Ashburton
ASHBURTON COPPER GOLD BASE METALS PROJECT
LOCATION AND ACCESS
The Ashburton Project is located approximately 60 kilometres south of the Nanutarra-Paraburdoo road on Wyloo and Kooline Stations in the Ashburton Mineral Field, of Western Australia. The centre of the project is approximately 185 kilometres from Paraburdoo and 100 kilometres from Nanutarra. The Project area encompasses the Kooline Silver/Lead workings and the Kooline Gold, Kooline North, True Grit, Dook, and Sunken Treasure gold prospects (Figure 6).
TENURE
Athena’s Ashburton Project covers approximately 630 square kilometres and consists of one Mining Lease(M08/189) 90%, three 100% owned granted Exploration Licences (EL08/1641, EL08/1679 and EL08/1680) and an Exploration Licence application (E08/1956) and a Prospecting License (P08/493) 95%.
PROJECT GEOLOGY AND MINERALISATION
Athena’s Ashburton Project takes in known gold prospects at Lewis’, Kooline North, True Grit, Dook, and Sunken Treasure, and silver/lead at the Kooline workings. A number of these occurrences are evident as anomalous responses in the regional gravity and magnetic data sets. Previous work has largely been confined to surface geochemistry and prospecting along the access corridors with limited follow-up drill testing. The Western Australian Geological Survey’s regional sampling programme has identified geochemical anomalies from that warrant followup testing.
The Company’s tenements cover rocks of the Ashburton and Capricorn formations of the Wyloo Group along the northern margin of the west Bangemall Basin. Area selection was driven by studies of the regional geophysics which indicate a number of elements conducive to the formation of large mineral systems. The combination of granitic intrusions, folds and thrust faults is of particular interest as these provide a source of heat and the structures to focus and trap mineralising fluids.
The region is reasonably remote and rugged and Athena?s tenements have been only lightly explored. Conceptual targets include large orogenic mesothermal saddle-reef and stock-work style gold/base metal deposits comparable to Bendigo and Ballarat in Victoria, Enterprise at Pine Creek in the Northern Territory and Telfer in Western Australia. The Ashburton district was the site of some of earliest gold discoveries recorded in Western Australia but was soon overlooked as discoveries were made at Southern Cross and Coolgardie.
Gold Prospects
The Kooline North gold anomaly (Figure 6 and 7) is located 17 kilometres northwest of the Lewis’ gold anomaly. This prospect consists of coincident gold and copper, uranium, zinc, antimony, and tungsten anomalies that can be traced in outcrop for over 3 kilometres, which have never been drill tested. The peak anomaly is 800 metres long by 200 metres wide within a broader 2.5 kilometre long zone. The geochemical trends are coincident with outcropping altered lithic greywackes that are cut by gossanous quartz vein stockworks with pyrite alteration on the vein margins. The Kooline North soil geochemical anomaly is open to the north and the west where shallow alluvium covers the host unit.
Athena interprets the Collins Bore gold mineralisation to be the eastern extension of the Kooline North gold anomaly where six prospects on two mineralised trends have been identified. These trends are interpreted as being on opposite limbs of east-west orientated folded sandstone and shale units. Three of the six prospects (True Grit, Sunken Treasure and Dook) have been partially tested by reverse circulation (RC) drilling. Aberfoyle Resources Limited (1991–92) drilled 26 holes for 992 metres and Goldfields Exploration Pty Ltd (1999) drilled 19 holes for 2203 metres.
Aberfoyle intersected 2 metres at 13.2 g/t gold in RC hole RCST03 at Sunken Treasure and Goldfields intersected 3 metres at 15.6g/t gold in drill hole DKRC06 (Figure 9). Other intersections of interest include 5 metres at 2.7 g/t and 2 metres at 3.9 g/t gold. Drilling results over 0.5g/t gold are listed in Table 1.
Bulldozer trenching by Aberfoyle in 1991 demonstrated that the gold mineralisation is hosted by quartz vein stock-worked arenites and coarse grits with silica-pyritemuscovite alteration on the vein margins. The surface geochemistry has mapped mineralisation on the northern zone for over 12 kilometres. Such an aerially extensive anomaly provides an exciting target for zones of economic gold mineralisation.
At Lewis’ gold prospect (Figure 6), located 1.7 kilometres north of the silver-lead mines, Athena has identified an extensive strong gold-copper anomaly using conventional soil sampling techniques. The anomaly was later extended and enhanced using auger sampling which returned a maximum gold assay of 496ppb. The gold anomaly exceeds 1500 metres in length and is open along strike in both the easterly and westerly directions. A Gradient Array Induced Polarisation (IP) survey over the geochemical anomaly mapped coincident resistivity and chargeability anomalies within the 25ppb gold contour. The location of the coincident chargeability and resistivity anomalism suggests that the response is due to quartz-hosted sulphides in lithic-sandstones with pyritic alteration that are evident in outcrop at this prospect.
Figure 6

Athena plans to use modern exploration methods to map the structures and alteration for subsequent drill testing. Athena is confident this approach can be used successfully to locate high-grade gold resources in the Kooline area.
Silver/ Lead Prospects
Athena carried out extensive rock chip sampling programs aimed at identifying and characterising silverlead mineralisation at Kooline. A sample of silver-lead concentrate found on site at June Audrey assayed 210g/t silver and 72% lead.
Three historic mines the Gift, June Audrey and Bilrose were responsible for about 60% of the production the Kooline silver-lead field in the 1950’s. Each of these three mines had its own treatment plant consisting of a battery or crusher and a concentrator..
The Gift was mined to a depth of 52 metres and stoped over a strike length of 95 metres. The Bilrose workings extend for about 110 metres and were mined to a depth of approximately 25 metres. At June Audrey two zones of workings extend for over 180 metres at surface and the main shaft is 41 metres deep. The lead sulphide ore zones at the three prospects averaged approximately 2 metres in width. Historically the Kooline mines averaged 20% lead and 200g/t silver.
1.4 WORK COMPLETED BY ATHENA
In August 2009 Athena completed a reverse circulation drilling program at Kooline in the Ashburton.The program was designed to test a number of geological and geophysical targets around the historic Kooline lead mines. The initial program consisted of thirteen holes for a total of 1150 metres. Three holes tested targets at Lewis’ gold prospect and ten holes tested targets associated with the historic lead workings.
Athena is particularly pleased with the gold assays of the drilling at Lewis’. The best results were 2 metres at 9.47g/t gold from 77 metres in drill hole AK09RC12(Figure 8) and 1 metre at 4.73g/t gold from 52 metres in drill hole AK09RC11. These two holes tested the same mineralised quartz vein array on sections 160 metres apart. A third hole (AK09RC13) drilled 160 metres further to the west on the same structure intersected a 30 metre wide zone of intense silica-mica +/- pyrite alteration from 60 metres down hole. The best result to date from AK09RC13 was 1 metre at 0.19g/t gold from 71 metres down hole. The three holes AK09RC11 to AK09RC13 have partially tested 360 metres of a 1.5 kilometre long gold soil and gradient array IP anomaly. As a first pass test the results from this initial drilling at Lewis’ are very encouraging.
The best results from Athena’s drilling at the Kooline lead workings were 6 metres at 1.85% lead and 4.92g/t silver from 63 metres in drill hole AK09RC01, and 2 metres at 1.19% lead from 31 metres in drill hole AK09RC04. A 1 metre intersection from 25 metres in hole AK09RC04 assaying 3.87g/t gold was un-expected as previous rock chip sampling around the lead workings had not returned any significant gold assays.
Three holes (AK09RC01, AK09RC09 and AK09RC10) targeted dipole-dipole IP anomalies, of these only AK09RC01 is regarded as having reached the target and even then the tenor of the mineralisation intersected in this hole does not adequately explain the geophysical response. A combination of topographic and heritage constraints placed restrictions on the positioning of AK09RC09 and AK09RC10, and these holes have not effectively tested their respective targets.
While the results from the drilling at the lead workings have not met the Company’s expectations further drill testing of the area is warranted. Athena’s drilling is the first time that either the lead workings or Lewis’ have been drill tested.
More extensive geophysical surveys over the remaining targets and additional drilling will be implemented based on the results of this program. The extensive Gift and Bilrose workings have not yet been tested by IP surveying and have had only rudimentary drill testing.
Forward-looking Statements
This document contains forward-looking statements concerning Athena’s Projects that, despite being based on Athena’s current expectations about future events, are subject to risks and uncertainties outside the control of Athena and its Directors. Forward-looking statements are not based on historical fact, and actual events or results may differ materially from those described in the forward-looking statements as a result of a variety of risks, uncertainties and assumptions.
The potential quality and grade of the untested areas of the Byro and Ashburton projects are conceptual in nature and there has been insufficient exploration to define Mineral Resources at these projects and it is uncertain if further exploration will result in the determination of a Mineral Resource.
Competent Persons Statement
The technical information relating to Athena’s exploration projects was compiled by Mr Martin Dormer, an employee of Ishine International Resources Limited. Mr Dormer is a Member of the Australasian Institute of Mining and Metallurgy, and has sufficient relevant experience in the styles of mineralisation and deposit styles under consideration to qualify as a Competent Person as defined in “The Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves (JORC Code, 2004 edition)”. Mr Dormer consents to this inclusion of the information in this report in the context and format in which it appears.







