annual technical report · is an accomplished metal detector operator and owns the latest minelabs...

10th

Annual and Final Report

EL 25288

12 February 2016 to 11 February 2017

TITLE HOLDERS: D.J. Langley & S. Davis TENEMENT MANAGER/ AUTHOR: Mr. David Langley TENEMENTS: E.L.25288 PROJECT NAME: MARGARET Gold & Manganese. REPORT TITLE & DATE: E.L. 25288 12/3/2017 TARGET COMMODITIES: Au & Mn DATUM & ZONE: GDA94 ZONE 52 TOPO MAP SHEET: BURRUNDIE 1:50,000 AGD66 CONTACT DETAILS: PO BOX 720, PARAP, N.T. 0804 PHONE: 0427 861644 EMAIL: [email protected]

mailto:[email protected]

10th ANNUAL AND FINAL REPORT 2017

EL 25288 D.J. Langley & S. Davis

Reporting Period.12 Feb 2016- to 11 Feb 2017

Report due 12 April 2017 Expenditure Report due 13 March 2017

EL25288 covering three graticular blocks was granted to Dave Langley and Sean Davis on the 12th of February, 2007. A one year renewal of the EL was subsequently granted on the 21st of August, 2013 and two year renewals were granted on the 29th of September, 2014 and the 18th of March, 2016. The NW graticular block was surrendered on the 4th of March, 2011 and the middle graticular block was surrendered on the 12th of February, 2014. The main target commodity was initially gold but attention was also given to investigating the commercial viability of a pyrolusite deposit in the area discovered by Dave Langley.

Gold was initially discovered at the Margaret Diggings in May, 1880 by Mr J.B. Tennant and a rush ensued with up to 800 men at work. Numerous big nuggets and specimens were found. The largest nugget on record weighed some 500 oz and the largest specimen contained over 700 oz of gold (NT Times and Gazette 1880-1881). The main source of the gold was never discovered and only a few small, shallow reefs were worked. Many gold nuggets and specimens have been found over the past thirty odd years and the first detector operator known to have prospected the area found 87 oz of gold in a week! The geology is shown on the "Pine Creek" 1: 100,000 Geological Series map and is described as a series of "shallow marine transgression rocks" with “numerous Zamu dolerite dykes." For the first several years of the EL tenure Dave concentrated on the mapping and assaying of the pyrolusite reef that he discovered in the first year with some high grade results encouraging further investigation. Dave also took numerous soil, stream sediment and rock chip samples and encouraged a large number of detector operators to prospect the EL area in the hope of narrowing down the search for the source of the alluvial gold. Numerous small nuggets and specimens were found by the detector operators with the largest nugget weighing 27gms and a specimen estimated to contain 12 ounces of gold. In 2010 a local friend of Dave’s, Gordon "Gus" Withnall gave him a large Google Earth screen shot photo of the general exploration licence area. It indicated a fault that starts at the edge of the large McMinns Bluff granite about 370 metres to the S.W. of what was later identified as a relatively large laterite outcrop and continues on a magnetic bearing of 37 degrees for at least 2.4 Km. Dave named it the "Withnall Fault." Dave decided in the 2011 field season to again invite a number of professional metal detector operators to spend a couple of weeks detecting the EL. Four men came from Western Australia, four from

Queensland and six from the Darwin region. All of them found nuggets and/ or rich AU/ Qtz specimens for a total of about 40 ounces of gold. During the 2012 field season Dave detected a 2.5 ounce gold specimen at the headwaters of the old diggings near the laterite outcrop on the Withnall fault. The host rock was identified as Rhodonite with a small amount of quartz and pyrolusite also evident. An SG test indicated a gold content of approximately 32%. On the basis of the identified fault and the results from prospecting in the area Mineral Lease application ML(A) 30125 was applied for on the 7th of October, 2013. This mineral lease application covered several hundred metres of a hydrothermal pyrolusite reef as well as an anomalous laterite outcrop at the head of the old Margaret River diggings. It was decided during the 2014 prospecting season to again revisit the headwaters of the diggings where Dave had previously found the Rhodonite specimen as well as a little other gold and a narrow (50cm) section of the high grade pyrolusite (Mn02) reef. The pyrolusite outcrop starts on the Northern edge of the previously mentioned laterite outcrop and extends for at least 2.2 km to the North and expands to over a metre in width in places. The highest assay result previously received was 55% Mn. and 15 ppm Ag. The “Withnall Fault” cuts through the Southern end of the laterite outcrop which is about 100 metres long and 50 metres wide and it is the only laterite outcrop in the area. During the 2014 field season Dave panned numerous dishes of screened gravel from the SW side of the laterite outcrop, on or near the fault and every dish had significant fine and coarse good gold in them. Indications were that the source of the Margaret Diggings gold would likely to be on the junction of the manganese reef and the fault.

During the 2015 prospecting season further reconnaissance prospecting by vehicle and on foot was carried out over the majority of the exploration licence with the view to considering the relinquishment of our interests in El 25288. No further areas of interest were identified. The pyrolusite reef was further investigated with a number of shallow trenches dug by hand to ascertain the width of the deposit along strike. This work confirmed previous observations that the reef varies between .3m to up to almost 2m with most intersections in the .5m to 1m width range. Due to the logistics involved with the remoteness of the location and the relatively small nature of the deposit it was felt that it would be unlikely that the pyrolusite would be economically viable to mine. However, in 2015 Mining and Civil Services Pty. Ltd. expressed an interest in further investigating its viability but ultimately came to the same conclusion. After conducting the aforementioned reconnaissance prospecting our attention was again drawn to the laterite outcrop on the Southern end of the pyrolusite reef, at the intersection with the Withnall Fault. A small trench was dug by hand adjacent to the small cave at the SW end of the laterite outcrop, the floor of which 7kg of soil and gravel had been previously screened and panned with 22 specks of gold showing in the panned concentrate. The trench indicated that the laterite outcrop persisted to at least 1m below the surface and pyrolusite inclusions were noted in the lumps of rock removed. Details of the cave were provided in our 2014 annual technical report.

Additional soil sampling was carried out on the Western side of the laterite outcrop, confirming previous results and adding further support to the possibility of a hydrothermal gold/rhodonite/quartz deposit. Numerous screened and panned soil and gravel samples were also taken from the Eastern side of the laterite and no gold was seen. Sampling of the two creeks immediately adjacent to the Western side of the laterite outcrop of which both have significant historic diggings downstream confirmed the presence of alluvial gold. The creek on the Eastern side within which there are no historic diggings showed none. Numerous hand dug detector holes were noted across a flat to the immediate South of the Eastern side of the laterite outcrop. We considered that this may suggest that the Withnall Fault is dipping to the North which gave us some confidence that the source of the gold would not be too far from the SW extremity of the laterite outcrop. As mentioned previously, indications were that one of the sources of the Margaret Diggings alluvial gold may be on the junction of the pyrolusite reef and the Withnall Fault and the laterite was thought to likely be capping that source. It was hoped that those results would assist us greatly in guiding our efforts to locate the indicated hydrothermal gold/ rhodonite/ quartz deposit. During the 2016 prospecting season we engaged the prospecting services of Neville Manhire of NT Gold Pty Ltd and Wladimir (Wally) Falko. Neville Manhire has been prospecting the top end for over thirty years and has been involved with numerous joint ventures with Dave and others during that time. Wally is an accomplished metal detector operator and owns the latest Minelabs metal detecting equipment which is capable of detecting coarse gold through up to 1m+ depth of overburden. We were reasonably confident that, given the relatively coarse nature of much of the eluvial gold seen and the rich quartz and rhodonite specimens found in proximity to the laterite outcrop that this latest metal detecting technology would assist in identifying the approximate location of any rich auriferous deposit. Access to the laterite outcrop was hampered by the area either not being burnt off or only partially burnt. An all-terrain buggy was used to re-establish the track leading to the laterite outcrop and the entire area of interest was inspected by buggy and on foot by Neville and Wally. Extensive historic diggings with latter day bulldozer costeens leading into the NE corner of ML(A)30125 were inspected and detected heavily with no result. The nature of the pot-holing at the head of the diggings which are just within the mineral lease application suggested that there may have been a rich shoot very close by but the negative results tended to indicate that the source has long been eroded away. Wally Falko detected the laterite outcrop and immediate surrounds thoroughly with no success. We opened up the aforementioned cave on the SW corner of the laterite outcrop by hand and found that the cavity was of limited depth and gave way to a vertical crack in the laterite that persisted from the surface to the depth of our small excavation. A small vertical sample trench was dug from the floor of the cavity to approximately a metre below and the rock chips were bagged and tagged for assay. Five more chip samples were taken from across the top of the laterite outcrop and floaters on the Southern end. These samples were submitted to N.A.L. in Pine Creek on the 22nd of July, 2016 for fire assay.

The results were received by email on the 29th of July and were very disappointing, all being below detection limits for gold. A table of the FA50 results is below:

Sample Number

Coordinates Results (Au PPM) GRID: ZONE 52 Geographic

NM143541 11505762.166

780141.973 13°36'25.50"S 131°35'20.40"E

<.01

NM143542 11505663.388

780106.930 13°36'22.30"S 131°35'19.20"E

<.01

NM143543 11505697.435

780127.623 13°36'23.40"S 131°35'19.90"E

<.01

NM143544 11505747.016

780163.190 13°36'25.00"S 131°35'21.10"E

<.01

NM143545 11505771.678

780168.943 13°36'25.80"S 131°35'21.30"E

<.01

NM143546 11505759.699

780199.149 13°36'25.40"S 131°35'22.30"E

<.01

Given the generally disappointing results despite arduous attempts to identify a possible source of the Margaret River alluvial gold, Dave Langley’s worsening memory loss problems and the implications of Native Title it was reluctantly agreed to surrender EL25288 and to withdraw ML(A)30125 on the 26th of February, 2017. It is understood that the remaining graticular block will be absorbed into the proposed fossicking area and it is therefore unlikely that any serious exploration will be able to take place for some years to come. For future prospectors perhaps the best way to eventually determine whether there is a rich auriferous shoot buried under the cap of laterite would be to excavate to the South from the metre or so wide low grade quartz reef that Dave discovered emerging from the Northern extremity of the laterite. Hopefully one day somebody with the appropriate resources and determination will solve this ongoing and fascinating enigma.

Temporary exploration camp- Margaret River Diggings

Opening up the ‘cave’ on the SW corner of the laterite outcrop

Wally on the Southern end of the laterite outcrop

Large laterite conglomerate ‘floater’ at the Southern end of the laterite outcrop

Gold in Rhodonite- 32% Au by SG test

Gold in quartz

Typical quartz specimens- 19 ounces of Au

Pyrolusite ‘floaters’ approx 200m North of the laterite outcrop.

The creek to the right leads to the main historic Margaret River Diggings

Northern end of laterite outcrop

Small cave and pipe on SW side of the laterite outcrop

Pipe on NE corner of cave on SW side of the laterite outcrop

Pyrolusite staining on cave wall on SW side of the laterite outcrop

Small cave and pipe on the Eastern side of the laterite outcrop

Southern end of the laterite outcrop near the Withnall Fault

Map showing the extent of the pyrolusite reef and the location of historic diggings 2008 (year 1) annual report map

Southern end of laterite

N

2009 annual report map

N


N

2010 sample coordinates


N

2011 sample coordinates and description

A trading name of Australian Laboratory Services Ply. Ltd. ABN 84009 936 029

32 Shand Street Stafford Brisbane QLD 4053Phone: +61 (7) 3243 7222 Fax: +61 (7) 32437218 www.alsglobal.com

Page 1 of 1

I TAX INVOICE: 2225807 I

Certificate:

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Comments:

BILLING INFORMATION

AS11010711RC Drill ChipGOLPRO9-FEB-2011

30 days from invoice dale

ANALYSED FOR UNIT VALUE GST TOTALQUANTITY CODE DESCRIPTION RATE VALUE

1 BAT-Ol Administration Fee 30.00 30.00 3.00 33.007 LEV- 01 Waste Disposal Levy 0.75 5.25 0.53 5.785 Au-OG43 Ore Grade Au - 25g AR 6.50 32.50 3.25 35.752 ME- MS61 r 48 element four acid ICP~ MS + REEs 23.50 47.00 4.70 51.701 Mn-OG62 Ore Grade Mn· Four Acid 1.50 1.50 0.15 1.651 ASY- 4AOI Four acid digestion for OG62 6.00 6.00 0.60 6.607 PUL- 23 Pulv Sample - Spilt/Retain 3.75 26.25 2.63 28.88

I SUBTOTAL (AUD) $ 148.50 14.86 163.36

GOLD PROSPECTING SERVICESOJ LANGLEY14 BEACHFIELDS DRIVEBROADWATER 6280

Please Remit Payments To :Australian Laboratory Services Pty. Ltd.

PO Box 66EVERTON PARK QUEENSLAND 4053

TOTAL PAYABLE (AUD)

Payment may be made by: Cheque or Bank Transfer

Beneficiary Name: Australian Laboratory Services Pty LtdBank: Commonwealth Bank (CBA)SWIFT: CTBAAU2SAccount: 12672843BSB: 064-000**** Banking Information has changed. Use above account.****

163.36

Fax: +61 (7) 3243 7218

Australian Laboratory Services pty. ltd.

32 Shand StreetStaffordBrisbane QLD 4053Phone: +61 (7) 3243 7222www.alsglobal.com

Page: 2 • ATotal # Pages: 2 (A • E)

Plus Appendix PagesFinalized Date: 9 ·FEB· 2011

Account: GOLPRO

I CERTIFICATE OF ANALYSIS AS11010711 I......

Method WEI-21 PUl- QC Au-OG43 ME- MS61 r ME- MS61 r ME· MS61 r ME· MS61 r ME· MS61 r ME- MS61r ME- MS61 r ME- MS61 r ME- MS61r ME· MS61 r ME· MS61r ME· MS61 r

Analyte Recvd Wt. Pass7Sum A' Ag Al k; B, B, B; C, Cd C, Co C, C,Units kg % ppm ppm % ppm ppm ppm ppm % ppm ppm ppm ppm ppm

Sample Description LOR 0.02 0.01 0.01 0.01 0.01 0.2 10 0.05 0.01 0.01 0.02 0.01 0.1 1 0.05

127844 1.01 2.04 1.70 26.9 4360 4.05 0.47 0.15 11.20 127.5 772 8 0.85'27874 1.35 0.30 3.16 49.9 170 1.53 1.25 0.08 0.24 11.65 13.4 140 0.57127884 1.72 0.03127885 1.75 98.0 0.02127886 1.83 0.01

127887 1.22 0.01127888 1.90 10.60

***** See Appendix Paqe for comments reqardinq this certificate *****

Fax: +61 (7) 3243 7218

Australian laboratory Services Pty. ltd.

32 Shand StreetStaffordBrisbane QLD 4053Phone: +61 (7) 3243 7222

www.alsglobal.com

Page: 2 • BTotal # Pages: 2 (A • E)

Plus Appendix PagesFinalized Date: 9·FEB· 2011

Account: GOLPRO

I CERTIFICATE OF ANALYSIS AS11010711 IMethod ME- MS61r ME- MS61r ME· MS61 r ME· MS61 r ME- MS61r ME- MS61r ME- MS61 r ME- MS61 r ME· MS61r ME- MS61r ME- MS61r ME- MS61 r ME· MS61 r ME- MS61r ME- MS61 r

Analyte Co F, G. G, Hf In K La U Mg Mn Mo N. Nb NIUnits ppm % ppm ppm ppm ppm % ppm ppm % ppm ppm % ppm ppm

Sample Description LOR 0.2 0.01 0.05 0.05 0.1 0.005 0.01 o.s 0.2 0.01 S 0.05 0.01 0.1 0.2

127844 159.5 11.60 32.0 0.37 0.7 0.243 2.29 44.7 5.4 0.14 >100000 10.75 0.12 2.5 75.3127874 228 49.3 16.10 13.95 1.9 0.168 0.05 6.8 1.0 0.04 5970 2.34 0.01 8.9 9.1127884127885127886

127887127888


Fax: +61 (7) 3243 7218

Australian laboratory Services Pty. Ltd.


Page: 2 • CTotal # Pages: 2 (A • E)

Plus Appendix PagesFinalized Date: 9· FEB· 2011

Account: GOLPRO

I CERTIFICATE OF ANALYSIS AS11010711 IMethod ME-MS61 r ME- MS61r ME-MS61 r ME-MS61r ME-MS61 r ME- MS61r ME- MS61r ME- MS61r ME- MS61r ME-MS61 r ME· MS61r ME· MS61r ME· MS61 r ME- MS61 r ME· MS61 r

Analyte p Pb Rb R, 5 5b 5, 5, 5n 5, n T' Th 11 TI

Units ppm ppm ppm ppm % ppm ppm ppm ppm ppm ppm ppm ppm % ppmSample Description LOR 10 0.5 0.1 0.002 0.01 0.05 0.1 1 0.2 0.2 0.05 0.05 0.2 0.005 0.02

127844 1700 5.0 40.6 0.008 0.01 0.35 16.0 2 1.2 1120 0.17 0.10 3.1 0.082 2.05127874 840 13.6 3.7 <0.002 0.09 0.58 7.4 15 3.4 28.2 0.63 1.13 7.2 0.208 0.08127884127885127886

127887127888

***** See Appendix PaCie for comments reCiardinq this certificate *****

Fax: +61 (7) 3243 7218

Australian Laboratory Services Pty. Ltd.


Page: 2 • DTotal # Pages: 2 (A • E)

Plus Appendix PagesFinalized Date: 9·FEB·2011

Account: GOlPRO

I CERTIFICATE OF ANALYSIS AS11010711 IMethod ME- MS61r ME- MS61 r ME- MS61 r ME- MS61 r ME· MS61 r ME· MS61 r ME- MS61r ME- MS61r ME- MS61r ME- MS61 r ME· MS61r ME-MS61 r ME- MS61 r ME-MS61 r ME-MS61 r

Analyte U V W y Zn Ze Dy Ee Eu Gd Ho lu Nd Pe Sm

Sample DescriptionUnits ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm

LOR 0.1 1 0.1 0.1 2 0.5 0.05 0.03 0.03 0.05 0.Q1 0.01 0.1 0.03 0.03

127844 3.7 119 1.0 35.3 469 33.7 6.33 3.46 3.55 9.08 1.32 0.44 40.3 10.50 8.62127874 2.8 1520 0.9 4.6 71 70.0 0.91 0.66 0.27 0.87 0.21 0.11 4.5 1.22 0.91127884127885127886

127887127888


Fax: +61 (7) 3243 7218

Australian laboratory ServIces Pty. ltd.

32 Shand StreetStaffordBrisbane QLD 4053Phone: +61 (7) 3243 7222wvwv.alsglobal.com

Page: 2 • ETotal # Pages: 2 (A • E)

Plus Appendix PagesFinalized Date: 9· FEB· 2011

Account: GOLPRO

I CERTIFICATE OF ANALYSIS AS11010711 IMethod ME- MS61 r ME- MS61 r ME· MS61 r Mn· OG62

Analyfe Tb Tm Vb Mo

Units ppm ppm ppm %Sample Description LOR 0.01 0.01 0.03 0.01

127844 1.39 0.46 2.56 37.3127874 0.17 0.11 0.73127884127885127886

127887127888


Method

Australian laboratory Services Pty. ltd.

32 Shand StreetStaffordBrisbane QLD 4053Phone: +61 (7) 3243 7222 Fax: +61 (7) 3243 7218www.alsglobal.com

Page: Appendix 1Total # Appendix Pages: 1

Finalized Date: 9· FEB· 2011Account: GOlPRO

I CERTIFICATE OF ANALYSIS AS11 01 0711 I

CERTIFICATE COMMENTS

ME- MS61 r REE's may not be totally soluble in this method.


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RE: GOLPRO samples. Cert. A$12013944 Page 2 - B

ALS Chemex To David Langley

Hi Dave,

15/02/12 2:08PM

David LangleY" profile I sign out

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POP (1) Please see below results which I have extracted from our system for the two mentioned samples, 140014 & 14001 5 - ALS work' AlS CHEMEX

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EL25288

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If you require further information in regards to the results for these two samples, please let me know and I will do my best to so

Workorder. # of Samples Date Received

Best Regards,

AS120139.W-9 2012-01-20

Client Client Status Project

Prep Comment

http: II s n 12 4w. snt12 4.mail.live. com/ mail/1 nboxlight.aspx?n = 1381 ... 7 88&fid = l&fav= 1&mid =aa2 34 75 5-5 78c -1le1-bd4c -002264c 18e36&fv= 1 Page 1 of 2

Project:


32 Shand Street Stafford Brisbane QLD 4053 Phone: +61 (7) 3243 7222 Fax: +61 (7) 3243 7218 www.alsglobal.com

CERTIFICATE AS12013944

P.O. No.: Email D Langley This report is for 9 Rock samples submitted to our lab in Alice Springs, NT, Australia on 20- JAN- 2012.

The following have access to data associated with this certificate: D J LANGLEY I I

To: GOLD PROSPECTING SERVICES ATTN: D J LANGLEY PO BOX 720 PARAP NT 0804

ALSCODE

WEI-21 LOG- 22 PUL-QC LEV- 01 CRU- 21 PUL- 23

ALS CODE

Au-AA25 ME-ICP61

This is the Final Report and supersedes any preliminary report with this certificate number. Results apply to samples as submitted. All pages of this report have been checked and approved for release.

Page: 1 Finalized Date: 2- FEB- 2012

This copy reported on 15-FEB-2012 Account: GOLPRO

SAMPLE PREPARATION DESCRIPTION

Received Sample Weight Sample login - Red w/o BarCode Pulverizing QC Test Waste Disposal Levy Crush entire sample> 70%-6 mm Pulv Sample- Split/Retain

ANALYTICAL PROCEDURES DESCRIPTION INSTRUMENT

Ore Grade Au 30g FA AA finish AAS 33 element four acid ICP- AES ICP- AES

Signature: Wayne Abbott, Operations Manager, Western Australia

Sample Description

140006 140007 140008 140009 140010

140012 140013 140014 140015


32 Shand Street Stafford Brisbane QLD 4053 Phone: +61 (7) 3243 7222 www.alsglobal.com

Fax: +61 (7) 3243 7218

Method WEI- 21 PUL-QC Au·AA25 ME-ICP61

Analyte Recvd Wt. Pass Au Ag

Units kg % ppm ppm

LOR 0.02 0.01 0.01 0.5

0.62 <0.01 0.78 <0.01 0.69 <0.01 0.79 <0.01 1.16 95.6 <0.01

0.73 <0.01 0.66 <0.01 0.57 <0.01 4.8 0.55 <0.01 10.4

ME-ICP61 ME·ICP6l ME-ICP6l

AI As Ba

% ppm ppm

0.01 5 10

0.28 77 990 0.23 41 870

CERTIFICATE OF ANALYSIS

ME·ICP6l ME-ICP61 ME-ICP6l ME·ICP6l ME-ICP6l

Be Bi Ca Cd Co

ppm ppm % ppm ppm

0.5 2 0.01 0.5 1

4.7 17 0.14 3.2 402 4.5 16 0.16 1.5 642

Page: 2 -A Total # Pages: 2 (A - C)

Finalized Date: 2- FEB- 2012 Account: GOLPRO

AS12013944

ME-ICP6l ME-ICP61 ME-ICP6l

Cr Cu Fe

ppm ppm %

1 1 0.01

74 205 5.34 74 243 2.91

Sample Description

140006 140007 140008 140009 140010

140012 140013 140014 140015



Fax: +61 (7) 3243 7218

Method ME-ICP61 ME-ICP61 ME-ICP61 ME-ICP61

Analyte Ga K La Mg

Units ppm % ppm %

LOR 10 0.01 10 0.01

<10 1.38 20 0.01 <10 3.33 20 0.03

ME-ICP61 ME-ICP61 ME-ICP61

Mn Mo Na

ppm ppm %

5 1 0.01

>100000 5 0.15 >100000 5 0.18


ME-ICP61 ME-ICP61 ME-ICP61 ME-ICP61 ME-ICP61

Ni p Pb s Sb

ppm ppm ppm % ppm

1 10 2 0.01 5

93 1970 78 0.06 <5 58 1900 78 0.06 <5

Page: 2 - B Total # Pages: 2 (A - C)


AS12013944

ME-ICP61 ME-ICP61 ME-ICP61

Sc Sr Th ppm ppm ppm

1 1 20

5 697 <20 7 1260 <20

Sample Description

140006 140007 140008 140009 140010

140012 140013 140014 140015



Fax: +61 (7) 3243 7218

Method ME-ICP61 ME-ICP61 ME-ICP61 ME-ICP6l

Analyte Ti Tl u v Units % ppm ppm ppm

LOR 0.01 10 10 1

<0.01 140 <10 155 <0.01 160 <10 127

ME-ICP61

w ppm

10

<10 <10

ME-ICP61

Zn ppm

2

518 343


Page: 2 - C Total# Pages: 2 (A - C)


AS12013944


N

NA 14285 12SAM OS~12COL

DL130314 160313 Au Au(R) Cu Pb Zn s As Ag Co Ni Bi Mn EASTING NORTHING DATUM DATA STORE UNITS ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm ppm GDA94 LLD's in STORE UNITS 0.01 0.01 1 5 2 20 10 1 2 2 5 1 co co

140014 146 42 285 734 70 89 380 86 6 436255 52780203 8494421 GDA .94 140016 0.01 42 31 7 339 19 1 L 7 6 1035 52779538 8494424 " 140017 L 443 34 12 229 858 L 74 29 42 518 52779933 8494611 " 140025 L 24 9 L ## 14 L 2 8 5 476 NOT E.L25288

140048 0.09 181 58 58 247 295 7 102 52 76 29839 52780074 8494107 II

140060 L 7 L L 41 17 L L 5 L 646 Not E. L. 25288 140061 0.81 0.81 302 18 55 162 ## 8 106 41 34 36650 " 140062 L 690 81 45 78 50 L 10 46 14 975 " 140063 0.12 ## 386 43 176 414 75 20 92 20 405 " 140064 0.2 0.33 309 19 56 166 200 9 53 41 32 41934 " 140098 L 150 25 38 77 321 L 6 55 26 295 " 140099 0.04 86 6 6 127 14 L L 7 7 110 52779700 8496031 "

E.L.25288 2013 A - -Margaret Diggings

2013 sample coordinates, descriptions and assay results


N

2014 sample coordinates and results


N

Sample Number

Coordinates Results (Au PPM) GRID: ZONE 52 Geographic

NM143541 11505762.166

780141.973 13°36'25.50"S 131°35'20.40"E

<.01

NM143542 11505663.388

780106.930 13°36'22.30"S 131°35'19.20"E

<.01

NM143543 11505697.435

780127.623 13°36'23.40"S 131°35'19.90"E

<.01

NM143544 11505747.016

780163.190 13°36'25.00"S 131°35'21.10"E

<.01

NM143545 11505771.678

780168.943 13°36'25.80"S 131°35'21.30"E

<.01

NM143546 11505759.699

780199.149 13°36'25.40"S 131°35'22.30"E

<.01

2016 sample coordinates and assay results

2016 assay results