole No. PR-91-2 on grid A-8-9 explored the coincident weak HEM<br />

and gold in humus geochemical anomaly. The weak conductor is<br />

caused by 2-3% disseminated pyrite over a width of 5.85 metres in<br />

a banded intermediate to mafic tuff. The gold in humus<br />

geochemical anomaly of eight times background is unexplained.<br />

Hole No. PR-91-3 on grid A-6-7 investigated the strong HEM<br />

anomaly on line 1+OOE. The conductor is caused by three<br />

bands of<br />

sulphide-magnetite-cherty iron formation over widths of 0.5 to<br />

2.13 metres in amphibolitic basalt. The cherty iron formation<br />

contains 15% pyrrhotite and 20% magnetite. The best assay of<br />

cherty iron formation is 306 ppb Au over 0.91 metres. This drill<br />

hole is a follow-up to hole No. PR-90-1 on section 2+OOW which<br />

returned an assay of 396 ppb over a metre. The assays from the<br />

two holes 300 metres apart are comparable but weak.

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!