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VERITY RESOURCES LIMITED Interim / Quarterly Report 2011

Apr 28, 2011

66020_rns_2011-04-28_ad7c0a3b-4854-4bbc-a542-52edc0cc2ff4.pdf

Interim / Quarterly Report

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TO: COMPANY ANNOUNCEMENTS OFFICE ASX LIMITED

Market Cap

Cash

DATE: 29 APRIL 2011

QUARTERLY REPORT TO 31 MARCH 2011

Issued Capital

SUMMARY

Unlisted Options

Cash balance of approximately $4.84M as at 31 March 2011 following a capital raising of approximately $2.87M before costs and expenditure of approximately $1.05M for the quarter.

Exploration in the March 2011 quarter focused on:

  • Those PL’s which expire on 30[th] June 2011 namely PL 44/2004, 46/2004, 47/2004 and PL 48/2004 where soil geochemistry, IP and VTEM surveying was carried out to identify targets that were either drilled or will be drilled next quarter.

Substantial shareholders

Directors

  • VTEM anomaly at Dibete on PL 111/94.

Summary Of All Activities For The Quarter:

RC Drilling

  • RC Drilling for the quarter totaled 3264 metresin the following areas:

  • Dibete on PL 111/94 with one RC hole of 120 metres to test a VTEM anomaly

Registered Office

  • Shashe East at three prospect areas on PL 44/2004 with 14 RC holes totaling 1548 metres targeting soil geochemical, IP and VTEM anomalies.

  • Shashe West at five prospect area’s on PL 48/2004 with 6 RC holes totaling 840 metres targeting soil geochemical, IP and VTEM anomalies.

  • Dibete East on PL 47/2004 for two RC holes totaling 391 metres targeting soil geochemical, IP and VTEM anomalies.

Contact

Media Relations

  • Mmatsiane on PL 47/2004 for three RC holes for 365 metres targeting soil geochemical, IP and VTEM anomalies.

Laboratory results on RC drilling:

  • Assays results have been received for the drilling carried out at Shashe Old Workings indicating minor Cu mineralisation.

  • Other assay data for the drilling carried out at Shashe East and West and Dibete East are expected next quarter.

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VTEM Survey

  • Completion and preliminary data interpretation of the 3459 line kilometres VTEM survey. This included Shashe West and East blocks for 1359 line km and the Magogaphate Block including detailed surveys over Airstrip, Maibele North and Dibete for 1790 line km.

  • Identification of numerous (at least 70) VTEM anomalies in the preliminary data that will be subject to further follow up in the next quarter.

Soil Sampling

  • Soil sampling at PL 44/2004, 46/2004, 59/2008 and 360/2009 identified numerous geochemical anomalies during the quarter. A total of 3402 samples were collected for the quarter which have identified at least 16 new geochemical anomalies which will be ranked for follow up next quarter.

IP Survey

IP Surveys conducted over 26.55 line km on PL’s 44/2004, 0.85 line km on 46/2004, 5.4 line km on 47/2004 and 9.11 line km on 48/2004 with numerous targets identified, some of which were drill tested during the quarter.

Satellite Imagery

  • Satellite imagery interpretation over PL 158/2009 identifying two amphibolite belts with an estimated aggregate strike length of 30km, now ready for ground exploration.

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Tenement Update

  • Additional information was supplied to the DGS during the quarter in support of BML’s extension applications for PLs’ 111/94, 54/98 and 14/2003. The DGS granted these extensions in April 2011.

  • A new exploration PL application was lodged in the quarter in the Shashe area.

Figure 1: Map showing BML’s tenements. Colour codes show tenements currently pending extension, those already extended and those due for renewal at later dates.

Next quarter Exploration:

Using the Company’s growing data base of soil geochemical, IP and VTEM survey data and interpretations , an aggressive drilling program over the Dibete supergene mineralisation commenced in April 2011 and will move to the Airstrip Copper and Maibele North prospects over the next two quarters with the objective of defining JORC compliant resources.

The following is a detailed exploration report on each PL and exploration conducted for the quarter.

The Appendix 5B Mining Exploration Entity Quarterly Report follows the detailed exploration report.

DETAILED REPORT

Corporate Activity

Issue of Shares

During the quarter the Company raised $2,874,340 before costs to continue to aggressively explore its tenement portfolio. The funds were raised by a pro-rata non-renounceable rights issue of one New Share for every three existing Shares held, plus two free Attaching Options for each New Share subscribed. The Issue closed on 9 February 2011. A total of 35,929,251 New Shares and 71,858,502 Attaching Options were issued.

Also during the quarter the Company issued 1,366,668 fully paid ordinary shares at 10 cents each thereby raising $136,666.80 through Directors and employees exercising options.

Joint Ventures

The Company is seeking joint venture partners for its Botswana exploration portfolio. The Company will look at any other opportunities that may fast track the growth of the Company with the objective of enhancing shareholder value.

Exploration Activity

PL 110/94 Magogphate

Airstrip Copper Prospect

A review of the IP data at Airstrip Copper in the December Quarter resulted in a total of approximately 1900 metres of conductors being interpreted within the Airstrip Copper grid (see Figure 2). These anomalies have now been ranked based on existing data and further drilling is planned on selected areas of the interpreted conductors.

The only conductor drilled extensively so far is the conductor that contains the Airstrip Copper discovery holes (Figure 2) and the high grade intersections reported in 2010.

Some conductors have had no drilling to date while others remain under drilled. Conductors which have been previously drilled reported narrow or low grade intersections that may be similar to that surrounding the high grade intersections at the Airstrip Copper discovery holes. These conductors will have additional holes targeted at the best of the conductive zones. Conductors which have not been tested previously will have reconnaissance drilling carried out on them.

Additional IP is also planned for the June Quarter to extend the coverage of the current IP survey area to the west and south.

Reconnaissance lines will also be surveyed over areas of silver bearing multi element soil anomalies at the Magogaphate Gold prospect that have not been adequately explained by previous work. This area lies approximately 1300 metres southwest of the Airstrip Copper Discovery area along the regional structural strike.

A program of drilling of the surface copper anomaly present at Airstrip Copper will be undertaken in the June Quarter to search for a supergene copper deposit. Previous drilling by RST Exploration, trenching by BML prior to ASX listing as well as the recent trenching and the recent soil sampling program define a significant exploration target.

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Figure 2: Location of 1900 metres of identified conductors at Airstrip Copper in the Inverted Resistivity IP data. Some have had no drilling to date while others remain under explored.

Maibele North Nickel Deposit

VTEM Interpretation

Interpretation of the preliminary VTEM survey data over the Maibele North Ni-Cu-PGE deposit indicates that although the main trend of the mineralisation has been defined adequately in the past by drilling and 3D modelling, several conductive zones which cross cut the main trend of mineralisation have not been adequately tested by this previous drilling. This preliminary data is not good enough to allow detailed interpretations, which will be completed in the June Quarter following receipt of the final VTEM data in May. Drilling of the new VTEM conductors will then be undertaken together with further drilling within the area of the known mineralisation to allow the resource to be upgraded into a JORC compliant resource.

PL 111/94 Mokoswane

This tenement consists of four separate blocks that are residual blocks from a once much larger tenement.

A number of important prospects lie on this tenement including Dibete, Crescent and Mmamanaka.

Dibete Prospect

Location of the Prospect

The prospect is located in a small portion of PL 111/94 and overlaps to the east into PL 54/98 and 47/2004 and to the north into PL 47/2004 (Figure 3).

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Figure 3. Location of Dibete prospect, which overlaps to the east into PL 54/98 and PL 47/2004 on the basis of IP and GEOTEM anomalies and to the north is inferred to overlap into PL 47/2004 on the basis of geochemical anomalies and structure.

VTEM Survey

PL 110/94 was covered by the recent VTEM survey with a general spacing of 150 metres between flight lines. A detailed infill area was centered over the Dibete Prospect and the line spacing was reduced to 75 metres.

Interpretation of the preliminary data was undertaken to define targets that were previously known only from the GEOTEM survey and from ground TDEM surveys. A better correlation is now found with modelling between the VTEM and Dipole-Dipole IP data than between the VTEM and the ground TDEM surveys.

Additional prospects covered by the VTEM survey include the Crescent prospect that has Ni as well as Cu-Zn potential.

Further detailed interpretation of the VTEM data and reconciliation with previous drilling data will be undertaken on the final data in the June Quarter.

Drilling

A single hole was drilled on the Dibete prospect in the March Quarter to test one of two VTEM anomalies on the Dibete Prospect area. The VTEM target had been subject to a near miss from two previous holes targeted using IP data and previous ground TDEM as shown on Figure 4. This hole, DBRC025, intersected intervals of disseminated sulphides in the target area. Samples have been dispatched to the laboratory but results have not yet been received.

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Figure 4. 3D modelling of the VTEM anomaly 11365a and the IP data on line 5700E Dibete. Red arrow is the site of hole DBRC025.

Location of hole DBRC025 is shown on Figures 4, 5 and 6.

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Figure 5. Location of hole DBRC025 in relation to previous drill holes and to VTEM anomaly 11365a.

Future Program

Mineralisation is interpreted as consisting of a supergene oxidised copper concentration above the base of weathering that was derived from copper mineralisation observed in diamond core and in some RC cuttings below the base of weathering.

The location of the supergene mineralisation appears to be associated with fracture zones interpretable on satellite imagery where they are crosscutting ground EM and IP anomalies.

The supergene mineralisation in places appears to have come very close to surface and has been mined in the past on a small scale as shown on Figure 6.

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Figure 6. Satellite image showing Dibete Prospects with drill holes shown with red dots (above) and yellow pins (below) and ground EM anomaly axes shown in green. Copper in soil anomaly shown as brown outlined area. Previous shallow mining workings, which exploited supergene copper mineralisation, are shown in orange-brown.

The program in the June Quarter is to drill the interpreted supergene zone at Dibete using the soil copper and distribution as the first pass target areas to drill. Drilling will not be restricted to the currently interpreted highest priority areas. Further VTEM interpretation will also be undertaken on the Crescent prospect to assess remaining potential and the effectiveness of previous drilling.

PL47/2004 Gobe Shear

Dibete East Prospect

The Dibete East prospect is the continuation of the Dibete prospect, which extends out of PL 111/94 into PL 54/98 and then into PL 47/2004.

Soil Sampling Program

A series of soil samples were collected on seven lines covering two VTEM anomalies. Preliminary interpretation of the Niton portable XRF analyses indicated multielement base metal anomalies are present. Detailed interpretation will be undertaken following receipt of the laboratory analyses of the soil samples.

Location of the soil lines and the VTEM anomalies to be tested are shown on Figure 7.

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Figure 7. Dibete East VTEM anomalies, soil and IP lines and drill holes.

VTEM Survey

PL 47/2004 was covered by the recent VTEM survey with a general spacing of 150 metres between flight lines. A detailed infill area was centered over the Dibete Prospect and the line spacing was reduced to 75 metres.

Interpretation of the preliminary data was undertaken to define targets that were previously known only from the GEOTEM survey.

Two targets were defined at Dibete East, VTEM anomalies 11515a and 11555a.

The location of the targets is shown on Figure 7.

IP Survey

Four lines of IP at 100 metre spacings were completed over Anomaly 11555a for a total of 3.6 line kilometres.

Interpretation of the IP data showed very strong coincident chargeable and conductive zones, which were then modelled with the VTEM data to provide an alternate drill hole design for the vertical hole initially drilled on VTEM target.

The interpretation of the IP on line 8200E is shown in Figure 8.

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Figure 8. IP interpretations over VTEM anomaly 11555a at 39 metres depth (top) and 70 metres depth (Bottom). Conductor is shown in purple.

Drilling Program

One vertical RC hole was drilled into each of the two VTEM anomalies, for a total of 391 metres. Following completion of this drilling, an angle hole was proposed to test the IP chargeability zone as well as the VTEM conductor, and this will be drilled next quarter.

Samples from the drill holes have been submitted to the laboratory but no results have been received so far.

Location of the drill holes is shown on Figures 7, 9 and 10.

Mmatsiane South Prospect

The Mmatsiane South prospect consists of two VTEM anomalies named 11959a and 11980a.

VTEM Program

The Mmatsiane South prospect area lies within the recent VTEM survey with a general spacing of 150 metres between flight lines.

Interpretation of the preliminary data was undertaken to define targets that were previously known only from the GEOTEM survey.

Two targets were defined at Dibete East, VTEM anomalies 11950a and 11980a.

The location of the targets is shown on Figure 11.

Soil Sampling program

Soil samples were collected on six lines over a 500 metre strike length. Samples were analysed by a Niton portable XRF and also dispatched to the laboratory for reliable analysis.

IP Program

Four lines of IP were surveyed over the 11950a VTEM anomaly. The IP data and the VTEM data were used to define drill targets over the VTEM anomaly.

Drilling Program

Three drill holes were completed for a total of 365 metres. Intervals of sulphides were intersected and samples have been dispatched to the laboratory. No results have been received to date.

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Figure 9. Mmatsiane Prospect showing VTEM anomalies, soil and IP lines and drill hole locations.

Future Program PL 47/2004

A review of the soil data and VTEM anomalies including 11555a (Figure 10) will be carried out followed by target drilling if warranted.

At the Mmatsiane South project area the VTEM anomalies (see Figure 11) will be reviewed following receipt of the final VTEM data.

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Figure 10. VTEM anomalies at Dibete showing tenement boundaries in yellow. Interpreted targets are shown in the text boxes adjacent to anomalies 11555a, 11515a and 11460a.

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Figure 11. VTEM anomalies at Mmatsiane South showing tenement boundaries in red. VTEM anomalies are shown as the red and yellow colours with targets interpreted from the preliminary data shown in black.

PL54/98 Takane

VTEM Survey

The majority of PL 54/98 was covered by the recent VTEM survey with a spacing of 150 metres between flight lines.

Interpretation of the preliminary data was undertaken to better define targets that were previously known from the low resolution early generation GEOTEM survey, shown on Figure 12. The preliminary VTEM interpretation is shown on Figure 13 and there are 26 anomalies lying within the main area of the tenement flown in the VTEM survey and a further target in the small second block of the tenement known as Dibete Extended.

The anomalies identified include the highly ranked Mmatsiane (anomalies 11870a &11880a Figure 13) and Jumbo (anomaly 12170a Figure 13) prospects and a series of other prospects, many of which were not previously identified as discrete targets. The target on the Dibete Extended block of PL 54/98 has been modelled and is now ready to drill.

No field work was undertaken while the tenement is waiting for the application extension to be determined.

Future Program

Complete interpretation of the final VTEM data will be undertaken when the data is received to allow ranking of all targets.

Targets now considered to be high ranking, such as Mmatsiane, Jumbo and possibly Kudumane will need further evaluation using Dipole Dipole IP prior to drilling. Other prospects will require soil sampling followed by IP and drilling if warranted.

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Figure 12. GEOTEM Tau image over PL 54/98.

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Figure 13. VTEM anomalies on PL54/98 showing tenement boundaries in red. VTEM anomalies are shown as the red and yellow colours with targets interpreted from the preliminary data shown in black.

PL59/2008 Shashe South

VTEM Survey

A portion of PL 54/98 was covered by the recent VTEM survey with a spacing of 150 metres between flight lines.

Interpretation of the preliminary data was undertaken to define targets that were previously known from the low resolution early generation GEOTEM survey, shown on Figure 14. The preliminary VTEM interpretation is shown on Figure 15 and the three targets identified are also shown and include the Mashambe Prospect that was drilled in 2010.

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Figure 14. Mashambe prospect showing Tau anomaly, green outline is VTEM survey area.

Soil Sampling Program

A soil sampling program commenced during the March Quarter to assess potential for extensions of the mafic to ultramafic horizons known within the Sampowane PL 46/2004 tenement area. This program will be reported on in full in the June Quarter.

Future Program

Following the acquisition and assessment of the final VTEM data, further soil surveys will be undertaken and drilling targets defined.

Completion of the soils grid in the Mmadinare area and analysis of the soils at the laboratory will be a priority in the western part of the tenement.

In the southern part of the tenement further work on the Majante and Majante West prospects, both of which overlap the boundaries of PL 14/2003, will be undertaken. This will include analysis of the soil samples, additional IP surveys and drilling if warranted.

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Figure 15. VTEM anomalies on PL59/2008 showing tenement boundaries in red and the location of the Mashambe Prospect. VTEM anomalies are shown as the red and yellow colours with targets interpreted from the preliminary data shown in black. Note the grid spacing is 5000 metres and VTEM lines 150 metres apart except in detailed areas where lines are 75 metres apart.

PL 14/2003 Majante

VTEM Survey

Only a portion of PL 14/2003 was covered by the recent VTEM survey with a flight line spacing of 150 metres.

Interpretation of the preliminary data was undertaken to define targets that were previously known from the low resolution early generation GEOTEM survey, shown on Figure 16. The preliminary VTEM interpretation is shown on Figure 17 and there are three named anomalies lying within the southern block of the tenement and a further target in the northern block of the tenement, which is part of the Crescent prospect.

The anomalies identified include the highly ranked Sekgopye and Mmamanaka Prospects prospects, which have had previous exploration carried out on them. There are many other smaller VTEM anomalies (Figure 17) which will require modelling and testing.

No field work was undertaken while the tenement is waiting for the application extension to be determined.

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Figure 16. Tau image of the low resolution GEOTEM Survey over PL 14/2003. Green line marks the VTEM survey boundary.

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Figure 17. VTEM anomalies on PL14/2003 showing tenement boundaries in red and the location of the Mmamanaka, Crescent and Sekgopye Prospects. VTEM anomalies are shown as the red and yellow colours with targets interpreted from the preliminary data shown in black. Note the grid line spacing is 5000 metres and VTEM lines 150 metres apart except in detailed areas where lines are 75 metres apart.

Future Program

The VTEM data will be interpreted once the final data is received in May. Review of the Mmamanaka Prospect will be undertaken as the VTEM shows that the prospect has a strike length of between 2400-3100 metres. . Previous work only tested an area 1600 metres long.

The Sekgopye anomaly is ranked very highly and none of the prior exploration has satisfactorily explained the conductive responses present. The VTEM interpretation in conjunction with further IP will improve target definition and additional drilling will be carried out if warranted.

Additional prospects within the tenement include the Majante and Majante West prospects that have a significant amount of detailed surface exploration carried out over them. Further assessment including IP will be used to generate drill targets.

PL46/2004 Sampowane Regional Stream Sediment Follow Up Program

Letlhakane Grid

Soil lines were sampled to follow up on stream sediment anomalies (see Figure 18) interpreted from the previous work carried out by A-Cap resources prior to demerging of Botswana Metals Ltd.

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Figure 18. Location of stream sediment samples (+) and interpreted anomalies

The area of the anomalies was never covered by the 1989 GEOTEM survey but is along strike from strongly anomalous responses located by that survey in the Mmadinare area. The Sampowane prospect assessed initially by Falconbridge Exploration and again by A-Cap Resources consists of massive sulphide Ni-Cu-PGE mineralisation in ultramafic bodies that were extensively tectonised and subject to the alignment into the Magogaphate Shear Zone.

A regional scale soil grid was sampled across the south western part of the three blocks that now constitute the Sampowane tenement. The lines were up to 6 kilometres long and spaced at 1500 metres apart. Infill soils on lines 200 metres apart were then sampled to follow up on anomalies.

Results of the soil survey, based on Niton results only at present, are that a series of ultramafic bodies were located, some of which also appeared to be mineralised. Further infill soils are planned to extend the mapping of the ultramafics.

The aim was to cover the ground rapidly and identify the ultramafic horizons and anomalies that may represent mineralisation within those ultramafic horizons.

Figure 19 shows the Letlhakane grid, interpreted trend lines for lithological strike (black), anomalous responses in magenta and higher ranked anomalies circled in green.

IP surveys were carried out over the L24 anomaly (Figure 19) with difficulties encountered due to the very high powered transmissions from the Voice of America installations. Despite the interference, some useful data has been obtained and a potential drilling target identified.

Other high ranked targets have been identified that need IP to identify specific drilling targets as shown in the green circles on Figure 19.

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Figure 19. Sampowane PL 46/2004 Letlhakane grid soil lines and interpreted targets

Mmadinare North Grid

A series of soil lines were sampled over the Mmadinare North grid (Figure 20) within the Sampowane PL 46/2004 on the northern margin of the Magogaphate Shear Zone and to the north of the shear zone. The soil lines were targeted over an extensive GEOTEM anomaly (Figure 20) located in the 1989 GEOTEM survey.

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Figure 20. Sampowane PL 46/2004 Mmadinare North soil lines (shown in magenta) on Tau image of GEOTEM survey 1989.

Initial lines were spaced at 1500 metres with the gap between line 14 and 15 (Figures 20-21) due to BML not holding that ground. BML has a current tenement application over this ground. Samples were analysed by Niton portable XRF analyser and interpreted using a broad range of elements that allowed identification of both lithology and of responses that may be due to Ni-Cu mineralisation within the interpreted mafic-ultramafic horizons.

Figure 21 shows the Mmadinare North grid, interpreted trend lines for lithological strike (black), anomalous responses in magenta and higher ranked anomalies circled in green.

Future Program

The program for Q2 on the Letlhakane grid is to complete IP surveys over the L25 and L1-L27L28 anomalies and drill the best of the combined geological, geophysical and geochemical anomalies obtained.

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Figure 21 Sampowane PL 46/2004 Mmadinare North grid and targets.

The program for Q2 on the Mmadinare North grid is to infill between and around lines L11 to 13 then carry out IP surveys over the L11 and 13 anomalies areas as well as any other high ranked soils anomalies and drill the best of the combined geological, geophysical and geochemical anomalies obtained.

PL44/2004 Shashe East

Location

The tenement is located in the Limpopo Belt on the edge of the Rhodesian craton outside the Magogaphate Shear Zone.

VTEM Survey

A VTEM survey was completed in January 2011 over the Shashe East and West tenements areas shown in green in Figure 22. Line spacing was 150 metres throughout the survey area.

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Figure 22. Shashe West PL 48/2004 (left) outlined in purple and Shashe East PL 44/2004 (right) outlined in red. VTEM survey areas shown as green overlays, the blue marker is an amphibolite horizon. The A1 (far left) is the main NS highway through Botswana.

VTEM 10140a and 10290a

Figure 23 shows the location of the VTEM anomalies within PL 44/2004 together with the drill holes into the prospects.

Two holes were drilled into 10140a, one at the conductor identified from the VTEM and one at a gossan zone in an amphibolite unit that was thought to possibly have disseminated mineralisation present.

Pyritic intervals were logged in RBRC001, nil sulphides in RBRC 002, however a gossanous zone was intersected and pyrite and probable pyrrhotite and some chalcopyrite were logged in RBRC003.

Samples have been dispatched to the laboratory for analysis and results have not yet been received.

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Figure 23. PL 44/2004 VTEM area showing the soil lines over the VTEManomalies shown as red circles and the drill holes marked with red pins. The blue lines are interpreted amphibolites.

Shashe East Old Workings Prospect.

The Shashe East Old Workings area is located outside the VTEM survey area in the west of the tenement area.

Previous work consisted of mapping the workings, carrying out a soil and IP surveys.

The old copper workings are over approximately 200 metres with some rubble a further 300 metres to the west across the Shashe River. Malachite, azurite and probable chrysocolla are present as well as various gossans that may relate to veins in the host sequence.

IP Survey

IP was carried out over the Shashe Old Workings prospect and a total of 9.8 line kilometres of IP was surveyed.

The stacked pseudosections are shown on Figure 24 and show good continuity of the IP chargeability response. The interpreted IP is shown on Figure 25.

==> picture [479 x 404] intentionally omitted <==

Figure 24. Stacked pseudosections of the IP over the Shashe East old workings area. The gap is where the Shashe River cuts across the prospect area.

==> picture [479 x 406] intentionally omitted <==

Figure 25. 3D interpretation of the IP Chargeability over the Shashe East Old Workings prospect. Old workings are shown as purple circles, Shashe River shown in grey overlay. IP line spacing is generally 100 metres with some lines near the river at 50 metre spacing. Note the local grid is not oriented north-south.

Drilling Program

A drilling program of 11 holes totalling 1188 metres of RC drilling was carried out.

Visible secondary copper mineralisation was present in holes SERC001 and SERC002 with pyritic intervals in most other holes.

Samples have been dispatched to the laboratory for analysis. Results for the initial samples have been received and are included in appendix 2.

Future Program

A VTEM survey has now been completed over this tenement in the area shown in the green overlay in Figure 23. Final results will be interpreted when received in May.

Drill targets at Shashe East Old Workings were based on the IP results and mapping as well as the soil sampling results but didn’t intersect any significant mineralisation.

The supergene copper that was previously mined was found to be a relatively narrow vertical zone at low grade and is not considered to have economic potential.

An area of mapped ultramafics is known immediately adjacent to the tenement to the north. Extensions to the known ultramafics will be sought and soil sampled and IP surveyed if present.

Additional VTEM targets will be modelled and soil sampled to assess their potential when final VTEM results become available.

PL48/2004 Shashe West

Mapping Program

Field checking was completed over an amphibolite horizon (Figure 26) that is quite extensive and is closely related to a number of named GEOTEM anomalies within a generally high order Tau anomaly.

This horizon is of particular interest as it is associated with a series of geochemical anomalies found in drainage surveys and also has a reported copper occurrence coincident with a GEOTEM anomaly. Trenches, thought by local farmers to be related to gold exploration, are also associated with two areas of along this horizon.

==> picture [479 x 315] intentionally omitted <==

Figure 26. Location of the amphibolite horizon (blue marker) in part of Shashe West PL 48/2004 showing the association with GEOTEM anomalies (yellow pins). VTEM survey area is shown in green overlay. Reconnaissance soil lines across the amphibolite shown in yellow.

The reconnaissance soil sample lines (Figure 26) were analysed by Niton portable XRF analyser and indicate low order base metal and barium anomalies on the margins of the marker amphibolite. The results of the soil samples were used to help rank the geophysical anomalies. Soil samples have now been received from the laboratory and results are included in appendix 3.

VTEM Survey

A substantial proportion of PL 48/2004 was covered by the recent VTEM survey with a spacing of 150 metres between flight lines.

Interpretation of the preliminary data was undertaken to define targets that were previously known from the low resolution early generation GEOTEM survey, shown on Figure 27. The preliminary VTEM interpretation is shown on Figure 27 and there are 11 named anomalies lying within the area of the tenement flown in the VTEM.

The anomalies identified are all associated with the amphibolite marker and two targets are in close proximity to previous trenching, reported by local farmers to have been excavated for gold.

IP Program

An IP program was attempted but was not successful due to the large amount of graphite present associated with the amphibolite horizon, giving very low resistivities and large error envelopes for the data.

Drilling Program

Drilling was carried out with six holes completed over five separate targets. out of the eleven targets and seventeen holes that have been proposed by the consultant geophysicist.

Graphite and sulphides were present in all holes. Samples have been dispatched to the laboratory for analysis.

==> picture [479 x 571] intentionally omitted <==

Figure 27. PL 48/2004 (red boundary) showing VTEM preliminary results at the same scale as the GEOTEM image below. Stream sediment sample results at + points on the GEOTEM image. Grid is 10 kilometre squares on the GEOTEM image.

Reconnaissance soil lines were sampled over the amphibolite horizon.. Responses from this data suggest a VMS style exhalative horizon may be present.. Further interpretation of the data is in progress on additional lines.

Future Program

Interpretation of the VTEM survey final data is the highest priority task and will be integrated into the existing geochemical data and mineral occurrence data.

It is anticipated that considerably more soil geochemical data will be collected over the 37 km amphibolite horizon to assess its gold potential. Additional conductors identified from the VTEM will be ranked with soil geochemistry and drilled if warranted.

PL 70/2008

No significant work was undertaken during the quarter. Previous soil samples were dispatched to the laboratory and will be further interpreted when reliable results are obtained.

PL360/2008 Mmadinare

Mmadinare Far North Grid

A soils grid (835 samples) was sampled that cuts across both PL 360/2008 and 59/2008 and extends north from PL 46/2004 to cover possible extensions to ultramafic units known and interpreted in PL46/2004. Samples have been dispatched to the laboratory but results have not yet been received. Sample lines are shown on Figure 28.

Future Program

Samples will be interpreted and anomalies, if present will be further assessed if warranted by IP surveys and by drilling.

==> picture [455 x 211] intentionally omitted <==

Figure 28. PL 360/2008 and PL 59/2008 Mmadinare Far North soil grid. Red lines are soil samples, numbers at ends of lines are sample numbers, background image is the Tau image of the 1989 GEOTEM image.

PL158/2009 Lepokole

No field work was undertaken during the quarter.

Image Interpretation

Google Earth Imagery was interpreted and two zones of probable amphibolites were identified within PL 158/2009 Lepokole. These zones are 23 and 7 kms long and aligned in the direction of the Magogaphate Shear Zone (Figure 29). Both belts appear to have carbonate rich soils that may indicate associated amphibolites.

==> picture [479 x 340] intentionally omitted <==

Figure 29. PL158/2009 Lepokole showing Amphibolite belts and drainage pattern.

Future Program

A program of stream sediment samples is proposed that would give comprehensive coverage of these interpreted amphibolite belts.

PL18/2004 Jim’s Luck

Upon advice from IAM Gold Corporation, the Company’s joint venture partner in the Jim’s Luck project that the prospect was uneconomic for the joint venture to continue exploration. BML is presently negotiating the terms of dissolution of the joint venture with IAM Gold Corporation.. BML has formally expressed its interest to IAM Gold Corporation for this Prospecting Licence to be transferred to BML, however BML has become aware that the tenement is no longer registered to IAM Gold Corporation or its subsidiaries. The Company is reviewing this position.

Prospecting Licence Application

A Prospecting Licence (“PL”) application was submitted over a block on the northern boundary of PL 44/2004 that has mapped ultramafics, known gossans and anomalous drainage geochemistry that may be derived from the application area. The application has not yet been determined.

Tenure:

  • The Company’s applications for an extension over PL 111/94 Mokoswane, PL 54/94 Takane and PL 13/2004 Majante were granted by the Department of Geological Survey (“DGS”) in April 2011 for a further period to 31 December 2012.

  • First term renewal applications for PL 70/2008 and for 59/2008 were lodged and awaiting advice from the DGS.

  • The Company intends to lodge extension applications on several of its PL’s that expire on 30th June 2011 but will shed ground of no economic significance for a potential discovery.

  • All other PL’s are in good order.

The information in this report that relates to Exploration Results is based on information compiled by Mr. Peter Temby, a consultant employed by Anpet Exploration Pty Ltd and a member of The Australian Institute of Geoscientists. Mr. Temby has sufficient experience that is relevant to the style of mineralization and type of deposit under consideration and to the activity which he is undertaking to qualify as a Competent Person as defined in the 2004 Edition of the Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves. Mr. Temby consents to the inclusion in this report of matters based on his information in the form and context in which it appears.

APPENDICES

Appendix 1

Shashe East Old Workings Drill Hole Analyses

Appendix 2

Shashe West Reconnaissance Line Soil Sample Results

Appendix 1

Shashe East Old Workings Drill Hole Analyses

Shashe
East Old
Workings
Ag Cu Ni Co Cr Fe Li Mg Pb S Zn
Hole ID SAMPLE From To ppm ppm ppm ppm ppm % ppm % ppm ppm ppm
SERC-001 1053006 5 6 <3 452 189 9.57 173 6.36 8.30 1.44 41 62 30
SERC-001 1053007 6 7 <3 1372 1254 62 1223 7.34 13.6 9.68 80 87 77
SERC-001 1053008 7 8 4.08 1071 262 38 448 6.42 23 3.91 23 78 55
SERC-001 1053009 8 9 8.50 1165 230 52 442 8.13 14.5 4.53 27 75 52
SERC-001 1053010 9 10 5.09 2983 176 54 458 8.57 17.2 4.43 24 77 67
SERC-001 1053011 10 11 15.5 10041 187 28 321 5.38 20 2.53 29 42 58
SERC-001 1053012 11 12 3.61 1362 320 44 820 7.82 26 5.03 31 16 62
SERC-001 1053013 12 13 5.53 3491 137 19.9 268 6.10 39 2.57 33 91 56
SERC-001 1053014 13 14 6.03 1691 29 6.91 25 2.32 18.3 1.03 32 25 13.6
SERC-001 1053015 14 15 22 9772 33 13.6 34 3.62 32 1.97 32 42 43
SERC-001 1053016 15 16 20 34864 38 12.0 28 3.70 31 1.90 29 52 41
SERC-001 1053017 16 17 9.72 3518 33 10.2 32 3.18 28 1.47 22 26 38
SERC-001 1053018 17 18 8.00 9178 13.4 <5 22 2.66 6.06 0.47 17.2 29 22
SERC-001 1053019 18 19 17.0 20076 113 19.9 300 10.9 10.1 2.46 23 169 57
SERC-001 1053021 19 20 6.94 8925 169 26 393 7.04 21 2.76 28 95 71
SERC-001 1053022 20 21 <3 2171 74 <5 41 2.72 8.18 0.50 54 38 43
SERC-001 1053023 21 22 <3 283 13.8 5.40 17.9 1.63 5.69 0.24 36 21 30
SERC-001 1053024 22 23 <3 89 14.9 5.41 13.6 1.48 8.09 0.23 33 <10 30
SERC-002 1054249 46 47 <3 25 11.9 <5 14.3 0.96 <5 0.12 70 20 11.0
SERC-002 1054250 47 48 <3 176 256 14.6 92 3.36 18.0 1.38 612 150 39
SERC-002 1054251 48 49 <3 63 53 23 92 4.40 14.9 2.73 31 105 45
SERC-002 1054252 49 50 <3 1239 49 5.97 27 2.32 9.08 0.37 172 1406 30
SERC-002 1054253 50 51 <3 4368 123 25 135 6.22 23 2.64 153 1722 174
SERC-002 1054254 51 52 <3 331 60 48 54 9.40 18.9 4.25 31 1400 50
SERC-002 1054255 52 53 <3 49 12.4 <5 18.9 1.17 <5 0.17 77 65 14.6
SERC-002 1054256 53 54 <3 37 47 14.3 74 2.91 21 1.74 24 49 53
SERC-002 1054257 54 55 <3 11.8 25 8.76 47 2.14 21 0.95 27 54 19.3
SERC-002 1054258 55 56 <3 <10 100 31 229 5.02 16.3 4.38 23 40 42
<3 <10 <10 <5 <10 0.01 <5 <0.01 <10 <10 <10
Ag Cu Ni Co Cr Fe Mg Pb S Zn
SERC-
006 83 84 <3 301 62 32 133 7.35 1.90 19 154 80
SERC-
006 84 85 <3 316 55 36 92 8.47 2.23 10 177 85
SERC-
006 85 86 <3 306 54 34 85 7.94 2.07 17 258 76
SERC-
006 86 87 <3 332 70 36 87 8.58 2.29 15 144 80
SERC-
006 87 88 <3 320 53 34 81 8.40 2.27 15 176 79
SERC-
006 88 89 <3 297 45 29 68 7.44 1.82 10 166 74
SERC-
006 89 90 <3 283 43 29 62 7.22 1.73 14 143 62
SERC-
006 90 91 <3 283 41 30 63 7.27 1.75 <10 124 80
SERC-
006 91 92 <3 291 49 30 68 7.58 1.87 18 230 69
SERC-
006 92 93 <3 288 45 35 64 7.61 1.90 12 91 76
SERC
007 4 5 <3 915 85 40 28 2.98 0.48 67 51 56
SERC
007 5 6 <3 566 55 5.75 17 1.23 0.12 42 68 <10
SERC
007 6 7 <3 610 81 11.5 16 1.37 0.34 19 41 25
SERC
007 7 8 <3 1052 75 55 157 8.43 1.66 17 53 83
SERC
007 8 9 <3 928 89 58 156 10.3 2.66 15 47 99
SERC
007 9 10 <3 702 73 48 126 9.86 2.49 11 101 87
SERC
007 10 11 <3 349 84 44 131 9.94 2.79 11 167 90
SERC
007 11 12 <3 438 68 45 134 9.21 2.59 10 111 102
SERC
007 12 13 <3 781 87 41 134 9.50 2.26 19 43 94
SERC
007 13 14 <3 422 83 44 131 9.41 2.70 <10 268 86
SERC - 008 25 26 <3 14 397 25 355 3.05 5.02 24 53 59
SERC - 008 26 27 <3 20 1158 75 861 5.39 13.9 21 67 55
SERC - 008 27 28 <3 <10 1383 63 1267 6.50 13.0 13 106 102
SERC - 008 28 29 <3 185 484 41 660 11.2 5.65 26 6617 167
SERC-
009 104 105 <3 11 122 9.98 346 2.13 1.62 18 169 30
SERC-
009 105 106 <3 12 589 47 1405 5.09 8.47 15 150 47
SERC-
009 106 107 <3 61 1038 140 3537 8.16 12.6 17 5032 56
SERC-
009 107 108 <3 25 430 51 1322 4.99 7.80 15 1732 22
SERC-
009 108 109 <3 49 97 12.9 210 2.68 1.76 23 1532 37
SERC-
009 109 110 <3 <10 16 <5 24 1.51 0.41 30 125 32
SERC-
010 47 48 <3 14 98 10.4 204 1.96 1.53 47 71 28
SERC-
010 48 49 <3 23 341 50 1055 5.96 6.98 20 356 49
SERC-
010 49 50 <3 91 547 56 1608 7.55 8.18 24 5320 69
SERC-
010 50 51 <3 140 161 29 556 21 3.17 49 7735 50
SERC-
010 51 52 <3 35 266 8.76 143 7.94 1.01 40 1821 14
SERC-
010 52 53 <3 23 203 30 580 5.34 3.84 30 632 34

Appendix 2

Shashe West Reconnaissance Line Soil Sample Results

Shashe West

Shashe West
Reece Lines
Condition of samples: Acceptable
Samples Received: 01 March 2011
Line 4
551971
7622818
1050961
Line 4
552018
7622818
1050962
Line 4
552069
7622814
1050963
Line 4
552120
7622120
1050964
Line 4
552167
7622793
1050965
Line 4
552222
7622788
1050966
Line 4
552272
7622787
1050967
Line 4
552320
7622775
1050968
Line 4
552371
7622770
1050969
Line 4
552420
7622763
1050970
Line 4
552469
7622755
1050971
Line 4
552520
7622748
1050972
Line 4
552569
7622737
1050973
Line 4
552618
7622736
1050974
Line 4
552670
7622729
1050975
Line 4
552716
7622725
1050976
Line 4
552763
7622710
1050977
Line 4
552811
7622698
1050978
Line 4
552862
7622686
1050979
Line 4
552915
722687
1050980
Line 4
552966
7622683
1050981
Line 4
553014
7622676
1050982
Line 5
556328
7623039
1050932
Line 5
556336
7622989
1050933
Line 5
556026
7622931
1050934
ICP
ICP
ICP
ICP
ICP
ICP
ICP
ICP
ICP
ICP
ICP
ICP
ICP
ICP
ICP
ICP
ICP
ICP
ICP
MS
MS
MS
MS
MS
MS
MS
MS
MS
MS
MS
MS
MS
OES
OES
OES
OES
OES
OES
Elements
Ce
Dy
Er
Eu
Gd
Ho
La
Lu
Nd
Pr
Sm
Tb
Yb
Y
Sc
Ti
V
K
P
Units
ppm
ppm
ppm
ppm
ppm
ppm
ppm
ppm
ppm
ppm
ppm
ppm
ppm
ppm
ppm
%
ppm
%
%
1050961
30.4
3.20
1.68
1.19
3.89
0.56
16.1
0.21
16.1
3.62
4.90
0.50
1.37
9.89
9.15
0.46
125
0.89
0.07
1050962
18.2
1.46
0.82
0.45
1.85
0.26
10.2
0.11
8.96
2.21
2.41
0.22
0.70
6.59
2.73
0.11
21.7
0.64
0.06
1050963
29.4
2.24
1.21
0.73
2.87
0.38
17.8
0.16
14.5
3.56
4.04
0.35
1.02
8.69
4.01
0.15
26.9
1.21
0.09
1050964
26.8
1.84
1.01
0.63
2.35
0.32
12.8
0.13
11.6
2.87
3.37
0.28
0.83
8.19
3.83
0.14
25.5
0.97
0.10
1050965
15.3
1.30
0.73
0.41
1.61
0.24
8.89
0.10
7.74
1.96
2.23
0.20
0.62
6.41
2.36
0.09
16.8
0.61
0.05
1050966
24.9
1.70
0.93
0.57
2.22
0.29
14.5
0.13
11.6
2.90
3.18
0.26
0.80
7.00
3.69
0.14
19.1
1.23
0.06
1050967
23.6
1.72
0.93
0.58
2.18
0.30
13.6
0.12
11.2
2.81
2.99
0.26
0.79
7.65
3.30
0.12
23.9
1.07
0.06
1050968
14.2
1.08
0.60
0.37
1.38
0.19
8.12
<0.1
7.12
1.78
1.97
0.17
0.49
5.82
2.24
0.09
13.7
0.58
0.05
1050969
16.2
1.90
1.01
0.44
1.76
0.35
9.19
0.11
8.05
2.03
2.27
0.27
0.69
10.9
2.46
0.11
60.4
0.67
0.06
1050970
24.1
1.92
1.05
0.58
2.41
0.34
14.0
0.13
11.9
2.94
3.13
0.29
0.85
9.26
3.41
0.11
72.1
0.94
0.07
1050971
39.0
2.24
1.18
1.20
3.82
0.37
22.7
0.16
24.4
5.16
6.47
0.38
1.00
9.47
5.90
0.19
59.1
1.47
0.06
1050972
21.7
1.61
0.90
0.56
2.08
0.28
12.2
0.12
10.6
2.65
3.10
0.25
0.77
8.14
3.47
0.13
34.5
1.15
0.07
1050973
26.0
1.87
1.04
0.63
2.42
0.33
15.7
0.14
12.5
3.12
3.50
0.29
0.89
9.38
4.05
0.15
43.0
1.29
0.09
1050974
33.6
2.35
1.29
0.82
3.07
0.41
20.0
0.18
16.2
4.02
4.64
0.36
1.12
10.3
4.97
0.18
52.3
1.47
0.09
1050975
12.3
0.99
0.57
0.31
1.21
0.18
7.12
0.08
5.93
1.52
1.80
0.15
0.48
6.60
2.20
0.08
12.2
0.56
0.04
1050976
17.5
1.38
0.75
0.41
1.81
0.24
10.6
0.10
8.76
2.17
2.30
0.21
0.62
8.17
2.83
0.09
33.2
0.74
0.06
1050977
17.2
1.27
0.78
0.49
1.85
0.27
13.4
0.13
10.1
2.71
2.20
0.26
0.72
7.13
3.11
0.11
27.1
0.87
0.07
1050978
22.9
1.68
1.04
0.64
2.42
0.34
17.7
0.17
13.6
3.50
2.91
0.33
1.00
7.50
3.71
0.14
30.8
0.96
0.08
1050979
19.0
1.51
0.94
0.55
2.11
0.31
16.3
0.15
11.1
2.97
2.46
0.29
0.88
8.72
3.53
0.13
24.7
0.96
0.07
1050980
27.1
1.91
1.16
0.81
2.74
0.39
22.3
0.20
15.5
4.10
3.46
0.37
1.14
8.74
4.14
0.15
27.4
1.08
0.06
1050981
37.4
2.64
1.70
1.20
3.22
0.55
30.6
0.34
21.0
5.61
4.87
0.49
1.80
12.0
6.34
0.23
38.9
2.02
0.04
1050982
33.4
1.90
1.28
0.94
2.51
0.40
22.5
0.28
14.8
3.95
3.56
0.35
1.45
8.85
4.19
0.12
26.1
1.25
0.03
1050932
49.9
2.68
1.55
1.19
4.05
0.52
34.0
0.29
24.7
6.45
5.34
0.53
1.56
11.7
6.23
0.28
48.4
2.35
0.02
1050933
49.6
3.02
1.78
1.36
4.47
0.59
36.8
0.31
27.4
7.06
5.95
0.59
1.76
13.8
7.91
0.38
66.8
2.73
0.05
1050934
28.9
1.94
1.24
0.81
2.71
0.39
21.2
0.23
15.5
4.05
3.52
0.37
1.31
8.57
6.40
0.20
41.2
1.42
0.03
Shashe
West ICP ICP ICP ICP ICP ICP ICP ICP ICP ICP ICP ICP ICP ICP ICP ICP ICP ICP ICP
Reece
Lines MS MS MS MS MS MS MS MS MS MS MS MS MS OES OES OES OES OES OES
continued Elements Ce Dy Er Eu Gd Ho La Lu Nd Pr Sm Tb Yb Y Sc Ti V K P
Units ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm % ppm % %
Line 5 556026 7622876 1050935 1050935 24.1 1.82 1.18 0.75 2.38 0.38 17.5 0.21 13.0 3.51 3.08 0.34 1.19 9.90 7.23 0.22 41.1 1.74 0.04
Line 5 556026 7622831 1050936 1050936 13.8 1.28 0.84 0.43 1.64 0.27 10.7 0.13 8.06 2.16 1.86 0.24 0.79 7.61 7.06 0.17 42.3 0.81 0.04
Line 5 556026 7622777 1050937 1050937 21.4 1.60 1.02 0.49 2.05 0.33 15.5 0.15 11.1 2.96 2.37 0.30 0.95 8.94 6.84 0.21 35.3 0.71 0.08
Line 5 556026 7622721 1050938 1050938 16.2 1.38 0.86 0.52 1.84 0.28 11.6 0.13 9.55 2.42 2.17 0.26 0.83 6.63 8.77 0.22 48.4 0.61 0.04
SAMPLE SAMPLE Ag Co Cr Cu Fe Li Mg Ni Pb S Ta Ti Zn
X Y ID NO ppm ppm ppm ppm % ppm % ppm ppm ppm ppm % ppm
Line 1 549489 7626615 1050851 SPL0001 <3 17 81 40 2.79 22 0.90 30 15 187 <10 0.45 60
Line 1 549492 7626548 1050852 SPL0002 <3 15 69 34 2.79 20 0.54 31 18 103 <10 0.38 49
Line 1 549488 7626499 1050853 SPL0003 <3 <5 33 11 1.67 12 0.32 <10 20 63 <10 0.19 34
Line 1 549487 7626459 1050854 SPL0004 <3 <5 51 12 2.00 12 0.31 <10 17 68 <10 0.22 44
Line 1 549487 7626409 1050855 SPL0005 <3 <5 27 14 1.76 7.72 0.15 <10 23 61 <10 0.22 18
Line 1 549487 7626360 1050856 SPL0006 <3 6.20 46 17 2.03 11 0.28 13 22 44 <10 0.24 54
Line 1 549488 7626310 1050857 SPL0007 <3 5.54 40 18 1.97 12 0.24 13 18 72 <10 0.23 46
Line 1 549487 7626258 1050858 SPL0008 <3 7.04 49 24 2.94 11 0.30 29 17 61 <10 0.21 69
Line 1 549493 7626208 1050859 SPL0009 <3 7.35 32 22 2.45 12 0.56 19 16 104 <10 0.33 43
Line 1 549545 7626156 1050860 SPL0011 <3 12 44 57 2.46 8.63 0.86 42 14 329 <10 0.18 80
Line 1 549532 7626105 1050861 SPL0012 <3 15 41 86 4.92 7.84 0.73 116 22 292 <10 0.16 284
Line 1 549539 7626056 1050862 SPL0013 <3 10 52 63 6.53 <5 0.32 77 12 192 <10 0.11 201
Line 1 549527 7626008 1050863 SPL0014 <3 8.52 48 78 3.79 5.49 0.54 60 11 331 <10 0.12 221
Line 1 549525 7625958 1050864 SPL0015 <3 8.61 42 54 2.01 5.58 1.36 20 <10 358 <10 0.19 73
Line 1 549523 7625907 1050865 SPL0016 <3 9.21 44 38 2.57 11 2.07 21 <10 226 <10 0.34 64
Line 1 549518 7625857 1050866 SPL0017 <3 5.79 55 16 2.05 8.70 3.65 21 <10 261 <10 0.19 27
Line 1 549515 7625808 1050867 SPL0018 <3 8.67 77 13 1.98 9.42 1.69 28 <10 99 <10 0.21 24
Line 1 549514 7625759 1050868 SPL0019 <3 18 210 26 4.01 14 2.08 50 15 108 <10 0.31 56
Line 1 549507 7625710 1050869 SPL0020 <3 19 119 40 4.57 12 1.22 48 13 92 <10 0.43 62
Line 1 549510 7625660 1050870 SPL0021 <3 7.08 67 29 2.67 6.94 0.66 17 <10 111 <10 0.21 37
Line 1 549504 7625613 1050871 SPL0022 <3 9.39 68 24 2.48 7.10 0.42 17 <10 86 <10 0.23 18
Line 1 549508 7625558 1050872 SPL0023 <3 13 80 35 3.15 11 0.75 56 12 154 <10 0.33 44
Line 1 549503 7625511 1050873 SPL0024 <3 13 87 40 3.56 7.72 0.29 24 <10 51 <10 0.41 27
Line 1 549500 7625461 1050874 SPL0025 <3 8.03 89 30 2.46 <5 0.08 23 <10 54 <10 0.15 <10
Line 1 549481 7625404 1050875 SPL0026 <3 9.56 72 28 2.24 8.77 0.30 27 16 84 <10 0.26 23
Line 1 549480 7625359 1050876 SPL0027 <3 10 63 38 2.33 8.44 0.30 28 16 87 <10 0.29 13
Line 1 549478 7625317 1050877 SPL0028 <3 9.04 104 22 2.14 10 0.48 69 16 97 <10 0.24 35
Line 2 550249 764854 1051000 SPL0029 <3 7.57 65 25 2.45 16 0.36 58 18 89 <10 0.26 51
Line 2 550209 7624837 1051001 SPL0030 <3 7.78 58 28 2.22 13 0.64 37 22 130 <10 0.28 44
Line 2 550161 7624818 1051002 SPL0031 <3 8.75 61 66 2.12 6.11 1.54 38 11 230 <10 0.15 71
Line 2 550117 7624796 1051003 SPL0032 <3 9.49 74 62 2.73 5.93 0.65 56 15 188 <10 0.17 83
Line 2 550074 7624771 1051004 SPL0033 <3 11 77 65 2.46 5.17 0.48 54 13 190 <10 0.14 88
Line 2 550030 7624750 1051005 SPL0034 <3 11 57 56 1.46 <5 1.13 52 12 276 <10 0.13 75
Line 2 549982 7624728 1051006 SPL0035 <3 23 153 56 3.78 17 1.68 74 46 180 <10 0.31 232
Line 2 549937 7624709 1051007 SPL0036 <3 16 77 43 3.48 13 0.50 43 17 85 <10 0.35 52
Line 2 549891 7624691 1051008 SPL0037 <3 15 72 33 3.05 9.77 0.31 37 13 76 <10 0.33 20
SAMPLE SAMPLE Ag Co Cr Cu Fe Li Mg Ni Pb S Ta Ti Zn
X Y ID NO ppm ppm ppm ppm % ppm % ppm ppm ppm ppm % ppm
Line 2 549844 7624679 1051009 SPL0038 <3 12 55 36 2.86 7.63 0.21 29 <10 92 <10 0.28 24
Line 2 549792 7624670 1051010 SPL0039 <3 9.35 62 28 2.50 <5 0.13 24 <10 83 <10 0.24 21
Line 2 549743 7624656 1051011 SPL0040 <3 9.16 76 32 2.57 8.77 0.21 35 12 87 <10 0.33 32
Line 2 549697 7624644 1051012 SPL0041 <3 8.32 63 19 1.65 6.27 0.14 29 14 65 <10 0.25 35
Line 2 549503 7624580 1051017 SPL0042 <3 19 143 26 3.70 19 1.25 73 15 105 <10 0.38 33
Line 2 549459 7624570 1051018 SPL0043 <3 17 92 32 3.69 17 1.37 51 12 95 <10 0.35 28
Line 2 549411 7624553 1051019 SPL0044 <3 21 92 29 4.25 15 1.65 75 11 116 <10 0.38 41
Line 2 549358 7624534 1051020 SPL0045 <3 20 127 28 3.79 18 1.34 64 12 90 <10 0.38 30
Line 2 550707 7624953 1050991 SPL0117 <3 16 104 45 2.76 20 0.50 39 19 108 <10 0.29 48
Line 2 550632 7624974 1050992 SPL0118 <3 9.51 49 27 1.98 13 0.30 15 23 128 <10 0.24 24
Line 2 550590 7624865 1050993 SPL0119 <3 11 66 37 2.41 22 0.57 21 19 133 <10 0.28 31
Line 2 550482 7624957 1050995 SPL0120 <3 8.16 67 26 2.25 20 0.38 19 21 148 <10 0.23 18
Line 3 551128 7627615 1050671 SPL0047 <3 <5 19 <10 0.45 <5 0.02 <10 <10 <10 <10 0.03 20
Line 3 551156 7622578 1050672 SPL0048 <3 <5 43 10 1.77 5.41 0.12 15 18 71 <10 0.18 31
Line 3 551188 7622543 1050673 SPL0049 <3 5.33 118 14 2.18 <5 0.11 17 20 108 <10 0.20 28
Line 3 551223 7622507 1050674 SPL0050 <3 <5 36 <10 1.67 <5 0.07 19 16 117 <10 0.13 19
Line 3 551257 7622471 1050675 SPL0051 <3 <5 35 <10 1.32 <5 0.06 <10 19 31 <10 0.12 <10
Line 3 551290 7622434 1050676 SPL0052 <3 <5 35 <10 1.78 5.39 0.13 <10 16 35 <10 0.18 21
Line 3 551320 7622391 1050677 SPL0053 <3 13 45 22 3.03 12 0.72 33 13 101 <10 0.26 45
Line 3 551357 7622353 1050678 SPL0054 <3 14 55 23 3.41 5.99 0.63 40 <10 91 <10 0.23 39
Line 3 551393 7622320 1050679 SPL0055 <3 16 42 34 3.89 10 0.87 48 <10 171 <10 0.25 104
Line 3 551425 7622283 1050681 SPL0057 <3 9.74 55 56 2.74 9.19 1.66 77 <10 216 <10 0.09 127
Line 3 551468 7622255 1050682 SPL0058 <3 13 70 73 4.97 11 0.83 102 14 816 <10 0.17 180
Line 3 551501 7622210 1050683 SPL0059 <3 7.66 55 45 2.90 5.33 0.35 35 <10 316 <10 0.08 73
Line 3 551526 7622172 1050684 SPL0060 <3 7.38 61 20 2.32 8.16 0.40 29 <10 91 <10 0.11 26
Line 3 551565 7622138 1050685 SPL0061 <3 12 67 22 1.95 15 1.32 26 <10 191 <10 0.15 26
Line 3 551594 7622099 1050686 SPL0062 <3 17 86 32 3.33 33 2.99 51 14 133 <10 0.32 77
Line 3 551629 7622061 1050687 SPL0063 <3 13 53 29 2.52 16 2.18 29 <10 183 <10 0.18 21
Line 3 551657 7622021 1050688 SPL0064 <3 25 104 61 4.07 20 1.02 61 18 115 <10 0.41 56
Line 3 551689 7621988 1050689 SPL0065 <3 21 90 47 3.65 13 0.79 46 15 89 <10 0.37 33
Line 3 551730 7621953 1050690 SPL0066 <3 22 64 36 4.23 17 1.74 48 13 190 <10 0.44 34
Line 3 551758 7621912 1050691 SPL0067 <3 16 65 31 3.13 13 1.01 41 <10 102 <10 0.30 23
Line 3 551795 7621877 1050692 SPL0068 <3 19 67 33 3.74 16 1.18 57 10 141 <10 0.32 31
Line 3 551823 7621834 1050693 SPL0069 <3 5.27 32 29 2.45 6.42 0.12 31 <10 48 <10 0.12 <10
Line 3 551861 7621801 1050694 SPL0070 <3 22 83 53 4.27 12 0.70 55 11 80 <10 0.54 31
Line 3 551895 7621766 1050695 SPL0071 <3 7.46 37 41 2.75 10 0.14 26 <10 34 <10 0.22 14
Line 3 551927 7621723 1050696 SPL0072 <3 10 54 28 2.99 8.66 0.30 36 11 25 <10 0.26 20
Line 3 551960 7621694 1050697 SPL0073 <3 15 64 33 2.28 7.24 0.32 41 <10 35 <10 0.15 <10
SAMPLE SAMPLE Ag Co Cr Cu Fe Li Mg Ni Pb S Ta Ti Zn
X Y ID NO ppm ppm ppm ppm % ppm % ppm ppm ppm ppm % ppm
Line 4 551386 7622931 1050949 SPL0074 <3 13 73 26 3.02 8.77 0.72 33 11 77 <10 0.32 15
Line 4 551425 7622800 1050950 SPL0075 <3 11 40 26 2.81 9.67 0.51 32 19 91 <10 0.23 34
Line 4 551479 7622894 1050951 SPL0076 <3 <5 23 10 2.64 5.10 0.13 13 16 46 <10 0.16 27
Line 4 551531 7622895 1050952 SPL0077 <3 <5 36 <10 1.78 <5 0.09 25 19 35 <10 0.15 15
Line 4 551575 7622888 1050953 SPL0078 <3 <5 108 <10 2.20 <5 0.06 15 13 42 <10 0.16 <10
Line 4 551624 7622886 1050954 SPL0079 <3 5.07 28 <10 2.27 5.05 0.12 11 14 40 <10 0.23 20
Line 4 551673 7622868 1050955 SPL0080 <3 6.76 28 18 2.71 6.87 0.17 23 11 60 <10 0.27 14
Line 4 551719 7622864 1050956 SPL0081 <3 12 40 21 3.39 12 0.36 27 19 98 <10 0.39 29
Line 4 551773 7622856 1050957 SPL0082 <3 16 66 28 4.27 11 0.57 38 19 96 <10 0.51 42
Line 4 551825 7622844 1050958 SPL0083 <3 6.88 64 34 2.86 8.08 0.37 29 11 241 <10 0.25 33
Line 4 551872 7622835 1050959 SPL0084 <3 19 59 29 4.18 9.43 1.28 59 14 101 <10 0.43 67
Line 4 551919 7622827 1050960 SPL0085 <3 18 69 51 4.55 7.73 1.04 45 <10 146 <10 0.36 50
Line 4 551971 7622818 1050961 SPL0086 <3 30 42 32 5.55 13 1.65 42 14 152 <10 0.56 70
Line 4 552018 7622818 1050962 SPL0087 <3 7.81 59 31 1.70 18 8.09 38 <10 278 <10 0.12 47
Line 4 552069 7622814 1050963 SPL0088 <3 7.20 35 28 1.65 11 4.80 31 <10 274 <10 0.17 55
Line 4 552120 7622120 1050964 SPL0089 <3 7.21 73 29 1.68 8.67 5.47 20 <10 361 <10 0.15 33
Line 4 552167 7622793 1050965 SPL0090 <3 5.18 19 20 1.09 8.45 7.78 23 <10 245 <10 0.10 42
Line 4 552222 7622788 1050966 SPL0091 <3 7.40 34 17 1.15 12 4.71 25 <10 338 <10 0.13 32
Line 4 552272 7622787 1050967 SPL0092 <3 <5 62 33 1.30 15 5.96 26 <10 391 <10 0.13 54
Line 4 552320 7622775 1050968 SPL0093 <3 5.88 24 20 0.78 6.96 7.65 17 <10 328 <10 0.10 41
Line 4 552371 7622770 1050969 SPL0094 <3 11 49 32 5.59 5.77 5.18 271 15 420 <10 0.11 557
Line 4 552420 7622763 1050970 SPL0095 <3 9.05 43 61 4.11 6.49 3.34 115 12 497 <10 0.12 254
Line 4 552469 7622755 1050971 SPL0096 <3 8.40 65 60 1.47 8.82 1.45 31 <10 1146 <10 0.19 19
Line 4 552520 7622748 1050972 SPL0097 <3 8.34 74 35 1.30 7.73 3.77 25 11 354 <10 0.13 60
Line 4 552569 7622737 1050973 SPL0098 <3 10 77 48 1.62 8.05 2.48 45 11 478 <10 0.15 66
Line 4 552618 7622736 1050974 SPL0099 <3 7.60 77 48 2.18 8.08 1.40 36 14 471 <10 0.17 79
Line 4 552670 7622729 1050975 SPL0100 <3 <5 82 30 0.74 6.42 5.44 25 <10 274 <10 0.08 36
Line 4 552716 7622725 1050976 SPL0101 <3 7.41 83 63 1.56 7.28 2.51 26 <10 395 <10 0.08 45
Line 4 552763 7622710 1050977 SPL0102 <3 8.41 50 32 1.18 7.91 3.22 24 <10 397 <10 0.10 51
Line 4 552811 7622698 1050978 SPL0103 <3 8.14 81 42 2.08 6.31 1.66 30 12 440 <10 0.12 61
Line 4 552862 7622686 1050979 SPL0104 <3 8.58 70 29 1.44 6.23 1.97 30 <10 477 <10 0.12 39
Line 4 552915 722687 1050980 SPL0105 <3 11 67 37 1.74 7.83 2.27 29 <10 319 <10 0.15 31
Line 4 552966 7622683 1050981 SPL0107 <3 12 72 36 2.39 9.64 1.28 62 19 194 <10 0.23 56
Line 4 553014 7622676 1050982 SPL0108 <3 9.80 55 26 1.57 7.53 0.69 24 13 198 <10 0.11 21
Line 4 553065 7622661 1050983 SPL0109 <3 13 86 25 2.54 12 0.89 32 20 119 <10 0.17 44
Line 4 553108 7622658 1050984 SPL0110 <3 14 114 34 2.64 13 1.03 34 20 162 <10 0.18 46
Line 4 553157 7622636 1050985 SPL0111 <3 13 92 38 2.11 18 1.44 45 18 257 <10 0.19 46
Line 4 553206 7622625 1050986 SPL0112 <3 11 70 24 1.98 13 0.59 29 21 108 <10 0.21 31
SAMPLE SAMPLE Ag Co Cr Cu Fe Li Mg Ni Pb S Ta Ti Zn
X Y ID NO ppm ppm ppm ppm % ppm % ppm ppm ppm ppm % ppm
Line 4 553255 7622618 1050987 SPL0113 <3 15 72 34 2.55 14 0.77 23 18 184 <10 0.30 44
Line 4 553306 7622609 1050988 SPL0114 <3 9.32 84 24 1.96 12 0.58 27 18 129 <10 0.17 36
Line 4 553353 7622595 1050989 SPL0115 <3 16 94 29 2.56 18 0.73 37 20 174 <10 0.26 40
Line 4 553402 7622587 1050990 SPL0116 <3 7.98 63 19 1.69 11 0.24 17 16 85 <10 0.15 25
Line 5 556026 7623426 1050924 SPL0121 <3 27 102 92 4.19 23 0.58 44 17 167 <10 0.94 58
Line 5 556028 7623396 1050925 SPL0122 <3 21 90 57 3.46 16 0.57 31 16 126 <10 0.97 37
Line 5 556039 7623346 1050926 SPL0123 <3 11 86 20 2.48 16 0.25 25 19 117 <10 0.37 19
Line 5 556042 7623300 1050927 SPL0124 <3 13 64 23 2.44 13 0.29 21 20 83 <10 0.34 26
Line 5 556026 7623245 1050928 SPL0125 <3 8.08 83 15 1.93 11 0.21 17 23 116 <10 0.30 16
Line 5 556036 7623192 1050929 SPL0126 <3 7.67 79 20 2.31 12 0.25 16 23 117 <10 0.28 19
Line 5 556126 7623141 1050930 SPL0127 <3 16 101 32 2.93 17 0.85 39 20 151 <10 0.39 43
Line 5 556136 7623085 1050931 SPL0128 <3 15 109 29 2.65 11 0.88 32 21 129 <10 0.29 36
Line 5 556328 7623039 1050932 SPL0129 <3 14 90 24 2.83 11 1.01 20 19 125 <10 0.28 30
Line 5 556336 7622989 1050933 SPL0130 <3 14 91 25 3.10 11 1.12 23 19 166 <10 0.34 31
Line 5 556026 7622931 1050934 SPL0131 <3 13 80 29 2.66 9.52 0.81 19 12 218 <10 0.20 15
Line 5 556026 7622876 1050935 SPL0132 <3 15 215 39 2.58 13 1.39 32 13 261 <10 0.20 25
Line 5 556026 7622831 1050936 SPL0133 <3 10 99 29 2.06 6.61 1.13 21 <10 243 <10 0.15 <10
Line 5 556026 7622777 1050937 SPL0134 <3 16 86 63 2.45 32 5.74 37 <10 299 <10 0.19 48
Line 5 556026 7622721 1050938 SPL0135 <3 12 100 31 2.43 5.07 0.96 24 <10 126 <10 0.21 21
Line 5 556026 722658 1050939 SPL0136 <3 8.03 49 18 1.63 <5 0.53 <10 <10 67 <10 0.17 19
Line 5 556026 7622610 1050940 SPL0137 <3 16 114 36 2.98 7.42 1.08 26 <10 83 <10 0.24 24
Line 5 556027 7622558 1050941 SPL0139 <3 17 80 66 2.61 12 2.68 56 <10 254 <10 0.17 26
Line 5 556026 7622495 1050942 SPL0140 <3 14 151 39 2.60 8.00 1.34 55 <10 161 <10 0.17 28
Line 5 556026 7622421 1050943 SPL0141 <3 7.77 55 19 1.34 5.08 0.26 12 <10 120 <10 0.13 <10
Line 5 556034 7622352 1050944 SPL0142 <3 11 70 17 1.71 6.38 0.37 18 <10 110 <10 0.16 <10
Line 5 556085 7622321 1050945 SPL0143 <3 10 58 21 2.00 6.04 0.27 20 <10 124 <10 0.14 <10
Line 5 556127 7622296 1050946 SPL0144 <3 10 66 11 1.42 11 0.43 <10 15 80 <10 0.14 <10
Line 5 556169 7622275 1050947 SPL0145 <3 13 141 15 2.38 14 0.97 37 <10 93 <10 0.20 16
Line 6 556841 7622605 1050901 SPL0146 <3 13 144 26 2.64 13 0.67 39 <10 109 <10 0.17 <10
Line 6 556851 7622606 1050902 SPL0147 <3 12 137 27 2.82 11 0.56 25 <10 210 <10 0.16 <10
Line 6 556903 7622626 1050903 SPL0148 <3 10 60 30 2.27 10 0.42 23 22 99 <10 0.16 12
Line 6 556944 7622655 1050904 SPL0149 <3 9.06 56 19 2.06 <5 0.14 <10 <10 129 <10 0.10 <10
Line 6 556983 7622686 1050905 SPL0150 <3 13 52 27 2.12 13 3.43 16 10 197 <10 0.18 12
Line 6 557012 7622728 1050906 SPL0151 <3 15 76 57 3.10 16 1.96 44 13 144 <10 0.21 84
Line 6 557035 7622767 1050907 SPL0152 <3 20 67 26 3.22 21 0.77 44 21 94 <10 0.13 18
Line 6 557066 7622820 1050908 SPL0153 <3 12 71 23 2.68 22 3.70 13 14 137 <10 0.17 37
Line 6 557097 7622865 1050909 SPL0154 <3 16 94 36 3.34 24 1.94 51 19 186 <10 0.24 105
Line 6 557129 7622904 1050910 SPL0155 <3 23 76 26 3.01 21 0.81 42 23 132 <10 0.14 21
SAMPLE SAMPLE Ag Co Cr Cu Fe Li Mg Ni Pb S Ta Ti Zn
X Y ID NO ppm ppm ppm ppm % ppm % ppm ppm ppm ppm % ppm
Line 6 557191 7622912 1050911 SPL0156 <3 15 70 20 2.80 18 1.16 18 13 137 <10 0.17 24
Line 6 557226 7622948 1050912 SPL0157 <3 22 124 23 5.29 40 0.76 44 22 72 <10 0.31 84
Line 6 557256 7622960 1050913 SPL0158 <3 15 102 24 3.35 20 0.67 20 18 138 <10 0.17 34
Line 6 557299 7623014 1050914 SPL0159 <3 29 108 27 4.16 20 2.51 29 24 211 <10 0.23 49
Line 6 557335 7623046 1050915 SPL0160 <3 18 102 22 3.94 34 1.63 33 23 130 <10 0.29 53
Line 6 557375 7623081 1050916 SPL0161 <3 23 174 40 4.47 34 1.22 81 18 209 <10 0.33 49
Line 6 557407 7623118 1050917 SPL0162 <3 14 97 18 3.36 31 0.83 49 20 142 <10 0.26 35
Line 6 557444 7623152 1050918 SPL0163 <3 12 140 14 2.38 17 0.83 31 14 130 <10 0.18 20
Line 6 557477 7623189 1050919 SPL0164 <3 10 87 19 2.91 23 0.38 35 20 139 <10 0.24 33
Line 6 557513 7623229 1050920 SPL0166 <3 12 130 36 3.01 22 0.51 43 25 223 <10 0.32 70
Line 6 557558 7623258 1050921 SPL0167 <3 12 73 27 2.80 22 0.50 34 21 198 <10 0.41 39
Line 6 557601 7623279 1050922 SPL0168 <3 12 127 29 3.05 22 0.64 42 13 159 <10 0.43 46
Line 6 557648 7623295 1050923 SPL0169 <3 14 209 30 2.75 22 0.76 39 20 253 <10 0.45 50
Line 7 557368 7622315 1051022 SPL0170 <3 9.51 123 48 1.75 15 1.52 29 18 474 <10 0.16 92
Line 7 557430 7622335 1051023 SPL0171 <3 12 103 16 1.91 15 0.92 25 14 217 <10 0.15 35
Line 7 557477 7622353 1051024 SPL0172 <3 13 61 20 1.75 13 1.00 32 11 217 <10 0.11 31
Line 7 557522 7622373 1051025 SPL0173 <3 20 82 19 1.85 13 2.42 45 14 178 <10 0.12 29
Line 7 557572 7622385 1051026 SPL0174 <3 9.50 83 26 2.38 16 0.36 32 <10 168 <10 0.15 46
Line 7 557613 7622399 1051027 SPL0175 <3 9.56 88 23 2.32 20 0.47 39 16 229 <10 0.18 50
Line 7 557670 7622404 1051028 SPL0176 <3 9.73 123 22 2.43 20 0.32 29 18 123 <10 0.19 33
Line 7 557721 7622412 1051029 SPL0177 <3 10 123 23 2.54 19 0.34 34 15 163 <10 0.17 27
Line 7 557765 7622407 1051030 SPL0178 <3 14 100 24 2.99 27 0.96 43 22 230 <10 0.29 44
Line 7 557820 7622402 1051031 SPL0179 <3 14 108 34 2.98 25 1.07 38 17 299 <10 0.29 79
Line 7 557868 7622409 1051032 SPL0180 <3 12 58 17 2.37 21 0.75 33 14 203 <10 0.21 28
Line 7 557921 7622417 1051033 SPL0181 <3 13 70 19 2.77 18 1.17 32 16 169 <10 0.29 43
Line 7 557971 7622421 1051034 SPL0182 <3 13 77 19 2.59 18 1.74 27 <10 184 <10 0.30 36
Line 7 558020 7622434 1051035 SPL0183 <3 15 46 11 2.26 13 1.67 40 12 159 <10 0.26 34
Line 7 558067 7622435 1051036 SPL0184 <3 11 40 24 2.34 8.24 1.55 23 <10 203 <10 0.29 37
Line 7 558125 7622444 1051037 SPL0185 <3 28 67 39 5.33 11 2.31 63 14 178 <10 0.66 67
Line 7 558170 7622441 1051038 SPL0186 <3 31 89 54 5.99 11 1.91 55 13 120 <10 0.81 64
Line 7 558221 7622439 1051039 SPL0187 <3 39 101 100 6.38 20 1.47 64 21 152 <10 0.71 85
Line 7 558271 7622443 1051040 SPL0188 <3 35 93 53 6.03 11 1.44 49 13 116 <10 0.78 66
Line 7 558321 7622447 1051041 SPL0190 <3 31 105 33 5.51 14 1.36 64 17 167 <10 0.65 59
Line 7 558371 7622444 1051042 SPL0191 <3 22 48 24 4.22 12 1.19 56 19 102 <10 0.43 36
Line 7 558423 7622441 1051043 SPL0192 <3 18 61 22 3.37 16 0.97 49 20 98 <10 0.34 39
Line 7 558473 7622439 1051044 SPL0193 <3 7.08 43 26 2.52 17 0.33 42 31 78 <10 0.25 44
Line 7 558523 7622441 1051045 SPL0194 <3 7.12 106 14 2.54 15 0.27 47 27 89 <10 0.25 52
Line 7 558569 7622424 1051046 SPL0195 <3 5.91 50 14 2.06 11 0.21 19 29 87 <10 0.22 48
SAMPLE SAMPLE Ag Co Cr Cu Fe Li Mg Ni Pb S Ta Ti Zn
X Y ID NO ppm ppm ppm ppm % ppm % ppm ppm ppm ppm % ppm
Line 8 558134 7625386 1050438 SPL0196 <3 <5 101 13 2.02 <5 0.08 46 <10 66 <10 0.10 36
Line 8 558143 7625358 1050439 SPL0197 <3 <5 43 14 2.32 6.99 0.14 38 19 86 <10 0.19 50
Line 8 558150 7625309 1050441 SPL0199 <3 8.90 44 15 2.30 19 0.47 51 22 136 <10 0.28 47
Line 8 558167 7625261 1050442 SPL0200 <3 9.77 38 19 2.34 12 0.28 43 24 136 <10 0.29 64
Line 8 558177 7625215 1050443 SPL0201 <3 9.14 103 20 2.51 13 0.31 62 23 125 <10 0.33 46
Line 8 558182 7625165 1050444 SPL0202 <3 5.23 64 17 2.05 7.98 0.11 32 29 105 <10 0.22 45
Line 8 558194 7625116 1050445 SPL0203 <3 9.53 38 19 2.66 18 0.32 30 20 245 <10 0.31 69
Line 8 558208 7625069 1050446 SPL0204 <3 9.47 39 22 3.01 18 0.37 32 17 134 <10 0.37 64
Line 8 558219 7625020 1050447 SPL0205 <3 9.26 76 19 3.02 17 0.40 40 17 96 <10 0.41 63
Line 8 558231 7624972 1050448 SPL0206 <3 62 45 63 10.38 14 2.56 79 12 120 <10 1.18 152
Line 8 558240 7624919 1050449 SPL0207 <3 29 41 166 6.97 14 1.62 62 <10 253 <10 1.64 106
Line 8 558252 7624877 1050450 SPL0208 <3 7.36 115 29 2.00 12 0.22 54 <10 69 <10 0.11 41
Line 8 558270 7624821 1050651 SPL0209 <3 5.09 49 23 1.35 11 0.17 28 <10 76 <10 0.09 36
Line 8 558274 7624776 1050652 SPL0210 <3 8.59 57 30 2.31 15 0.27 33 <10 117 <10 0.12 40
Line 8 558280 7624714 1050653 SPL0211 <3 10 159 36 2.18 12 0.24 76 <10 88 <10 0.12 44
Line 8 558303 7624668 1050654 SPL0212 <3 15 86 32 3.30 20 0.61 58 14 100 <10 0.32 59
Line 8 558316 7624629 1050655 SPL0213 <3 9.41 47 25 2.96 14 0.36 35 18 105 <10 0.32 68
Line 8 558323 7624581 1050656 SPL0214 <3 7.99 53 27 2.76 13 0.55 41 19 142 <10 0.29 59
Line 8 558337 7624534 1050657 SPL0215 <3 11 64 34 2.78 16 1.59 38 17 241 <10 0.23 69
Line 8 558342 7624483 1050658 SPL0216 <3 18 93 37 3.79 24 1.10 47 18 220 <10 0.28 95
Line 8 558363 7624439 1050659 SPL0217 <3 8.90 49 38 2.24 11 0.85 43 12 252 <10 0.13 57
Line 8 558376 7624389 1050661 SPL0219 <3 10 36 35 2.04 9.95 3.57 36 <10 382 <10 0.24 61
Line 8 558357 7624332 1050662 SPL0220 <3 9.17 100 25 2.91 12 1.02 42 12 165 <10 0.37 73
Line 8 558395 7624278 1050663 SPL0221 <3 13 74 37 3.38 16 1.00 67 18 159 <10 0.40 91
Line 8 558408 7624243 1050664 SPL0222 <3 12 49 26 2.87 14 1.03 25 16 158 <10 0.30 91
Line 8 558416 7624194 1050665 SPL0223 <3 10 47 29 3.18 16 0.67 19 14 110 <10 0.39 78
Line 8 558426 7624146 1050666 SPL0224 <3 7.20 38 23 2.93 18 0.50 18 18 122 <10 0.31 63
Line 8 558441 7624097 1050667 SPL0225 <3 8.54 48 23 2.89 18 0.42 40 24 113 <10 0.28 65
Line 9 569024 7618800 1050611 SPL0226 <3 7.12 88 27 2.12 13 0.25 24 24 122 <10 0.16 37
Line 9 568985 7618816 1050612 SPL0227 <3 6.25 177 25 2.13 11 0.25 41 26 74 <10 0.19 38
Line 9 568932 7618828 1050613 SPL0228 <3 8.64 72 47 2.04 11 0.22 53 25 101 <10 0.19 41
Line 9 568900 768838 1050614 SPL0229 <3 14 40 27 2.52 19 0.72 39 12 149 <10 0.27 40
Line 9 568850 7618851 1050615 SPL0230 <3 9.52 39 24 2.81 20 0.36 24 19 123 <10 0.32 50
Line 9 568805 7618859 1050616 SPL0231 <3 <5 32 14 1.48 5.88 0.09 13 18 77 <10 0.11 30
Line 9 568757 7618863 1050617 SPL0232 <3 <5 20 18 1.49 7.32 0.10 39 33 85 <10 0.11 34
Line 9 568692 7618883 1050618 SPL0233 <3 8.29 60 21 1.58 6.26 0.11 92 27 138 <10 0.16 29
Line 9 568459 7618976 1050624 SPL0235 <3 15 32 28 2.04 11 2.90 66 12 244 <10 0.15 54
Line 9 568409 7618979 1050625 SPL0236 <3 13 55 36 2.63 24 1.03 40 19 264 <10 0.21 47
SAMPLE SAMPLE Ag Co Cr Cu Fe Li Mg Ni Pb S Ta Ti Zn
X Y ID NO ppm ppm ppm ppm % ppm % ppm ppm ppm ppm % ppm
Line 9 568377 7618986 1050626 SPL0237 <3 17 64 41 3.09 27 0.79 51 20 59 <10 0.25 51
Line 9 568325 7618994 1050627 SPL0238 <3 8.02 91 17 2.59 13 0.27 49 <10 124 <10 0.15 36
Line 9 568285 7619023 1050628 SPL0239 <3 7.62 40 14 2.26 13 0.19 54 <10 102 <10 0.15 30
Line 9 568234 7619028 1050629 SPL0240 <3 7.99 33 18 2.00 15 0.17 96 <10 154 <10 0.13 45
Line 9 568181 7619041 1050630 SPL0241 <3 6.32 27 10 1.65 10 0.14 26 <10 81 <10 0.11 30
Line 9 568145 7619072 1050631 SPL0242 <3 8.67 51 24 1.90 15 0.55 51 13 129 <10 0.13 44
Line 9 568101 7619101 1050632 SPL0243 <3 <5 27 15 1.24 18 0.61 29 <10 129 <10 0.09 40
Line 9 568055 7619142 1050633 SPL0244 <3 5.44 10 13 0.77 5.78 8.09 37 <10 248 <10 0.08 40
Line 9 568010 7619162 1050634 SPL0245 <3 9.53 33 25 1.88 16 3.70 42 18 269 <10 0.16 58
Line 9 567967 7619185 1050635 SPL0246 <3 6.88 17 20 1.36 9.75 7.19 32 10 309 <10 0.11 49
Line 9 567919 7619186 1050636 SPL0247 <3 26 23 46 4.91 27 3.23 32 <10 232 <10 0.38 64
Line 9 567864 7619192 1050637 SPL0248 <3 6.74 16 25 0.84 7.38 7.67 33 <10 266 <10 0.09 47
Line 9 567813 7619195 1050638 SPL0249 <3 7.61 36 26 1.34 9.72 6.64 27 11 298 <10 0.14 56
Line 9 567766 7619212 1050639 SPL0250 <3 6.80 20 41 1.22 7.02 6.41 31 <10 288 <10 0.14 42
Line 9 567677 7619258 1050641 SPL0252 <3 11 25 41 1.80 8.99 4.54 35 <10 377 <10 0.16 34
Line 9 567623 7619270 1050642 SPL0253 <3 15 33 49 3.07 6.52 1.81 53 <10 220 <10 0.27 55
Line 9 567579 7619284 1050643 SPL0254 <3 34 65 43 6.00 11 2.98 76 14 134 <10 0.61 72
Line 9 567530 7619292 1050644 SPL0255 <3 12 22 32 2.49 9.74 0.62 42 34 117 <10 0.27 38
Line 9 567483 7619303 1050645 SPL0256 <3 9.44 68 19 2.79 13 0.62 87 27 110 <10 0.30 34
Line 9 567434 7619317 1050646 SPL0257 <3 9.81 33 15 2.26 12 0.43 22 22 121 <10 0.22 45
Line 9 567390 7619339 1050647 SPL0258 <3 9.31 23 11 2.27 18 0.98 26 14 212 <10 0.28 36
Line 9 567336 7619361 1050648 SPL0259 <3 7.74 34 13 2.05 11 0.38 23 22 80 <10 0.31 57
Line 9 567294 7619361 1050649 SPL0260 <3 7.82 22 <10 1.66 7.77 0.38 17 14 110 <10 0.17 19
Line 10 567329 7615183 1050483 SPL0261 <3 <5 58 <10 1.58 5.83 0.09 30 25 99 <10 0.10 14
Line 10 567310 7615193 1050484 SPL0262 <3 8.45 25 11 1.81 16 0.26 22 31 93 <10 0.25 32
Line 10 567269 765222 1050485 SPL0263 <3 8.51 49 16 1.91 24 0.47 37 18 131 <10 0.24 27
Line 10 567227 7615245 1050486 SPL0264 <3 5.94 25 19 1.72 11 0.16 23 18 105 <10 0.14 23
Line 10 567183 7615277 1050487 SPL0265 <3 <5 22 <10 1.10 6.03 0.06 17 28 67 <10 0.10 28
Line 10 567142 7615303 1050488 SPL0266 <3 6.41 40 14 1.31 8.65 0.10 <10 35 65 <10 0.17 25
Line 10 567098 7615332 1050489 SPL0267 <3 <5 27 <10 1.02 7.09 0.07 14 38 74 <10 0.15 23
Line 10 567062 7615358 1050490 SPL0268 <3 5.37 45 16 1.29 11 0.15 22 39 80 <10 0.22 28
Line 10 567017 7615384 1050491 SPL0269 <3 <5 51 24 1.06 7.28 0.12 27 33 60 <10 0.14 27
Line 10 566972 7615413 1050492 SPL0270 <3 6.57 23 17 0.98 11 4.70 20 <10 265 <10 0.12 49
Line 10 566933 7615439 1050493 SPL0271 <3 <5 19 22 0.77 <5 0.15 <10 44 68 <10 0.06 58
Line 10 566890 7615465 1050494 SPL0272 <3 6.00 15 20 1.01 11 0.25 25 30 68 <10 0.08 30
Line 10 566849 7615494 1050495 SPL0273 <3 12 62 30 2.71 23 0.68 38 30 99 <10 0.26 59
Line 10 566807 7615523 1050496 SPL0274 <3 14 77 31 2.76 26 0.64 48 28 88 <10 0.26 47
Line 10 566764 7615549 1050497 SPL0275 <3 7.56 66 31 1.69 16 0.62 40 15 113 <10 0.13 82
SAMPLE SAMPLE Ag Co Cr Cu Fe Li Mg Ni Pb S Ta Ti Zn
X Y ID NO ppm ppm ppm ppm % ppm % ppm ppm ppm ppm % ppm
Line 10 566724 7615575 1050498 SPL0276 <3 18 55 41 3.39 22 1.10 40 26 137 <10 0.35 64
Line 10 566683 7615605 1050499 SPL0277 <3 23 80 44 4.94 14 1.21 49 18 109 <10 0.53 73
Line 10 566641 7615631 1050500 SPL0278 <3 15 49 37 3.63 8.71 0.58 35 <10 112 <10 0.36 46
Line 10 566599 7615657 1050601 SPL0280 <3 17 53 40 3.45 8.99 0.74 66 26 221 <10 0.45 111
Line 10 566556 7615686 1050602 SPL0281 <3 6.49 28 21 2.04 9.20 0.22 15 32 136 <10 0.35 56
Line 10 566514 7615712 1050603 SPL0282 <3 5.05 26 14 1.59 11 0.14 12 38 91 <10 0.29 38
Line 10 566473 7615739 1050604 SPL0283 <3 <5 37 <10 1.16 8.68 0.09 19 53 66 <10 0.20 26
Line 10 566429 7615767 1050605 SPL0284 <3 5.29 32 16 1.52 11 0.12 12 38 95 <10 0.22 32
Line 10 566389 7615794 1050606 SPL0285 <3 <5 33 22 1.12 7.76 0.07 18 51 164 <10 0.16 70
Line 10 566347 7615823 1050607 SPL0286 <3 <5 23 11 1.16 8.50 0.09 <10 47 90 <10 0.17 18
Line 10 566304 7615849 1050608 SPL0287 <3 <5 30 10 1.27 14 0.12 16 47 94 <10 0.18 30
Line 10 566262 7615874 1050609 SPL0288 <3 5.92 32 16 1.56 9.79 0.09 12 49 77 <10 0.20 25
Line 10 566227 7615897 1050610 SPL0289 <3 <5 51 23 0.90 6.77 0.06 16 44 56 <10 0.11 <10
Line 11 566049 7615339 1050451 SPL0290 <3 8.47 68 25 1.74 12 0.49 27 28 74 <10 0.25 39
Line 11 566073 7615317 1050452 SPL0291 <3 6.39 72 32 1.92 16 0.21 30 32 87 <10 0.20 10
Line 11 566109 7615291 1050453 SPL0292 <3 5.60 41 23 1.39 12 0.11 22 37 36 <10 0.16 21
Line 11 566147 7615263 1050454 SPL0293 <3 6.58 45 28 1.79 14 0.19 24 32 99 <10 0.24 20
Line 11 566188 7615232 1050455 SPL0294 <3 6.06 40 36 1.68 12 0.15 27 40 130 <10 0.24 39
Line 11 566233 7615197 1050456 SPL0295 <3 5.37 37 25 1.61 11 0.15 21 39 80 <10 0.24 26
Line 11 566270 7615169 1050457 SPL0296 <3 7.46 43 30 2.19 12 0.23 22 42 73 <10 0.27 25
Line 11 566314 7615138 1050458 SPL0297 <3 8.81 33 23 2.52 8.36 0.36 40 20 82 <10 0.23 35
Line 11 566346 7615111 1050459 SPL0298 <3 11 42 37 2.19 12 0.54 26 37 62 <10 0.19 20
Line 11 566387 7615082 1050461 SPL0300 <3 21 34 62 3.99 11 1.50 35 11 129 <10 0.37 45
Line 11 566428 7615046 1050462 SPL0301 <3 6.91 32 30 0.79 6.04 5.08 40 <10 270 <10 0.06 19
Line 11 566469 7615017 1050463 SPL0302 <3 8.69 39 44 2.42 8.25 2.70 37 22 400 <10 0.12 59
Line 11 566508 7614985 1050464 SPL0303 <3 7.32 41 30 1.55 7.51 2.44 37 17 137 <10 0.09 29
Line 11 566549 7614955 1050465 SPL0304 <3 8.02 42 23 2.16 13 0.54 36 24 133 <10 0.15 34
Line 11 566590 7614930 1050466 SPL0305 <3 14 63 38 3.11 27 0.57 52 31 91 <10 0.23 33
Line 11 566627 7614900 1050467 SPL0306 <3 10 42 27 2.54 18 0.39 35 29 103 <10 0.19 20
Line 11 566668 7614868 1050468 SPL0307 <3 15 44 42 2.60 21 0.63 40 31 146 <10 0.24 47
Line 11 566707 7614838 1050469 SPL0308 <3 11 69 32 2.64 15 0.58 65 28 118 <10 0.20 16
Line 11 566747 7614808 1050470 SPL0309 <3 13 48 24 3.34 17 0.55 30 27 104 <10 0.23 42
Line 11 566788 7614777 1050471 SPL0310 <3 20 40 45 3.06 10 0.96 45 26 182 <10 0.14 51
Line 11 566825 7614766 1050472 SPL0311 <3 9.26 23 32 1.32 7.01 1.22 25 16 301 <10 0.12 71
Line 11 566867 7614714 1050473 SPL0312 <3 6.81 20 32 1.28 12 5.30 27 15 174 <10 0.10 70
Line 11 566906 7614684 1050474 SPL0313 <3 10 36 38 2.35 15 0.73 21 32 138 <10 0.24 32
Line 11 566947 7614656 1050475 SPL0314 <3 <5 21 22 1.43 6.05 0.10 15 36 93 <10 0.15 <10
Line 11 566984 7614624 1050476 SPL0315 <3 5.38 21 20 1.63 6.04 0.10 12 44 81 <10 0.16 <10
SAMPLE SAMPLE Ag Co Cr Cu Fe Li Mg Ni Pb S Ta Ti Zn
X Y ID NO ppm ppm ppm ppm % ppm % ppm ppm ppm ppm % ppm
Line 11 567025 7614596 1050477 SPL0316 <3 6.11 20 35 1.74 9.86 0.14 11 38 108 <10 0.22 36
Line 11 567066 7614566 1050478 SPL0317 <3 5.23 16 19 1.45 5.92 0.09 <10 33 71 <10 0.17 18
Line 11 567103 7614535 1050479 SPL0318 <3 5.07 20 42 1.48 6.39 0.13 11 35 125 <10 0.18 58
Line 11 567143 7614504 1050481 SPL0320 <3 5.22 28 38 1.57 6.00 0.11 16 15 152 <10 0.08 62
Line 11 567177 7614478 1050482 SPL0321 <3 6.60 24 13 1.68 7.56 0.09 21 33 82 <10 0.20 60
Line 12 565621 7614906 1050401 SPL0322 <3 <5 25 16 1.47 19 0.44 <10 32 110 <10 0.13 70
Line 12 565650 7614891 1050402 SPL0323 <3 7.92 16 <10 1.95 22 0.34 20 29 109 <10 0.24 65
Line 12 565690 7614859 1050403 SPL0324 <3 12 31 14 2.54 26 0.40 26 36 186 <10 0.29 61
Line 12 565733 7614829 1050404 SPL0325 <3 5.73 <10 <10 1.52 9.05 0.11 19 41 97 <10 0.11 36
Line 12 565670 7614797 1050405 SPL0326 <3 5.07 18 25 1.75 12 0.18 15 47 90 <10 0.16 98
Line 12 565809 7614770 1050406 SPL0327 <3 5.97 21 <10 1.70 9.61 0.20 17 12 69 <10 0.10 53
Line 12 565856 7614735 1050407 SPL0328 <3 6.61 19 22 1.99 14 0.20 21 29 119 <10 0.13 73
Line 12 565895 7614699 1050408 SPL0329 <3 <5 12 15 1.69 9.73 0.14 17 23 75 <10 0.12 63
Line 12 565937 7614676 1050409 SPL0330 <3 8.16 35 <10 1.79 7.24 0.13 20 33 69 <10 0.10 54
Line 12 565966 7614645 1050410 SPL0331 <3 13 30 22 2.93 15 0.41 44 28 79 <10 0.29 50
Line 12 565007 7614617 1050411 SPL0332 <3 13 23 21 3.08 9.03 0.81 32 36 100 <10 0.27 74
Line 12 566049 7614580 1050412 SPL0333 <3 28 48 42 4.86 10 2.31 75 14 169 <10 0.40 138
Line 12 566084 7614552 1050413 SPL0334 <3 20 21 41 3.90 17 2.30 35 19 258 <10 0.32 96
Line 12 566122 7614529 1050414 SPL0335 <3 9.46 17 20 1.59 20 1.58 30 21 279 <10 0.11 87
Line 12 566160 7614491 1050415 SPL0336 <3 10 37 15 1.19 13 2.52 35 <10 348 <10 0.14 40
Line 12 566199 761453 1050416 SPL0337 <3 10 22 18 2.83 9.67 1.03 23 <10 127 <10 0.20 56
Line 12 566223 7614440 1050417 SPL0338 <3 28 46 38 5.77 11 1.79 48 <10 104 <10 0.58 87
Line 12 566270 7614404 1050418 SPL0339 <3 33 73 44 6.87 9.44 1.62 48 <10 137 <10 0.75 104
Line 12 566307 7614373 1050419 SPL0340 <3 30 65 44 6.34 7.11 1.55 39 <10 108 <10 0.68 85
Line 12 566346 7614340 1050421 SPL0342 <3 42 99 98 8.40 10 2.56 74 <10 120 <10 0.96 126
Line 12 566430 7614278 1050422 SPL0343 <3 47 118 129 9.13 7.67 3.02 82 <10 114 <10 1.06 143
Line 12 566428 7614279 1050423 SPL0344 <3 12 64 28 3.04 7.27 0.78 22 17 85 <10 0.19 50
Line 12 566470 7614245 1050424 SPL0345 <3 15 77 23 3.16 7.47 0.87 33 15 100 <10 0.22 59
Line 12 566506 7614215 1050425 SPL0346 <3 <5 56 12 1.19 <5 0.09 15 21 63 <10 0.07 41
Line 12 566545 7614184 1050426 SPL0347 <3 <5 14 13 1.20 6.95 0.13 16 39 76 <10 0.14 59
Line 12 566589 7614154 1050427 SPL0348 <3 <5 20 <10 1.31 8.31 0.11 16 31 36 <10 0.14 44
Line 12 566627 7614122 1050428 SPL0349 <3 <5 27 16 1.64 14 0.19 22 34 113 <10 0.13 52
Line 12 566663 7614097 1050429 SPL0350 <3 <5 25 <10 1.45 16 0.16 19 36 76 <10 0.18 50
Line 12 566705 7614059 1050430 SPL0351 <3 8.46 30 15 2.21 29 0.26 31 32 123 <10 0.23 71
Line 12 566742 7614029 1050431 SPL0352 <3 <5 17 <10 1.84 10 0.13 <10 33 85 <10 0.13 36
Line 12 566780 76133998 1050432 SPL0353 <3 6.16 42 16 1.33 13 0.11 15 37 80 <10 0.18 20
Line 12 566820 7613967 1050433 SPL0354 <3 6.17 42 24 1.83 15 0.14 26 35 120 <10 0.20 24
Line 12 566861 7613937 1050434 SPL0355 <3 <5 35 34 1.97 12 0.12 16 32 76 <10 0.17 14

SAMPLE SAMPLE Ag Co Cr Cu Fe Li Mg Ni Pb S Ta Ti Zn X Y ID NO ppm ppm ppm ppm % ppm % ppm ppm ppm ppm % ppm Line 12 566901 7613907 1050435 SPL0356 <3 7.35 57 30 2.77 13 0.12 16 39 111 <10 0.15 28 Line 12 566936 7613812 1050436 SPL0357 <3 <5 26 21 1.36 7.24 0.08 17 37 78 <10 0.15 33 Line 12 566976 7613843 1050437 SPL0358 <3 6.09 39 39 2.05 26 0.27 23 36 206 <10 0.25 63

Appendix 5B Mining exploration entity quarterly report

Rule 5.3

Appendix 5B

Mining exploration entity quarterly report

Introduced 1/7/96. Origin: Appendix 8. Amended 1/7/97, 1/7/98, 30/9/2001, 01/06/10.

Name of entity

BOTSWANA METALS LIMITED BOTSWANA METALS LIMITED
ABN
96 122 995 073
Consolidated statement of cash flows
31 MARCH 2011
Cash flows related to operating activities
1.1
Receipts from product sales and related
debtors
1.2
Payments for
(a) exploration & evaluation
(b) development
(c) production
(d) administration
1.3
Dividends received
1.4
Interest and other items of a similar nature
received
1.5
Interest and other costs of finance paid
1.6
Income taxes paid
1.7
Other (provide details if material)
Net Operating Cash Flows
Current quarter
$A’000
Year to date
(...6....months)
$A’000
-
-720
-
-
-254
-
31
-
-
-
-
-2,402
-
-
-881
-
151
-
-
-
-943 -3,132
Cash flows related to investing activities
1.8
Payment for purchases of:(a) prospects
(b) equity investments
(c) other fixed assets
1.9
Proceeds from sale of:
(a) prospects
(b) equity investments
(c) other fixed assets
1.10
Loans to other entities
1.11
Loans repaid by other entities
1.12
Other (provide details if material)
Net investing cash flows
1.13
Total operating and investing cash flows
(carried forward)
-
-
-110
-
-
-
-
-
-
-
-
-125
-
-
-
-
-
-
-110 -125
-1,053 -3,257
  • See chapter 19 for defined terms.

Appendix 5B Page 1

30/9/2001

Appendix 5B Mining exploration entity quarterly report

1.13
Total operating and investing cash flows
(brought forward)
-1,053 -3,257
Cash flows related to financing activities
1.14
Proceeds from issues of shares, options, etc.
1.15
Proceeds from sale of forfeited shares
1.16
Proceeds from borrowings
1.17
Repayment of borrowings
1.18
Dividends paid
1.19
Other (provide details if material)
Net financing cash flows
2,815
-
-
-
-
-
2,848
-
-
-
-
-
2,815 2,848
Net increase (decrease) in cash held
1.20
Cash at beginning of quarter/year to date
1.21
Exchange rate adjustments to item 1.20
1.22
Cash at end ofquarter
1,762
3,106
-23
-408
5,305
-52
4,845 4,845

Payments to directors of the entity and associates of the directors Payments to related entities of the entity and associates of the related entities

1.23
1.24
Aggregate amount of payments to the parties included in item 1.2
Aggregate amount of loans to the parties included in item 1.10
Current quarter
$A'000
106
-
1.25 Explanation necessaryfor an understandingof the transactions
During the quarter the following payments were made to directors:
Salaries
Mr P Volpe
$75,688
Directors Fees
Mr M Cellante
$7,500
Dr P Woolrich
$7,500
Total Directors Fees
$15,000
Dr P Woolrich received $8,000 in consulting fees.
Superannuation contributions totalling $7,937 accrued from the prior quarter were also
paid onbehalfoftheDirectors.

Non-cash financing and investing activities

  • 2.1 Details of financing and investing transactions which have had a material effect on consolidated assets and liabilities but did not involve cash flows

  • 2.2 Details of outlays made by other entities to establish or increase their share in projects in which the reporting entity has an interest

Financing facilities available

Add notes as necessary for an understanding of the position.

  • See chapter 19 for defined terms.

Appendix 5B Page 2

30/9/2001

Appendix 5B Mining exploration entity quarterly report

3.1 Loan facilities 3.2 Credit standby arrangements

Amount available Amount used
$A’000 $A’000
- -
- -

Estimated cash outflows for next quarter

  • 4.1 Exploration and evaluation

  • 4.2 Development

  • 4.3 Production 4.4 Administration

Total

$A’000 2,225 - - 275 2,500

Reconciliation of cash

Reconciliation of cash
Reconciliation of cash at the end of the quarter (as
shown in the consolidated statement of cash flows)
to the related items in the accounts is as follows.
Current quarter
$A’000
Previous quarter
$A’000
5.1
Cash on hand and at bank
5.2
Deposits at call
5.3
Bank overdraft
5.4
Other (provide details) Term Deposits
887 906
2,237 -
- -
1,721 2,200
Total: cash at end of quarter(item 1.22) 4,845 3,106

Changes in interests in mining tenements

6.1
Interests in mining
tenements relinquished,
reduced or lapsed
6.2
Interests in mining
tenements acquired or
increased
Tenement
reference
Nature of interest
(note (2))
Interest at
beginning
ofquarter
Interest at
end of
quarter
  • See chapter 19 for defined terms.

Appendix 5B Page 3

30/9/2001

Appendix 5B Mining exploration entity quarterly report

Issued and quoted securities at end of current quarter

Description includes rate of interest and any redemption or conversion rights together with prices and dates.

Total number Number quoted Issue price per
security (see
note3) (cents)
Amount paid up
per security (see
note3) (cents)
7.1
Preference
+securities
(description)
7.2
Changes during
quarter
(a) Increases
through issues
(b) Decreases
through returns
of capital, buy-
backs,
redemptions
NIL NIL
NIL NIL
7.3
+Ordinary
securities
7.4
Changes during
quarter
(a) Increases
through issues
(b) Decreases
through returns
of capital, buy-
backs
143,717,012 143,717,012
37,295,918 37,295,918 8 CENTS 8 CENTS
7.5
+Convertible
debt
securities
(description)
7.6
Changes during
quarter
(a) Increases
through issues
(b) Decreases
through
securities
matured,
converted
NIL NIL
NIL NIL
7.7
Options
(description and
conversion
factor)
7.8
Issued during
quarter
7.9
Exercised
during quarter
7.10
Expired during
quarter
71,858,502
50,000
1,366,666
1,366,666
71,858,502
NIL
NIL
NIL
Exercise price
10 CENTS
10 CENTS
15 CENTS
20 CENTS
Expiry date
30 JUNE 2013
30 JUNE 2011
30 JUNE 2011
30 JUNE 2011
NIL NIL
1,366,668 NIL 10 CENTS 10 CENTS
NIL NIL
7.11
Debentures
(totals only)
NIL NIL
  • See chapter 19 for defined terms.

Appendix 5B Page 4

30/9/2001

Appendix 5B Mining exploration entity quarterly report

7.12 Unsecured NIL NIL notes (totals only)

Compliance statement

  • 1 This statement has been prepared under accounting policies which comply with accounting standards as defined in the Corporations Act or other standards acceptable to ASX (see note 4).

  • 2 This statement does give a true and fair view of the matters disclosed.

Sign here: ................. ................... Date: .... 29 APRIL 2011 ...... (Company secretary)

Print name: .............. RICHARD BAKER ...........................................

Notes

  • 1 The quarterly report provides a basis for informing the market how the entity’s activities have been financed for the past quarter and the effect on its cash position. An entity wanting to disclose additional information is encouraged to do so, in a note or notes attached to this report.

  • 2 The “Nature of interest” (items 6.1 and 6.2) includes options in respect of interests in mining tenements acquired, exercised or lapsed during the reporting period. If the entity is involved in a joint venture agreement and there are conditions precedent which will change its percentage interest in a mining tenement, it should disclose the change of percentage interest and conditions precedent in the list required for items 6.1 and 6.2.

  • 3 Issued and quoted securities The issue price and amount paid up is not required in items 7.1 and 7.3 for fully paid securities .

  • 4 The definitions in, and provisions of, AASB 1022: Accounting for Extractive Industries and AASB 1026: Statement of Cash Flows apply to this report.

  • 5 Accounting Standards ASX will accept, for example, the use of International Accounting Standards for foreign entities. If the standards used do not address a topic, the Australian standard on that topic (if any) must be complied with.

  • See chapter 19 for defined terms.

Appendix 5B Page 5

30/9/2001