OM Manganese Ltd

Renner Springs Project

EL 9975 EL 9998 EL23624

Annual Exploration Report – for year ending 03/06/2008

Report Compiled By: Craig Reddell

Contents

Part I Introduction

1. Tenure Details 2. Location 3. Geology

Part II Previous Exploration Activity

4. Exploration Activity 4.1 Bootu Creek Resource Pty Ltd – Reconnaissance Drilling 4.2 OM Manganese Ltd 4.2.1 Spectral Study 4.2.2 Geological Reconnaissance 4.2.3 Heritage Clearance

Part III Exploration Activity for 12 months to 03/06/2008

5. Current Exploration Activity 5.1 Heritage Clearance 5.2 SkyTEM Survey 5.3 Preparation for RC Drilling 5.4 Commencement of RC Drilling

6. Exploration Expenditure from June 2007 to May 2008

Part IV Exploration Program for 2 years to May 2010

7. Proposed Exploration Program for 2 Year Extension Period 7.1 Delineate Inferred Resource (Year 1) 7.2 Ore Reserve and Mine Plan (Year 2)

8. Proposed Expenditure for 2 Year Extension Period

8.1 Year 1 (per EL) 8.2 Year 2 (per EL) APPENDICES

1 List of Previous RAB/RC Drill Collars 2 SkyTEM Nov/Dec 2007 Survey Report and Digital Data (both on CD)

PART I. Introduction 1. Tenure Details EL9975 granted 03/06/2002 9 blocks for 6 year period EL9998 granted 03/06/2002 20 blocks for 6 year period EL23624 granted 24/02/2003 11 blocks* for 6 year period EL9975 and EL9998 have retained their original application area and an Application for Renewal (2 years) was lodged on 29th February 2008. * The current 11 blocks constituting EL23624 are the remnants of the original grant of 22 blocks. 2. Location The Renner Springs project area is located 60km northwest of the Bootu Creek manganese mining operation and 15km west of the Renner Springs roadhouse. Figure 1. Location Plan

3. Geology The Renner Springs project is located within the Namerinni Group in the Ashburton Province of the Tennant Creek Inlier. The favourable manganese bearing horizon is hosted principally by the Shillinglaw Formation, though minor flat lying manganese mineralisation may also underlie an interpreted Cretaceous cover sequence in the project area.

The most significant manganese outcrops occur in close proximity to the western boundary of EL9975 and EL9998 (see Figure 3). The manganese outcrop in EL9998 strikes north-south and appears to dip shallowly to the east while the manganese outcrop located in EL9975 strikes at approximately 330 (sub-parallel to Hunters Creek) and appears to dip shallowly to ENE. The outcrop described above has a distinct breccia/conglomerate texture with massive manganese replacement of the matrix supporting readily identifiable clasts of country rock. Recent drilling suggests that the outcrop is underlain by several, relatively narrow 1-2m shallow dipping manganese horizons (bedding parallel) and the surface outcrops may be enriched over time by the effects of a deflation lag. Other flat lying (horizontal) outcrops located in the central area of EL9998 rarely exceed a depth of a few metres in RAB drilling and appear to be largely supergene in nature. Historical trial pits were excavated by prospectors to the north of Hunter Creek in circa 1960 and are limited to a depth of around 1.5 metres. Figure 2. EL boundaries and Geology from 1:250k Helen Springs sheet.

A more detailed summary of the Renner Springs Project geological setting and model are detailed in sections 2 and 4 of the report attached as Appendix 1 to the 2007 Renner Springs Annual report.

EL 23624

EL 9975

EL 9998

PART II Previous Exploration Activity 4. Previous Exploration Activity 4.1 Bootu Creek Resources Pty Ltd – Reconnaissance Drilling A total of 133 RAB and RC drill holes have previously been completed on the project area for a total of 2,637 metres. All holes were collared on EL9975 or EL9998. The initial drill program focussed on the east and northeast dipping mineralisation located along the Western Contact located near the western margins of EL9975 and EL9998 (BH prefix). The second drill program concluded in June 2005 and was directed at testing flat lying manganese mineralisation located near the centre of EL9998 (RPH prefix). Detail of all drill collars is listed in Appendix 3. Table 1. Renner Springs – Selected Intersections from Previous Drilling

Collar co-ordinates converted to MGA94 (previously quoted as AMG66).

Hole_ID mFrom Intersection Northing Easting EL BH13 2 2m @ 22.1% 7975345 357329 9975 BH14 1 4m @ 21.2% 7975314 357345 9975 BH99 18 1m @ 27.3% 7975050 357668 9975 BH73 13 4m @ 24.3% 7974908 357725 9975 BH75 7 2m @ 22.0% 7974884 357680 9975 BH37 10 6m @ 33.1% 7974809 357991 9975 BH36 21 1m @ 39.3% 7974801 357966 9975 BH35 10 5m @ 25.3% 7974777 357944 9975 BH06 1 4m @ 22.6% 7974758 357936 9975 BH06 8 9m @ 24.9% 7974758 357936 9975 BH07 9 9m @ 24.8% 7974757 357954 9975 BH34 15 3m @ 23.4% 7974748 357951 9975 BH04 1 2m @ 22.1% 7972268 358012 9998 BH104 1 7m @ 29.6% 7972164 358014 9998 BH03 2 4m @ 24.6% 7972115 358003 9998 BH103 23 2m @ 32.0% 7972110 358029 9998 BH106 8 3m @ 38.4% 7972004 358051 9998 RPH20 5 2m @ 23.0 % 7971838 361688 9998 RPH13 4 2m @ 22.4 % 7971829 361861 9998 RPH12 3 2m @ 33.4% 7971819 361832 9998 RPH19 2 4m @ 26.1 % 7971814 361700 9998 RPH15 0 1m @ 27.6 % 7971799 361795 9998 RPH18 7 2m @ 24.0% 7971791 361709 9998 RPH22 0 2m @ 28.2 % 7971779 361700 9998 RPH17 0 5m @ 31.8% 7971774 361730 9998 RPH5 0 5m @ 25.9 % 7971676 361761 9998 RPH6 0 4m @ 22.0 % 7971663 361760 9998 RPH6 9 3m @ 33.0 % 7971663 361760 9998 RPH7 0 3m @ 25.4 % 7971652 361753 9998

4.2 OM Manganese Ltd Bootu Creek Resource changed name to OM (Manganese) Ltd in January 2006. Exploration activity by OMM on EL9975, EL9998 and EL23624 since that date has included

• satellite-borne spectral study (ASTER), • geological field reconnaissance, and • petro-physical analysis of mineralised samples

4.2.1 Spectral Study OM Manganese commenced a satellite-borne ASTER spectral study over the area in an attempt to identify possible Mn mineralisation targets, Fe-rich zones, prospective stratigraphical units and contacts, and prospective structures. The Advanced Thermal Emission and Reflection Radiometer (ASTER) can be considered to be the geological successor to Landsat TM. The ASTER satellite is onboard one of NASA’s Earth Observing Satellite systems, Terra, which was launched in 1999. The ASTER instrument collects data in 14 bands together with one stereo, backward-looking band. The ASTER instrument consists of three separate instrument subsystems, with each subsystem operating in a different spectral region and having its own telescope(s): the visible and near infrared (VNIR), the SWIR, and the TIR. It has a mixture of spatial resolutions, ranging from 15 m in the visible part of the spectrum to 30 m in the SWIR, to 90 m in the TIR. Minerals of interest to the exploration of hydrothermal Mn and base-metals mineralisation within the Renner Springs Project area that can be identified in the SWIR region include: • Mg-OH minerals and carbonates — major components of lithological units

associated with mineralisation. Landsat TM cannot discriminate these minerals • alunite–pyrophyllite — significant because they can define areas of argillic

alteration. Landsat TM cannot discriminate these minerals • kaolin-group minerals — also significant because they are useful in helping to

define argillic alteration and in mapping regolith • illite–muscovite–smectite — common minerals in the surficial environment and

useful for mapping regolith. They are also associated with both phyllic and argillic alteration

One ASTER scene, collected on 20th September 2004, covering the entire extent of the Renner Springs Project area was sourced for OMM by Geoimage Pty Ltd, an imagery specialist consultancy based in WA. Product processing is detailed in Appendix 1. Overall results from the initial ASTER spectral study were very promising and have already made valuable contributions to the Renner Springs Project exploration efforts. Additional processing was subsequently completed by Resource Potentials in 2007 and is summarised in Appendix 2 of the 2007 Renner Springs Annual Report.

4.2.2 Geological Reconnaissance Field reconnaissance confirmed to project area was highly prospective and under-explored. Two mineralised styles were identified, both different in character from that mined at Bootu Creek. A total of 9 new manganese occurrences and extensions to existing mineralised zones were identified and indicated in red of the figure below (previous know outcrops shown in orange). Figure 3. Identified Manganese Outcrops in Renner Springs Project.

Results for rock chip samples collected for a physical properties study by Systems Exploration Pty Ltd are summarised in Appendix 2. 4.2.3 Physical Property Studies A total of 9 samples (3 from Renner Springs) were submitted for physicals property testing by Systems Exploration Pty Ltd prior to assist with the preparation of a airborne geophysical survey. The location of the samples and results of the study are outlined in the 2007 Renner Springs Annual Exploration Report.

PART III. Exploration Activity for year to May 2008 5. Current Exploration Activity Exploration activity on EL9975, EL9998 and EL23624 for the 12 months to 03/06/2008 included

• heritage clearance survey, • 875 line km helicopter borne SkyTEM geophysical survey (total survey 2,300

line km), and • Access and site preparation for a planned 2,000 metre RC drill program

originally outlined in the Renner Springs 2007 Mine Management Plan. and • Commencement of that RC drill program.

5.1 Heritage Clearance The initial Heritage Clearance Survey was conducted in May 2007 (and written up in June 2007) identified two significant sites located near the boundary EL9975 and EL9998, mid distance between the western and eastern manganese trends. The traditional owners were uncertain as to the lateral extent of that site and a follow up survey was requested at that time, though later deemed unnecessary by the consultant Anthropologist. The lateral extension of the above sites west along Hunter Creek potentially compromises access to the prime northern exploration target, located on the western mineralised trend in EL9975 (including the site of historic manganese mining activity during 1950/60). The report was eventually forwarded to OMM in September 2007 with an agreed modified access route skirting south around the sacred sites and with a restriction placed on grading of an access track within 100 metres of Hunter Creek. The later restriction will require further negotiation as the only sensible access route requires crossing Hunter Creek approximately 1 km west of the sacred sites. A subsequent request for full AAPA clearance of the Renner Springs Project area was submitted in May 2008. 5.2 SkyTEM Survey EL9975, EL9998 and EL23624 were covered as part of a project scale helicopter borne SkyTEM survey, conducted by Geoforce Pty Ltd, with approximately 38% or 875 line km of the combined 2,300 line km survey being flown over the 3 Licences. The survey was flown on 200m spaced east-west flight lines and in-filled to 100m spaced flight lines in areas of known mineralisation. The sensor height was located approximately 30m above ground level. The survey was modelled by Southern Geoscience and the resultant interpretation is being used to fine tune drill targets along the known manganese trends and to identify other potential manganese mineralisation.

Figure 4. SkyTEM survey of Renner Springs Project area image - Channel 15 (292 microseconds delay) height corrected Z-amplitude

5.3 Preparation for RC Drilling Several field days were required to peg the proposed drill sections prior to clearing. Approximately 40 kilometres of existing access tracks required repair to facilitate access by a heavy RC drill rig. The actual route of the access track was modified to avoid proximity to areas indentified in the initial Heritage survey and restricted to areas south of Hunters Creek until access across Hunters Creek can be negotiated.

Clearing involved floating a D9 dozer and grader to the Renner Springs Project area and approximately 3 days for the repair of existing access tracks and clearing of proposed drill sections. 5.4 Commencement of RC Drilling Drilling commenced on the 1st of June and 606 metres (9 holes) had been completed by the anniversary date of 2nd June 2008, out of 2,579 metre (30 holes) completed in the first phase of the initial drill program completed on 9th June 2008. Details of drill logs, assay results and drill hole database will be included in the 2009 Renner Springs Annual Exploration Report. Assay results were not available at time of writing this report. The location of drill collars completed to 3rd June 2008 is listed in the following table. All drill collars listed below are located on EL9998. The second phase of the initial RC drill program has been delayed pending resolution of access issues to drill targets north of Hunter Creek. Table 2 Drill Collar Co-ordinates (MGA94)

Hole_ID MGA_Northing MGA_Easting MGA_RL Direction DepthRSRC0001 7972208.8 357992.9 274.8 60/270 42RSRC0002 7972208.9 358017.9 276.1 60/270 60RSRC0003 7972209.2 358042.4 277.6 60/270 84RSRC0004 7972209.9 358074.4 277.6 60/270 90RSRC0005 7972206.7 357997.2 275.1 60/270 60RSRC0006 7972040.6 358008.6 275.5 60/270 42RSRC0007 7972039.6 358037.4 274.4 60/270 66RSRC0008 7972038.7 358066.9 275.0 60/270 78RSRC0009 7972037.5 358107.7 277.7 60/270 84 Previous RAB drilling was generally shallow (< 30m) and not orientated to provide a reliable estimation of the manganese resource potential. The intent of the current RC drill sections is to test the number and thickness of manganese horizons (seams), dip and down-dip extent and strength of the mineralisation in order to assess resource potential of the deposits. The following figure displays the location of the current 30 RC hole drill program (red) relative to existing shallow RAB and RC holes (white).

Figure 5. Location of current drilling relative previous shallow drilling (white)

Hunters Creek

6. Exploration Expenditure Incurred from June 2007 to May 2008

EL 9975 expenditure incurred for period June 2007 to May 2008 Geological Supervision $ 7,000 Travel and Accommodation $ 1,000 Field Expenses $ 370 SkyTEM survey (276 line km) $ 43,500 Geophysical modelling $ 2,220 Rock Chip sampling $ 115

GIS modelling $ 700 Drill Access and Site Preparation $ 4,000 Tenement Administration $ 855 Subtotal $ 59,760 ($64,000)

EL 9998 expenditure incurred for period June 2007 to May 2008

Geological Supervision $ 10,500 Travel and Accommodation $ 1,400 Field Expenses $ 370 SkyTEM survey (138 line km) $ 72,500 Geophysical modelling $ 3,520 Rock Chip sampling and Petrology $ 700

GIS modelling $ 1,050 Drill Access and Sit Preparation $ 6,000 RC Drilling (606m) $ 36,360 Tenement Administration $ 840 Subtotal $133,240 ($58,000)

EL 23624 expenditure incurred for period March 2007 to February 2008 Geological Supervision $ 2,035 Field Expenses $ 185 SkyTEM survey (138 line km) $ 21,750 Geophysical modelling $ 325 Petro-physical analysis (1 sample) $ 260

GIS modelling $ 500 Tenement Administration $ 1,545 Subtotal $ 26,600 ($25,000)

Combined expenditure for Renner Springs Project $219,600

PART IV Exploration Program for 2 years to May 2010 7. Proposed Exploration Program for 2 Year Extension Period. 7.1 Delineate Inferred Resource (Year 1) The first phase of the initial RC drill program was in progress at the commencement of 2008/2009 year (3rd June 2008) and a further 1,973 metres (21 holes) were completed by 9th June 2008. The second phase of the initial RC drill program will be to test the resource potential beneath the massive manganese outcropping to the north of Hunter Creek, once access issues are resolved via an AAPA clearance, and will involve at least 4 drill sections for around 1,200m of RC drilling. Following on from completion of the initial RC program, a 300m diamond drill program (6 x 50m holes) is proposed to test the metallurgical properties of the manganese mineralisation with particular reference to the upgrade potential by Heavy Media Separation. The Renner Springs mineralisation can not be assumed to have the same upgrade characteristics as Bootu Creek (given its geological variation) without bench testing. The Renner Springs mineralisation displays a dissolution breccia style characterised by a disseminated to massive manganese rich matrix supporting barren 2-10cm chert clasts. The breccias are hosted within the lower lithofacies of the Shillinglaw FM which are approximately 100M years younger than the Attack Creek FM which hosts the strata-bound Bootu Creek Manganese deposits. Subject to successful outcomes from the above metallurgical program, the plan is to proceed with an aggressive RC resource delineation program (4,000m) within the first year of the renewal period to define the extents of an inferred resource for the western mineralised zone. In parallel with the above delineation program, reconnaissance exploration will continue to search for and test other manganese deposits within the Renner Springs project area, including the central flat laying manganese outcrop located on EL9998 and EL23624. A high density aeromagnetic survey is being considered for coverage of both the Renner Springs and Helen Springs project areas. 7.2 Ore Reserve and Mine Plan (Year 2) The objective for Year 2 will be to determine the economic potential of the Renner Springs Project by upgrading the inferred resource delineated in Year 1 to Indicated Resource status, and to assess the economic potential for a stand alone or satellite manganese operation supported from the existing Bootu Creek operation. The amount of RC drilling required to upgrade the Inferred Resource is dependent on the actual size of the resource delineated, but has been assumed at 4,000m. An

additional 300m of diamond drilling is likely to be required to refine the metallurgical model for potential processing routes. The above should provide sufficient detail to establish an ore reserve and mine plan. Assuming the outcomes of the above assessment are successful then OMM would commence a prefeasibility study to establish viability of a stand alone (or satellite operation) to mine and process manganese ore. Any additional deposits discovered by reconnaissance exploration on the licences during the first year of the renewal period would be drilled to inferred resource status in Year 2. 8. Proposed Expenditure for 2 Year Extension Period (June 2008 to May 2010) 8.1 Year 1 (2008/2009) EL 9975 Year 1 of Extension Period

Geological Supervision $ 27,500 Diamond Drilling (150m) $ 30,000 RC Drilling (2,000m) $ 120,000 Assay $ 15,000

Metallurgical Test Work $ 7,500 Access Clearing and Field Supplies $ 4,500 Tenement Administration $ 500 Subtotal $ 205,000* EL 9998 Year 1 of Extension Period

Geological Supervision $ 27,500 Diamond Drilling (150m) $ 30,000 RC Drilling (2,000m) $ 120,000 Assay $ 15,000

Metallurgical Test Work $ 7,500 Access Clearing and Field Supplies $ 4,500 Tenement Administration $ 500 Subtotal $ 205,000* EL 23624 Year 6 (Mar 2008 to Feb 2009)

Geological Supervision $ 4,500 RC Drilling (350m) $ 21,000 Assay $ 2,500

Access Clearing and Field Supplies $ 1,500 Tenement Administration $ 500 Subtotal $ 30,000* Combined Total for next 12 Months $ 440,000

8.2 Year 2 (2009/2010)

EL 9975 Year 2 of Extension Period Geological Supervision $ 27,500

Diamond Drilling (150m) $ 30,000 RC Drilling (2,000m) $ 120,000 Assay $ 15,000

Metallurgical Test Work $ 7,500 Resource Consultants $ 5,000 Access Clearing and Field Supplies $ 4,500 Tenement Administration $ 500 Subtotal $ 210,000* EL 9998 Year 2 of Extension Period

Geological Supervision $ 27,500 Diamond Drilling (150m) $ 30,000 RC Drilling (2,000m) $ 120,000 Assay $ 15,000

Metallurgical Test Work $ 7,500 Resource Consultants $ 5,000 Access Clearing and Field Supplies $ 4,500 Tenement Administration $ 500 Subtotal $ 210,000* EL 23624 Year 7 (Mar 2009 to Feb 2010)

Geological Supervision $ 7,500 RC Drilling (750m) $ 45,000 Assay $ 5,000

Access Clearing and Field Supplies $ 2,000 Tenement Administration $ 500 Subtotal $ 60,000* Combined Total for second 12 Months $ 500,000 * The combined expenditure proposed for the two year program over EL9975,

EL9998 and EL23624 = $940,000 and is subject to a full access (heritage clearance) of the main drill targets and upon successful outcomes for intermediate milestones.

APPENDIX 1.

List of Previous RAB/RC Drill Collars (GDA94)

Renner Springs Drill Collars - (nominal RL only)

Data_Set Hole_ID MGA_Northing MGA_Easting MGA_RL Depth RS_EXP BH01 7972055.21 358031.08 275 45.00 RS_EXP BH02 7972059.21 358020.08 275 26.00 RS_EXP BH03 7972115.21 358003.08 275 30.00 RS_EXP BH04 7972268.21 358012.07 275 28.00 RS_EXP BH05 7972261.21 357987.08 275 27.00 RS_EXP BH06 7974758.20 357936.08 275 23.00 RS_EXP BH07 7974757.20 357954.08 275 27.00 RS_EXP BH08 7974761.20 357985.08 275 24.00 RS_EXP BH09 7974807.20 357906.08 275 24.00 RS_EXP BH10 7974711.20 357956.08 275 23.00 RS_EXP BH11 7974654.20 357942.08 275 18.00 RS_EXP BH12 7974604.20 357942.08 275 15.00 RS_EXP BH13 7975345.19 357329.08 275 21.00 RS_EXP BH14 7975314.20 357345.09 275 16.00 RS_EXP BH15 7975335.19 357371.09 275 19.00 RS_EXP BH16 7975355.20 357390.08 275 19.00 RS_EXP BH17 7975293.19 357364.08 275 18.00 RS_EXP BH18 7975312.20 357387.08 275 17.00 RS_EXP BH19 7975257.20 357370.08 275 24.00 RS_EXP BH20 7975278.20 357393.08 275 21.00 RS_EXP BH21 7975239.19 357396.08 275 17.00 RS_EXP BH22 7975261.20 357415.08 275 15.00 RS_EXP BH23 7975221.20 357430.08 275 25.00 RS_EXP BH24 7975240.19 357450.08 275 20.00 RS_EXP BH25 7975214.20 357469.08 275 15.00 RS_EXP BH26 7975347.19 357291.08 275 16.00 RS_EXP BH27 7975404.20 357225.08 275 22.00 RS_EXP BH28 7975478.20 357150.08 275 16.00 RS_EXP BH29 7975562.20 357079.08 275 18.00 RS_EXP BH30 7975603.20 357018.08 275 15.00 RS_EXP BH31 7975679.19 356955.08 275 18.00 RS_EXP BH32 7975743.19 356865.09 275 25.00 RS_EXP BH33 7974741.20 357933.08 275 27.00 RS_EXP BH34 7974748.19 357951.08 275 21.00 RS_EXP BH35 7974777.20 357944.08 275 24.00 RS_EXP BH36 7974801.19 357966.08 275 23.00 RS_EXP BH37 7974809.20 357991.08 275 27.00 RS_EXP BH38 7974827.20 358027.08 275 18.00 RS_EXP BH39 7974845.19 358052.08 275 27.00 RS_EXP BH40 7974869.20 358040.08 275 21.00 RS_EXP BH41 7974827.20 357915.08 275 24.00 RS_EXP BH42 7974780.20 357893.08 275 10.00 RS_EXP BH43 7974802.20 357880.08 275 13.00 RS_EXP BH44 7974776.20 357870.08 275 15.00 RS_EXP BH45 7974767.20 357846.08 275 18.00 RS_EXP BH46 7974753.20 357808.08 275 17.00 RS_EXP BH47 7974757.20 357780.08 275 18.00 RS_EXP BH48 7974780.20 357755.08 275 18.00

RS_EXP BH49 7974789.20 357732.08 275 15.00 RS_EXP BH50 7974731.20 357713.08 275 16.00 RS_EXP BH51 7974737.20 357742.08 275 15.00 RS_EXP BH52 7974734.20 357773.08 275 15.00 RS_EXP BH53 7974725.20 357804.08 275 15.00 RS_EXP BH54 7974723.20 357845.08 275 15.00 RS_EXP BH55 7974723.20 357871.08 275 15.00 RS_EXP BH56 7974678.20 357875.08 275 18.00 RS_EXP BH57 7974670.20 357837.08 275 22.00 RS_EXP BH58 7974672.20 357809.08 275 21.00 RS_EXP BH59 7974631.20 357883.08 275 24.00 RS_EXP BH60 7974680.20 358008.08 275 49.00 RS_EXP BH61 7974925.20 358009.08 275 15.00 RS_EXP BH62 7974904.20 357979.08 275 21.00 RS_EXP BH63 7974886.20 357952.08 275 18.00 RS_EXP BH64 7974870.20 357926.08 275 15.00 RS_EXP BH65 7974859.20 357890.08 275 15.00 RS_EXP BH66 7974841.19 357864.08 275 15.00 RS_EXP BH67 7974839.20 357828.08 275 12.00 RS_EXP BH68 7974899.19 357841.08 275 19.00 RS_EXP BH69 7974889.19 357820.08 275 19.00 RS_EXP BH70 7974874.20 357785.08 275 15.00 RS_EXP BH71 7974866.20 357757.08 275 19.00 RS_EXP BH72 7974925.20 357755.08 275 19.00 RS_EXP BH73 7974908.20 357725.08 275 24.00 RS_EXP BH74 7974896.19 357702.08 275 18.00 RS_EXP BH75 7974884.20 357680.08 275 14.00 RS_EXP BH76 7974972.20 357740.08 275 15.00 RS_EXP BH77 7974956.20 357716.08 275 16.00 RS_EXP BH78 7974942.19 357693.08 275 21.00 RS_EXP BH79 7974930.20 357667.08 275 15.00 RS_EXP BH80 7975009.20 357708.08 275 18.00 RS_EXP BH81 7974994.19 357694.08 275 16.00 RS_EXP BH82 7974968.20 357671.08 275 18.00 RS_EXP BH83 7974952.20 357650.08 275 18.00 RS_EXP BH84 7972187.21 358057.08 275 30.00 RS_EXP BH85 7972168.21 358034.07 275 21.00 RS_EXP BH86 7972347.20 357982.08 275 30.00 RS_EXP BH87 7972269.21 357993.08 275 21.00 RS_EXP BH88 7971657.21 361745.07 275 36.00 RS_EXP BH89 7976678.20 336079.16 275 24.00 RS_EXP BH90 7976693.20 336097.17 275 21.00 RS_EXP BH91 7976711.20 336110.16 275 15.00 RS_EXP BH92 7975770.20 356872.09 275 12.00 RS_EXP BH93 7975792.19 356893.08 275 16.00 RS_EXP BH94 7975838.19 365872.05 275 12.00 RS_EXP BH95 7944810.31 357954.07 275 18.00 RS_EXP BH96 7974800.19 357942.08 275 19.00 RS_EXP BH97 7974782.20 358002.08 275 19.00 RS_EXP BH98 7974766.20 357985.08 275 21.00 RS_EXP BH99 7975050.19 357668.08 275 19.00 RS_EXP BH100 7975096.19 357631.08 275 19.00

RS_EXP BH101 7975138.19 357595.08 275 22.00 RS_EXP BH102 7975164.20 357556.08 275 18.00 RS_EXP BH103 7972110.21 358029.08 275 37.00 RS_EXP BH104 7972164.21 358014.08 275 15.00 RS_EXP BH105 7972164.21 358014.08 275 34.00 RS_EXP BH106 7972004.21 358051.08 275 31.00 RS_EXP BH107 7971953.21 368073.04 275 35.00 RS_EXP RPH1 7970969.21 362728.06 275 30.00 RS_EXP RPH2 7970939.21 362768.06 275 30.00 RS_EXP RPH3 7970912.21 362818.06 275 30.00 RS_EXP RPH4 7970954.21 362747.06 275 21.00 RS_EXP RPH5 7971676.21 361761.06 275 10.00 RS_EXP RPH6 7971663.21 361760.07 275 13.00 RS_EXP RPH7 7971652.21 361753.06 275 13.00 RS_EXP RPH8 7971626.21 361763.07 275 10.00 RS_EXP RPH9 7971663.21 361760.07 275 10.00 RS_EXP RPH10 7971617.21 361782.07 275 10.00 RS_EXP RPH11 7971800.20 361855.07 275 10.00 RS_EXP RPH12 7971819.21 361832.06 275 10.00 RS_EXP RPH13 7971829.21 361861.06 275 10.00 RS_EXP RPH14 7971840.20 361818.07 275 10.00 RS_EXP RPH15 7971799.20 361795.06 275 13.00 RS_EXP RPH16 7971859.21 361492.07 275 7.00 RS_EXP RPH17 7971774.21 361730.07 275 16.00 RS_EXP RPH18 7971791.20 361709.06 275 26.00 RS_EXP RPH19 7971814.21 361700.06 275 28.00 RS_EXP RPH20 7971838.21 361688.06 275 25.00 RS_EXP RPH21 7971821.21 361724.06 275 22.00 RS_EXP RPH22 7971779.21 361700.06 275 16.00 RS_EXP RPH23 7971793.20 361689.06 275 15.00 RS_EXP RPH24 7971729.21 361738.07 275 29.00 RS_EXP RPH25 7971710.21 361749.07 275 19.00 RS_EXP RPH26 7971531.21 361735.06 275 16.00

APPENDIX 2.

SkyTEM Survey

Renner Springs and Helen Springs, NT

November/December 2007

Geoforce Report

&

Digital Data Sets

(both on attached CD)

Digital Data includes - Binary Data EMAX AIR CDI Geosoft databse Height corrected data Logistics Photos XYZ data

(see attached CD for PDF of full report).