BARYS RESOURCES LIMITED — Capital/Financing Update 2013

Oct 3, 2013

ASX ANNOUNCEMENT

EL ROBLE UNDERGROUND SAMPLING CONFIRMS HIGH GRADE COPPER MINERALISATION

4 OCTOBER 2013

Highlights

• Further underground and stockpile sampling at El Roble, Chile, confirms ultra-high grade copper mineralisation along strike and down dip, including:

• Stockpile sampling from ore mined from ore drive floor grading up to 29.02% Cu and 2.78g/t Au and 14.62% Cu and 2.00g/t

• 0.7m @ 11.19% Cu and 0.13g/t Au (channel APCH00057)

• 1.60m @ 5.76% Cu and 0.77g/t Au (channel APCH00020)

• 3.20m @ 4.61% Cu and 0.22g/t Au including 1.00m @ 11.09% Cu and 0.58g/t Au (channel APCH00048)

• 1.10m @ 4.37% Cu and 0.70 g/t Au

• Vein continuity and grade below surface confirmed

• Surface mapping confirms vein widths up to 12m

• Mineralised veins also contain significant amounts of iron, cobalt and molybdenum

• Ruben Godoy, former team leader of IOCG and porphyry exploration team for BHP in Chile and Columbia, appointed as Mining Group’s Chilean in country exploration manager and now on site leading exploration programme

Mining Group Limited (ASX: MNE) is pleased to announce that further mapping and sampling results have confirmed the presence of high grade copper mineralisation within IOCG style veins at the El Roble project in Chile, over which Mining Group has entered into an option to acquire.

Commenting on the new results, Mining Group Managing Director Zeffron Reeves said: “Given how long we have been on the ground at El Roble and the very small area we have looked at, these results are exceptional. They provide us with further evidence that the mapped vein system at El Roble is well mineralised below surface and highly continuous along strike.

“Importantly, and what really excites us about the substantial potential of this project, is that the adits (tunnels) we have accessed so far only cover a very small strike length on three separate veins which are all well mineralised. These adits have been developed by attempting to follow the vein sets, without the benefit of any sampling, drilling or systematic exploration.

Mineralisation, although continuous, occurs as lenses in pinch and swell style, strike extensive vein systems, with mapped widths varying from 10cm to over 12m. Having been developed from surface the bulk of the mapped adits have been installed in visibly leached rock (depleted in copper by weathering) with only the main operating faces at Descubridora and Veta Gruesa, and the thin lens at False Estaca having reached high grade unleached material. Current workings at Descubridora and Veta Gruesa have only just encountered the main high grade ore shoots which are now exposed in the floor (stockpile sampling).

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Results indicate that along strike and down dip of the currently operating areas, potential sources of high grade ore exist that may support a small scale mining operation, however further work is required.

The Descubridora vein ore is currently being extracted from the south western end of the adit and being shipped as direct smelter ore (grading >9% Cu). The current workings have only recently encountered the main oreshoot in the southwest of the mine and the high grade zone is well exposed in the floor and has narrowed in the backs. High grade ore sampled from the stockpiles has been sourced from the floor. So the potential from this vein is very promising. The vein has been mapped continuously along strike for over 3.5km.

The False Estaca vein varies in width from less than 10cm to just over 1m, but is well mineralised along the entire strike length of 80m. Overall sampling indicates the high grade lens within the False Estaca Vein has an average grade of 6.13% Cu and 0.44g/t Au with an average thickness of 0.50m (using a 1% copper cut-off) and is open to the east and down dip.

The Veta Guesa vein has been mapped and sampled within numerous adits, indicating mineralisation occurs over at least a 400 metres strike length (see Figure 6). The entire structure has been mapped on surface over 3km along strike. Best results from Veta Gruesa include 1.60m @ 5.76% Cu and 0.77g/t Au and 1.50m @ 3.64% Cu and 0.27g/t Au.

Mr Reeves commented: “There are more than five mine areas we still need to assess which are easily accessible at El Roble. This affords us low cost and timely exploration data whilst preparing for the drilling of further prospective targets along strike and down dip.

“We are now getting a better picture of the substantial potential at El Roble and these results indicate that the underground areas may have the potential for us to generate small scale production in the near to medium term. At Descubridora and Veta Gruesa, the tops of the main ore bodies have only just been encountered with the adits so they are looking really interesting and the outstanding grade of the ore stockpiles demonstrates the potential.

“We are also delighted with the appointment of Ruben Godoy as Mining Group’s Chilean in-country exploration manager. As the former team leader of IOCG and porphyry project generation for BHP in Chile and Columbia, he has extensive experience working in the region on similar style deposits including having been Chief Geologist at the Candelaria Project, one of the world’s premier IOCG deposits approximately 100 kilometres south of El Roble.

“We still have a lot of work to do before we make the decision to enter into production. However, given the project’s proximity to two toll treatment plants, the exceptionally high grades, and the already opened underground areas providing almost immediate sources of ore, things are looking positive. We know that the mineralisation extends well below the surface and our goal now is to find the wider zones by using mapping, geophysics and drilling” added Mr Reeves.

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Figure 1- El Roble Project area and regional geology. Yellow box delineates approximate position of map in Figure 3. Dotted red trend line depicts interpreted mineralising trend continuing under sand cover.

Stockpile Sampling

Mining Group has undertaken grade control sampling at the Descubridora and Veta Gruesa small scale mining operations in order to ascertain the grade and volumes of material being shipped to the nearby toll treatment plants and also to assist in the assessment of these areas for future mining by the Company.

At total of 5 samples were taken from various stockpiles, 4 from Descuburidora and 1 from Veta Gruesa. The stockpiles sampled at Descubridora were from ore mined directly from the ore drive floor as the drive intersects the top of a high grade oreshoot. Table 1 presents results from this sampling and estimated tonnage of each stockpile.

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SampleID	Sample Weight (kg)	**Type **	Mine	Cu %	Au **ppm **	Co **ppm **	Fe %	Mo **ppm **	description
1009818	6.81	Stockpile	Descubridora	9.58	1.97	950	18.90	190	quartz,chalcocite and limonite
1009819	6.19	Stockpile	Descubridora	29.02	2.78	180	20.60	200	chalcocite/hematite
1009820	6.56	Stockpile	Descubridora	14.62	2.00	890	20.90	210	chalcocite
1009821	6.68	Stockpile	Descubridora	6.20	1.50	1070	20.30	170	leach ore stockpile
1009825	6.03	Stockpile	Veta Gruesa	3.18	0.59	1170	29.00	1200	limonite,chalcocite and Cu oxides

Table 1 – Grab sampling results from ore mined from the floor of the Descubridora mine (samples 10098181009821) and Veta Gruesa mine (Sample 1009825) at the El Roble Project. Details on assay and sampling methodology presented in Appendix 2.

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Figure 2 – Descubridora Mine high grade stockpile sourced from mining of ore drive floor– Sample 100819 - 29.02% Cu and 2.78g/t Au

Underground mapping and sampling

Mining Group has begun to undertake systematic assessment of all accessible underground adits and workings across the El Roble project area. There is somewhere between 15 and 30 accessible underground adits across the property occurring over a 5km strike length, as well as 5 significant historic underground mines. These adits and mines have exploited copper bearing IOCG style veins with 9 strike extensive structures having been identified and numerous secondary structures having also been exploited on a small scale.

A majority of historic exploitation has occurred from surface to no more than 50m depth, and no commercial mining activity has taken place since the early 1900s. In the coming weeks Mining Group will continue to locate, survey, map and sample as many underground areas as possible to determine the best possible area to commence a small scale mining operation, utilising the local toll treatment plants for ore processing.

The first three areas the company has assessed are the currently active mines on the Descobridora and Veta Gruesa veins, and an abandoned adit on the False Estaca vein. The False Estaca vein is a secondary vein that

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branches off a major vein that has historically been exploited to over 300m depth demonstrating down dip continuity (see Figure 3).

Work carried out by Mining Group included detailed lithological, alteration and structural mapping of each adit. Detailed three dimensional surveying of the adits, overlying topography and sample locations, and across strike systematic channel sampling across the backs (roof) of the adits. Channels were located at approximately 10m spacing along strike with samples taken continuously within geological units and a total of 183 samples were taken.

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Figure 3 – Surface geology and location of the three underground adit systems mapped and sampled – Descubridora, Dalse Estaca and Veta Gruesa. Yellow circles delineate approximate position of underground areas that have been mapped, sampled and surveyed to date.

The average grade for all samples was 0.85% Cu, 0.17g/t Au, 807 ppm Co, 10.32% Fe and 212 ppm Mo from a total of 183 samples taken, with wallrock commonly mineralised between 0.50% and 1.00% Cu. A table of significant intercepts is presented in Table 1 below, and all assay results are presented in Appendix 2, with information on sampling and assaying methodology outlined in Appendix 2. Importantly channel sampling was taken across the backs of the drives and in all likelihood, given the dip of the orebody, did not represent the best sections of the ore that has been mined.

Descubridora

The Descubridora vein is currently being worked on a small scale by the current owner of the project. Underground workings consist of airleg drives approximately 3m wide and 3m high, installed along the strike of the mineralised vein and cover approximately 80m of strike length. In the north eastern end of the adit the vein pinches to approximately 10cm in width and at the south western end of the workings the vein has widened to over 3m of width exposed in the floor of the adit (see Figure 4). A diorite dyke crosscuts the vein within the mine workings.

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The vein is striking NE-SW and dips steeply (>80°) to the NW and has now been mapped on surface by Mining Group geologists over a strike length of 3.5km.

Sampling from ore mined from the floor of this adit has retuned high grade results of 29.02% Cu and 2.78g/t Au and 14.62% Cu at 2.00g/t. Best results returned from channel sampling in the southwest part of the adit include: 3.20m @ 4.61% Cu/ 0.22g/t Au, including 1.00m @11.09% Cu and 0.58g/t Au and 2.40m @ 3.86% Cu and 2.37g/t Au. It should be noted that these samples were taken from the backs (roof) where the high grade ore shoot is narrowed.

Geological mapping indicates that the vein is continuing to widen to the southwest and down dip with high grade ore exposed in the floor of the adit across the entire width of 3m. Wall rock alteration adjacent to the high grade vein is also well mineralised with all samples from the Descubridora mine averaging 1.44% Cu and 0.24g/t Au from 37 samples.

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Figure 4 – Left, Plan view of surveyed underground adits at the Descubridora vein showing mapped geology and channel sample locations and grades for copper and gold. Red circle indicates location of main high grade ore shoot being mined from the ore drive floor

False Estaca

The False Estaca vein is interpreted to be a secondary E-W trending splay structure propagating off the main Estaca vein. The installed (now abandoned) along strike adit is approximately 330 metres south of the Descubridora workings and follows the False Estaca vein over 80 metres along strike. The vein strikes E-W and dips moderately (approximately 65°) to the north.

Best results of 0.70m @ 11.19% Cu and 1.41g/t Au and 1.30m @ 6.01% Cu and 0.15g/t Au.

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A strongly mineralised alteration halo also exists around the high grade mineralisation and the average grade of all samples taken from the False Estaca Vein being 2.03% Cu and 0.33g/t Au from 21 samples.

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Figure 5 – Left- Plan view of surveyed underground adits at the False Estaca vein showing mapped geology and channel sample locations and grades for copper and gold.

Veta Gruesa

Within Adit 4, a high grade lens has been intercepted by the current underground workings and direct smelter ore (>9% grading) is being extracted. The Veta Gruesa vein dips approximately 70° towards the north and ranges in thickness from 0.50 metres to over 4 metres.

The wall rock alteration was also well mineralised with the average grade being 0.57% Cu and 0.13g/t Au from a total of 139 samples collected.

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Figure 6– Location map of Veta Gruesa underground adits occurring over 400m strike length. VG Adit 4 is shown in Figure 6.

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Figure 7– Left, Plan view of surveyed underground adit 4 at the Veta Gruesa vein showing mapped backs (roof) geology and channel sample locations and grades for copper and gold. Red circle indicates location of main high grade ore shoot with arrow indicating direction of mining , main ore shoot is exposed in the floor the full width of the drive. Sample 1009825 – 3.18% Cu, 0.59g/t Au was taken from blasted rock from the floor in this area.

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High grade copper mineralisation confirmed with the potential for small scale mining

Underground sampling has been carried out in 3 of more than 7 small scale underground adit systems identified on the project area have confirmed the presence of high grade copper mineralisation with the potential for small scale mining.

Results indicate that along strike and down dip of the currently operating areas, potential sources of high grade ore exist that may support a small scale mining operation, however further work is required.

For further information please contact: Zeffron Reeves Managing Director zreeves@mininggroup.net.au P: + 61 8 9322 6424

Investors

Ronn Bechler Market Eye ronn.bechler@marketeye.com.au P: +61-400 009 774

About Mining Group Limited

Mining Group Limited (ASX: MNE) is an ASX listed, Australian based exploration company established to explore, evaluate and acquire commercially significant resource projects in Australia and overseas.

Mining Group seeks to develop the Comval Copper Gold Project in the Philippines and near term production at the Chilean copper project El Roble. Further, it continues to evaluate the prospective Western Australian based Boorara, Teutonic and Lake Christopher Projects.

Mining Group has a strong Board and management team with considerable technical, commercial and corporate experience in the resources sector.

For more information visit the Mining Group website at www.mininggroup.net.au

The information in this report that relates to Exploration Results is based on information compiled by Mr Zeffron Reeves (B App Sc (Hons) (Applied Geology) MBA, MAIG), a member of the Australian Institute of Geoscientists and is an employee of the Company. Mr Reeves has sufficient experience that is relevant to the style of mineralisation and type of deposit under consideration and to the activity which he is undertaking to qualify as a Competent Person as defined in the 2012 Edition of the Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves. Mr Reeves consents to the inclusion in this report of the matters based on this information in the form and context in which it appears.

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Channel_ID	ADIT	Vein	EAST	NORTH	RL	From (m)	To (m)	Interval	Cu%	Au **ppm **	Co **ppm **	Fe %	Mo **ppm **
APCH00009	ADIT-1	Veta Gruesa	344417.80	7007070.04	931.61	1.10	2.10	1.00	1.97	0.22	240	32.50	790
APCH00014	ADIT-1	Veta Gruesa	344410.96	7007065.23	930.48	1.20	2.80	1.60	1.83	0.25	1140	32.30	350
APCH00013	ADIT-1	Veta Gruesa	344390.36	7007083.75	925.17	0.60	1.00	0.40	1.73	0.54	490	32.70	890
APCH00012	ADIT-1	Veta Gruesa	344393.55	7007083.15	929.41	0.80	1.20	0.40	1.63	0.44	320	41.90	420
APCH00007	ADIT-1	Veta Gruesa	344429.28	7007072.61	935.12	0.00	3.30	3.30	1.58	0.07	286	20.10	151
APCH00008	ADIT-1	Veta Gruesa	344418.68	7007076.89	935.29	1.20	1.60	0.40	1.17	0.21	190	23.50	320
APCH00006	ADIT-1	Veta Gruesa	344433.45	7007076.20	935.60			NSI
APCH00010	ADIT-1	Veta Gruesa	344408.64	7007082.62	931.01			NSI
APCH00011	ADIT-1	Veta Gruesa	344402.67	7007086.11	929.52			NSI
APCH00015	ADIT-1	Veta Gruesa	344403.75	7007063.14	928.38			NSI
APCH00020	ADIT-2	Veta Gruesa	343872.73	7006965.70	939.38	1.40	3.00	1.60	5.76	0.77	17900	8.15	160
APCH00018	ADIT-2	Veta Gruesa	343895.43	7006967.21	944.15	1.20	3.20	2.00	1.83	0.25	1310	12.85	120
APCH00017	ADIT-2	Veta Gruesa	343901.15	7006966.01	944.05	1.90	3.70	1.80	1.20	0.18	3470	18.10	380
APCH00025	ADIT-2	Veta Gruesa	343823.23	7006968.03	929.63	1.20	2.40	1.20	1.10	0.08	2170	6.88	90
APCH00016	ADIT-2	Veta Gruesa	343911.73	7006968.32	943.81			NSI
APCH00019	ADIT-2	Veta Gruesa	343879.13	7006968.25	941.19			NSI
APCH00021	ADIT-2	Veta Gruesa	343860.20	7006969.66	937.59			NSI
APCH00022	ADIT-2	Veta Gruesa	343851.56	7006970.21	935.29			NSI
APCH00023	ADIT-2	Veta Gruesa	343842.65	7006970.20	933.31			NSI
APCH00024	ADIT-2	Veta Gruesa	343833.32	7006971.18	931.28			NSI
APCH00026	ADIT-2	Veta Gruesa	343813.71	7006967.27	926.97			NSI
APCH00027	ADIT-2	Veta Gruesa	343804.37	7006971.14	924.68			NSI
APCH00028	ADIT-2	Veta Gruesa	343913.65	7006971.67	937.33			NSI
APCH00029	ADIT-2	Veta Gruesa	343899.04	7006973.97	933.91			NSI
APCH00032	ADIT-3	Veta Gruesa	344485.67	7007108.05	904.76	0.80	2.30	1.50	3.64	0.27	1950	13.30	400
APCH00031	ADIT-3	Veta Gruesa	344495.58	7007107.19	905.99	1.00	3.20	2.20	1.59	0.43	860	10.65	800
APCH00030	ADIT-3	Veta Gruesa	344505.86	7007108.07	907.42			NSI
APCH00033	ADIT-3	Veta Gruesa	344477.91	7007110.51	904.14			NSI
APCH00034	ADIT-3	Veta Gruesa	344468.16	7007112.27	902.60			NSI
APCH00035	ADIT-3	Veta Gruesa	344458.31	7007111.56	902.03			NSI
APCH00036	ADIT-3	Veta Gruesa	344452.08	7007113.05	898.74			NSI
APCH00037	ADIT-3	Veta Gruesa	344442.33	7007112.20	898.90			NSI
APCH00043	ADIT-4	Veta Gruesa	344227.47	7007027.98	910.84	1.00	2.40	1.40	3.37	0.20	1030	42.80	480
APCH00044	ADIT-4	Veta Gruesa	344242.51	7007033.74	909.65	1.80	3.30	1.50	2.04	0.20	720	30.70	920
APCH00038	ADIT-4	Veta Gruesa	344242.35	7007021.42	924.83	1.10	2.10	1.00	1.75	0.20	360	10.60	730
APCH00042	ADIT-4	Veta Gruesa	344218.02	7007024.99	910.36	1.50	3.90	2.40	1.50	0.25	310	14.35	520
APCH00039	ADIT-4	Veta Gruesa	344232.76	7007023.76	922.65			NSI
APCH00040	ADIT-4	Veta Gruesa	344225.66	7007023.31	920.35			NSI
APCH00041	ADIT-4	Veta Gruesa	344211.06	7007023.20	917.31			NSI
APCH00046	ADIT-5	Veta Gruesa	344289.23	7007028.00	940.01	0.00	4.60	4.60	0.99	0.22	285	15.80	321
APCH00045	ADIT-5	Veta Gruesa	344322.20	7007028.81	938.33			NSI
APCH00048	ADIT-6	Descubridora	343581.04	7007909.90	889.09	0.00	3.20	3.20	4.61	0.22	266	7.02	20
APCH00047	ADIT-6	Descubridora	343568.16	7007903.52	891.25	0.00	2.00	2.00	2.50	1.29	495	18.43	102
APCH00051	ADIT-6	Descubridora	343597.96	7007927.39	895.80	0.60	2.90	2.30	2.06	0.49	285	6.78	18
APCH00050	ADIT-6	Descubridora	343592.81	7007921.64	894.26	0.80	2.90	2.10	1.21	0.27	160	9.00	44
APCH00049	ADIT-6	Descubridora	343595.23	7007912.28	892.37	0.00	1.70	1.70	1.08	0.02	130	3.41	5
APCH00059	ADIT-6	Descubridora	343610.42	7007936.52	894.40			NSI
APCH00060	ADIT-6	Descubridora	343616.05	7007941.12	892.57			NSI
APCH00061	ADIT-6	Descubridora	343623.30	7007945.45	890.99			NSI
APCH00057	ADIT-7	FalseEstaca	343703.80	7007609.76	965.39	0.80	1.50	0.70	11.19	0.13	1330	0.01	5
APCH00052	ADIT-7	FalseEstaca	343747.29	7007618.58	957.97	1.00	1.40	0.40	7.44	0.99	1410	8.16	10
APCH00056	ADIT-7	FalseEstaca	343710.93	7007611.04	964.36	1.00	1.30	0.30	6.01	0.15	600	0.02	4
APCH00054	ADIT-7	FalseEstaca	343731.59	7007613.92	961.03	0.90	1.30	0.40	2.97	0.69	3280	11.55	90
APCH00053	ADIT-7	FalseEstaca	343740.40	7007616.03	959.07	0.90	1.30	0.40	2.74	0.31	920	10.30	70
APCH00055	ADIT-7	FalseEstaca	343720.99	7007612.50	963.43	0.90	1.30	0.40	2.58	0.57	2102	9.42	45
APCH00058	ADIT-7	FalseEstaca	343693.34	7007606.80	967.21			NSI
APCH00062	ADIT-8	Veta Gruesa	344318.87	7007024.43	947.20			NSI
APCH00063	ADIT-8	Veta Gruesa	344328.68	7007027.85	947.10			NSI
APCH00064	ADIT-8	Veta Gruesa	344344.98	7007036.55	947.00			NSI
APCH00065	ADIT-3	Veta Gruesa						NSI
APCH00066	ADIT-7	Descubridora				1.50	3.20	1.70	1.41	0.88	3269	12.64	151
APCH00067	ADIT-7	Descubridora				1.10	3.50	2.40	3.86	2.37	763	18.77	120
APCH00068	ADIT-7	Descubridora				0.00	3.00	3.00	0.98	2.40	1893	12.64	158
APCH00069	ADIT-4	Veta Gruesa						NSI

Table 2 – Significant intercept table for all underground channel samples. Significant intervals calculated using weighted average, 1% Cu cut off and 0.25m internal dilution. Widths reported are channel widths and NOT vein thickness.

Appendix 1

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Sample table for all samples taken from underground adits.

VEIN	ADIT	Channel_ID	SAMPLE_ID	EAST	NORTH	LEVEL	From	To	Cu%	Au **ppm **	Co **ppm **	Fe %	Mo **ppm **
Veta Gruesa	ADIT-1	APCH00006	ACPCH000070	344433.45	7007076.20	935.60	0.0	2.6	0.27	0.02	110	12.65	50
Veta Gruesa	ADIT-1	APCH00006	ACPCH000071	344433.85	7007074.69	936.61	2.6	3.0	0.25	0.05	100	9.67	70
Veta Gruesa	ADIT-1	APCH00006	ACPCH000072	344434.16	7007073.61	935.58	3.0	4.8	0.31	0.01	110	3.99	5
Veta Gruesa	ADIT-1	APCH00007	ACPCH000073	344428.38	7007075.82	935.03	0.0	1.5	1.46	0.04	150	9.07	20
Veta Gruesa	ADIT-1	APCH00007	ACPCH000074	344428.66	7007074.27	936.01	1.5	3.3	1.68	0.10	400	29.30	260
Veta Gruesa	ADIT-1	APCH00007	ACPCH000075	344429.28	7007072.61	935.12	3.3	5.1	0.61	0.10	110	4.44	5
Veta Gruesa	ADIT-1	APCH00008	ACPCH000076	344419.05	7007077.69	933.55	0.0	1.2	0.16	0.01	40	4.85	5
Veta Gruesa	ADIT-1	APCH00008	ACPCH000077	344418.88	7007077.83	934.69	1.2	1.6	1.17	0.21	190	23.50	320
Veta Gruesa	ADIT-1	APCH00008	ACPCH000078	344418.68	7007076.89	935.29	1.6	2.4	0.18	0.01	30	5.65	30
Veta Gruesa	ADIT-1	APCH00008	ACPCH000079	344418.16	7007074.86	935.31	2.4	5.3	0.89	0.04	430	18.45	320
Veta Gruesa	ADIT-1	APCH00009	ACPCH000080	344417.87	7007071.40	933.49	0.0	1.1	0.58	0.06	80	6.61	5
Veta Gruesa	ADIT-1	APCH00009	ACPCH000081	344417.75	7007070.30	932.67	1.1	2.1	1.97	0.22	240	32.50	790
Veta Gruesa	ADIT-1	APCH00009	ACPCH000082	344417.80	7007070.04	931.61	2.1	2.6	0.20	0.03	60	5.48	5
Veta Gruesa	ADIT-1	APCH00010	ACPCH000083	344408.64	7007082.62	931.01	0.0	0.6	0.22	0.06	<10	11.75	1120
Veta Gruesa	ADIT-1	APCH00010	ACPCH000084	344408.52	7007082.71	931.50	0.6	1.2	0.82	0.29	50	39.60	790
Veta Gruesa	ADIT-1	APCH00010	ACPCH000085	344408.42	7007082.76	932.30	1.2	2.1	0.11	0.10	10	3.55	50
Veta Gruesa	ADIT-1	APCH00010	ACPCH000086	344408.46	7007082.84	933.29	2.1	3.0	0.81	1.39	10	32.00	1140
Veta Gruesa	ADIT-1	APCH00010	ACPCH000087	344408.16	7007082.63	934.02	3.0	3.7	0.12	0.01	10	3.50	10
Veta Gruesa	ADIT-1	APCH00011	ACPCH000088	344402.67	7007086.11	929.52	0.0	0.5	0.27	0.06	20	3.26	50
Veta Gruesa	ADIT-1	APCH00011	ACPCH000089	344402.65	7007086.32	929.82	0.5	0.7	0.96	0.55	70	34.20	960
Veta Gruesa	ADIT-1	APCH00011	ACPCH000090	344402.51	7007086.46	930.40	0.7	1.6	0.13	0.01	10	2.99	5
Veta Gruesa	ADIT-1	APCH00012	ACPCH000091	344393.71	7007083.38	928.26	0.0	0.8	0.32	0.02	50	4.99	10
Veta Gruesa	ADIT-1	APCH00012	ACPCH000092	344393.64	7007083.34	928.83	0.8	1.2	1.63	0.44	320	41.90	420
Veta Gruesa	ADIT-1	APCH00012	ACPCH000093	344393.55	7007083.15	929.41	1.2	1.9	0.35	0.02	80	4.35	5
Veta Gruesa	ADIT-1	APCH00013	ACPCH000094	344389.32	7007082.23	926.25	0.0	0.6	0.15	0.03	90	5.50	20
Veta Gruesa	ADIT-1	APCH00013	ACPCH000095	344390.36	7007083.75	925.17	0.6	1.0	1.73	0.54	490	32.70	890
Veta Gruesa	ADIT-1	APCH00014	ACPCH000096	344408.98	7007066.40	930.43	0.0	1.2	0.08	0.02	160	7.93	30
Veta Gruesa	ADIT-1	APCH00014	ACPCH000097	344409.92	7007065.57	930.82	1.2	2.8	1.83	0.25	1140	32.30	350
Veta Gruesa	ADIT-1	APCH00014	ACPCH000098	344410.96	7007065.23	930.48	2.8	3.5	0.91	0.19	2080	19.10	110
Veta Gruesa	ADIT-1	APCH00015	ACPCH000099	344403.75	7007063.14	928.38	0.0	0.6	0.84	0.09	220	18.25	400
Veta Gruesa	ADIT-1	APCH00015	ACPCH000100	344403.43	7007062.15	928.12	0.6	1.4	0.33	0.04	170	23.00	170
Veta Gruesa	ADIT-1	APCH00015	ACPCH000101	344403.79	7007061.48	927.90	1.4	2.1	0.07	0.03	180	5.19	10
Veta Gruesa	ADIT-2	APCH00016	ACPCH000102	343911.73	7006968.32	943.81	0.0	0.7	0.11	0.02	430	4.04	20
Veta Gruesa	ADIT-2	APCH00016	ACPCH000103	343911.65	7006967.29	944.73	0.7	1.7	0.15	0.05	630	2.66	100
Veta Gruesa	ADIT-2	APCH00016	ACPCH000104	343911.51	7006966.39	944.00	1.7	2.9	0.09	0.02	2530	2.82	60
Veta Gruesa	ADIT-2	APCH00017	ACPCH000105	343902.67	7006969.62	945.15	0.0	1.0	0.11	0.01	950	4.63	5
Veta Gruesa	ADIT-2	APCH00017	ACPCH000106	343901.02	7006969.00	945.66	1.0	1.9	0.27	0.03	830	10.20	20
Veta Gruesa	ADIT-2	APCH00017	ACPCH000107	343900.51	7006967.52	945.04	1.9	3.7	1.20	0.18	3470	18.10	380
Veta Gruesa	ADIT-2	APCH00017	ACPCH000108	343901.15	7006966.01	944.05	3.7	4.0	0.08	0.01	1760	1.49	20
Veta Gruesa	ADIT-2	APCH00018	ACPCH000109	343892.04	7006971.10	943.03	0.0	1.2	0.02	<0.005	110	3.58	5
Veta Gruesa	ADIT-2	APCH00018	ACPCH000110	343893.98	7006969.36	944.08	1.2	3.2	1.83	0.25	1310	12.85	120
Veta Gruesa	ADIT-2	APCH00018	ACPCH000111	343895.43	7006967.21	944.15	3.2	4.4	0.20	0.05	900	4.36	120
Veta Gruesa	ADIT-2	APCH00019	ACPCH000112	343879.13	7006968.25	941.19	0.0	1.3	0.02	<0.005	360	4.56	5
Veta Gruesa	ADIT-2	APCH00019	ACPCH000113	343879.63	7006967.07	941.43	1.3	2.8	0.75	0.03	3090	8.16	40
Veta Gruesa	ADIT-2	APCH00019	ACPCH000114	343880.10	7006966.31	940.75	2.8	3.7	0.37	0.13	6370	11.50	1120
Veta Gruesa	ADIT-2	APCH00020	ACPCH000115	343871.52	7006967.47	940.01	0.0	1.4	0.75	0.28	1060	15.25	210
Veta Gruesa	ADIT-2	APCH00020	ACPCH000116	343872.22	7006966.21	940.13	1.4	3.0	5.76	0.77	17900	8.15	160
Veta Gruesa	ADIT-2	APCH00020	ACPCH000117	343872.73	7006965.70	939.38	3.0	3.5	0.22	0.06	11600	7.66	160
Veta Gruesa	ADIT-2	APCH00021	ACPCH000118	343860.20	7006969.66	937.59	0.0	1.0	0.17	0.01	140	4.53	10
Veta Gruesa	ADIT-2	APCH00021	ACPCH000119	343859.69	7006968.50	937.45	1.0	3.2	0.10	0.05	190	5.67	60
Veta Gruesa	ADIT-2	APCH00021	ACPCH000120	343859.87	7006967.54	936.83	3.2	4.2	0.12	0.05	980	4.29	140
Veta Gruesa	ADIT-2	APCH00022	ACPCH000121	343851.56	7006970.21	935.29	0.0	1.2	0.01	<0.005	130	3.06	5
Veta Gruesa	ADIT-2	APCH00022	ACPCH000122	343851.28	7006969.24	936.15	1.2	1.7	0.58	0.98	2410	22.10	230
Veta Gruesa	ADIT-2	APCH00022	ACPCH000123	343851.46	7006968.39	935.84	1.7	2.9	0.38	0.03	1780	4.99	40
Veta Gruesa	ADIT-2	APCH00022	ACPCH000124	343851.76	7006967.59	935.51	2.9	3.9	0.52	0.07	920	5.64	280
Veta Gruesa	ADIT-2	APCH00022	ACPCH000125	343851.94	7006967.41	935.07	3.9	4.7	0.17	0.03	720	2.91	150
Veta Gruesa	ADIT-2	APCH00023	ACPCH000126	343842.65	7006970.20	933.31	0.0	1.0	0.01	0.01	90	4.14	5
Veta Gruesa	ADIT-2	APCH00023	ACPCH000127	343842.31	7006968.89	933.88	1.0	2.4	0.01	<0.005	30	2.20	5
Veta Gruesa	ADIT-2	APCH00023	ACPCH000128	343842.53	7006967.69	933.49	2.4	3.3	0.24	0.02	160	4.03	80
Veta Gruesa	ADIT-2	APCH00023	ACPCH000129	343842.72	7006967.33	932.84	3.3	3.9	0.37	0.17	350	6.81	90
Veta Gruesa	ADIT-2	APCH00024	ACPCH000130	343833.32	7006971.18	931.28	0.0	2.4	0.02	0.01	20	4.71	5
Veta Gruesa	ADIT-2	APCH00024	ACPCH000131	343833.58	7006969.43	931.67	2.4	3.8	0.07	0.10	480	7.07	180
Veta Gruesa	ADIT-2	APCH00024	ACPCH000132	343834.01	7006968.31	931.09	3.8	4.9	0.02	<0.005	20	5.58	5
Veta Gruesa	ADIT-2	APCH00025	ACPCH000133	343823.41	7006969.99	929.80	0.0	1.2	0.07	0.01	280	4.37	5
Veta Gruesa	ADIT-2	APCH00025	ACPCH000134	343823.29	7006968.76	930.32	1.2	2.4	1.10	0.08	2170	6.88	90
Veta Gruesa	ADIT-2	APCH00025	ACPCH000135	343823.23	7006968.03	929.63	2.4	2.8	0.06	0.01	640	4.28	5
Veta Gruesa	ADIT-2	APCH00026	ACPCH000136	343813.23	7006970.39	927.76	0.0	2.3	0.05	0.01	1260	6.38	5
VEIN	ADIT	Channel_ID	SAMPLE_ID	EAST	NORTH	LEVEL	From	To	Cu%	Au **ppm **	Co **ppm **	Fe %	Mo **ppm **

11

Veta Gruesa	ADIT-2	APCH00026	ACPCH000137	343813.40	7006968.58	927.91	2.3	3.7	0.40	0.03	960	6.99	180
Veta Gruesa	ADIT-2	APCH00026	ACPCH000138	343813.71	7006967.27	926.97	3.7	4.5	0.17	0.03	140	5.06	40
Veta Gruesa	ADIT-2	APCH00027	ACPCH000139	343804.37	7006971.14	924.68	0.0	0.4	0.53	<0.005	1410	3.01	30
Veta Gruesa	ADIT-2	APCH00027	ACPCH000140	343803.99	7006969.54	925.16	0.4	2.6	0.89	0.13	1260	9.62	400
Veta Gruesa	ADIT-2	APCH00027	ACPCH000141	343804.49	7006967.98	925.31	2.6	4.0	0.06	0.01	20	4.30	5
Veta Gruesa	ADIT-2	APCH00028	ACPCH000142	343913.65	7006971.67	937.33	0.0	0.5	0.01	<0.005	90	3.07	40
Veta Gruesa	ADIT-2	APCH00028	ACPCH000143	343913.65	7006971.38	936.99	0.5	0.8	0.07	0.02	220	3.95	160
Veta Gruesa	ADIT-2	APCH00028	ACPCH000144	343913.63	7006971.38	936.32	0.8	1.8	0.01	0.01	130	4.36	140
Veta Gruesa	ADIT-2	APCH00029	ACPCH000145	343899.04	7006973.97	933.91	0.0	0.7	0.44	0.18	280	8.20	2240
Veta Gruesa	ADIT-2	APCH00029	ACPCH000146	343898.80	7006973.07	933.68	0.7	1.6	0.01	<0.005	20	4.84	5
Veta Gruesa	ADIT-2	APCH00029	ACPCH000147	343899.37	7006972.24	933.75	1.6	2.5	0.58	0.04	280	11.30	710
Veta Gruesa	ADIT-3	APCH00030	ACPCH000148	344505.86	7007108.07	907.42	0.0	1.0	0.39	0.14	330	7.41	50
Veta Gruesa	ADIT-3	APCH00030	ACPCH000149	344504.57	7007106.59	907.97	1.0	4.3	1.42	0.15	700	14.00	520
Veta Gruesa	ADIT-3	APCH00030	ACPCH000150	344504.07	7007104.85	907.44	4.3	5.8	0.62	0.04	100	6.44	80
Veta Gruesa	ADIT-3	APCH00031	ACPCH000151	344495.49	7007109.84	906.61	0.0	1.0	0.04	0.01	30	4.78	5
Veta Gruesa	ADIT-3	APCH00031	ACPCH000152	344495.51	7007108.35	906.84	1.0	3.2	1.59	0.43	860	10.65	800
Veta Gruesa	ADIT-3	APCH00031	ACPCH000153	344495.58	7007107.19	905.99	3.2	4.1	0.31	0.03	270	3.60	20
Veta Gruesa	ADIT-3	APCH00032	ACPCH000154	344485.68	7007110.28	904.81	0.0	0.8	0.48	0.05	140	5.10	5
Veta Gruesa	ADIT-3	APCH00032	ACPCH000155	344485.63	7007109.07	905.25	0.8	2.3	3.64	0.27	1950	13.30	400
Veta Gruesa	ADIT-3	APCH00032	ACPCH000156	344485.67	7007108.05	904.76	2.3	2.7	0.54	0.03	410	3.21	50
Veta Gruesa	ADIT-3	APCH00033	ACPCH000157	344477.91	7007110.51	904.14	0.0	0.7	0.59	0.02	650	10.30	90
Veta Gruesa	ADIT-3	APCH00033	ACPCH000158	344477.72	7007109.42	904.46	0.7	2.5	0.98	0.14	1230	15.25	590
Veta Gruesa	ADIT-3	APCH00033	ACPCH000159	344477.74	7007108.65	903.85	2.5	3.6	0.47	0.03	370	5.35	20
Veta Gruesa	ADIT-3	APCH00034	ACPCH000160	344468.16	7007112.27	902.60	0.0	0.7	0.24	0.01	90	6.94	60
Veta Gruesa	ADIT-3	APCH00034	ACPCH000161	344467.69	7007111.15	902.84	0.7	2.4	0.49	0.05	250	33.50	1440
Veta Gruesa	ADIT-3	APCH00034	ACPCH000162	344467.36	7007110.16	902.29	2.4	3.4	0.05	0.01	30	4.49	5
Veta Gruesa	ADIT-3	APCH00035	ACPCH000163	344458.31	7007111.56	902.03	0.0	1.0	0.22	0.01	40	7.52	160
Veta Gruesa	ADIT-3	APCH00035	ACPCH000164	344457.94	7007110.75	902.08	1.0	1.9	0.81	0.35	40	45.10	1450
Veta Gruesa	ADIT-3	APCH00035	ACPCH000165	344457.88	7007109.97	901.82	1.9	2.4	0.36	0.04	50	7.47	90
Veta Gruesa	ADIT-3	APCH00036	ACPCH000166	344452.08	7007113.05	898.74	0.0	0.4	0.62	0.02	20	5.41	180
Veta Gruesa	ADIT-3	APCH00036	ACPCH000167	344451.86	7007113.13	899.48	0.4	1.5	0.89	0.48	90	34.00	1390
Veta Gruesa	ADIT-3	APCH00036	ACPCH000168	344451.67	7007112.98	900.25	1.5	2.1	0.17	0.02	30	5.38	20
Veta Gruesa	ADIT-3	APCH00037	ACPCH000169	344442.33	7007112.20	898.90	0.0	0.9	0.37	0.06	70	7.51	100
Veta Gruesa	ADIT-3	APCH00037	ACPCH000170	344442.27	7007113.55	898.82	0.9	1.6	0.35	0.24	220	13.75	660
Veta Gruesa	ADIT-3	APCH00037	ACPCH000171	344442.31	7007114.71	898.11	1.6	3.0	0.17	0.02	40	7.24	20
Veta Gruesa	ADIT-4	APCH00038	ACPCH000172	344243.66	7007023.42	924.69	0.0	1.1	0.81	<0.005	480	7.48	40
Veta Gruesa	ADIT-4	APCH00038	ACPCH000173	344242.73	7007022.69	924.90	1.1	2.1	1.75	0.20	360	10.60	730
Veta Gruesa	ADIT-4	APCH00038	ACPCH000174	344242.35	7007021.42	924.83	2.1	3.6	0.43	0.02	570	4.42	50
Veta Gruesa	ADIT-4	APCH00038	ACPCH000175	344242.59	7007020.24	924.00	3.6	4.4	0.17	0.01	80	5.28	5
Veta Gruesa	ADIT-4	APCH00039	ACPCH000176	344232.76	7007023.76	922.65	0.0	1.3	0.14	0.03	360	6.01	30
Veta Gruesa	ADIT-4	APCH00039	ACPCH000177	344232.57	7007022.63	923.16	1.3	2.5	0.87	0.62	7240	27.40	1400
Veta Gruesa	ADIT-4	APCH00039	ACPCH000178	344232.64	7007021.34	922.57	2.5	4.0	0.23	0.01	510	5.63	10
Veta Gruesa	ADIT-4	APCH00040	ACPCH000179	344225.66	7007023.31	920.35	0.0	1.2	0.25	0.01	570	6.48	20
Veta Gruesa	ADIT-4	APCH00040	ACPCH000180	344225.59	7007022.23	920.53	1.2	2.6	0.71	0.12	1800	30.20	430
Veta Gruesa	ADIT-4	APCH00040	ACPCH000181	344225.79	7007020.94	920.00	2.6	4.2	0.10	0.01	810	5.60	20
Veta Gruesa	ADIT-4	APCH00041	ACPCH000182	344211.06	7007023.20	917.31	0.0	1.5	0.29	0.05	930	13.50	340
Veta Gruesa	ADIT-4	APCH00041	ACPCH000183	344211.12	7007021.59	917.06	1.5	2.7	0.40	0.03	1960	5.66	10
Veta Gruesa	ADIT-4	APCH00041	ACPCH000184	344211.19	7007020.99	916.28	2.7	3.1	0.12	<0.005	150	4.39	5
Veta Gruesa	ADIT-4	APCH00042	ACPCH000185	344216.74	7007028.30	911.57	0.0	1.5	0.01	0.01	40	5.60	5
Veta Gruesa	ADIT-4	APCH00042	ACPCH000186	344217.63	7007026.51	910.78	1.5	3.9	1.50	0.25	310	14.35	520
Veta Gruesa	ADIT-4	APCH00042	ACPCH000187	344218.02	7007024.99	910.36	3.9	4.6	0.31	0.03	120	23.00	4020
Veta Gruesa	ADIT-4	APCH00042	ACPCH000188	344218.27	7007023.79	910.43	4.6	6.4	0.05	<0.005	50	4.45	10
Veta Gruesa	ADIT-4	APCH00043	ACPCH000189	344228.04	7007027.00	910.50	0.0	1.0	0.48	0.04	1600	7.53	30
Veta Gruesa	ADIT-4	APCH00043	ACPCH000190	344226.90	7007028.84	910.32	1.0	2.4	3.37	0.20	1030	42.80	480
Veta Gruesa	ADIT-4	APCH00043	ACPCH000191	344227.47	7007027.98	910.84	2.4	4.0	0.70	0.03	2930	12.05	200
Veta Gruesa	ADIT-4	APCH00044	ACPCH000192	344240.51	7007035.59	909.75	0.0	1.8	0.35	0.03	340	5.92	5
Veta Gruesa	ADIT-4	APCH00044	ACPCH000193	344241.49	7007034.56	910.23	1.8	3.3	2.04	0.20	720	30.70	920
Veta Gruesa	ADIT-4	APCH00044	ACPCH000194	344242.51	7007033.74	909.65	3.3	4.7	0.80	0.08	220	13.45	160
Veta Gruesa	ADIT-5	APCH00045	ACPCH000195	344322.20	7007028.81	938.33	0.0	0.8	0.38	0.03	280	4.07	20
Veta Gruesa	ADIT-5	APCH00045	ACPCH000196	344323.09	7007029.80	939.14	0.8	2.7	0.58	0.52	950	28.60	360
Veta Gruesa	ADIT-5	APCH00045	ACPCH000197	344323.56	7007031.46	939.50	2.7	4.4	0.14	0.08	100	7.60	40
Veta Gruesa	ADIT-5	APCH00046	ACPCH000198	344286.75	7007023.84	939.84	0.0	1.4	1.15	0.07	250	27.60	740
Veta Gruesa	ADIT-5	APCH00046	ACPCH000199	344288.88	7007026.62	939.23	1.4	3.3	0.30	0.03	390	10.70	130
Veta Gruesa	ADIT-5	APCH00046	ACPCH000200	344289.23	7007028.00	940.01	3.3	4.6	1.81	0.66	170	10.55	150
Veta Gruesa	ADIT-8	APCH00062	ACPCH000245	344318.87	7007024.43	947.20	0.0	0.4	0.07	0.01	70	4.47	5
Veta Gruesa	ADIT-8	APCH00062	ACPCH000246	344318.67	7007025.42	947.90	0.4	2.7	0.56	0.28	1890	34.00	1100
Veta Gruesa	ADIT-8	APCH00062	ACPCH000247	344318.45	7007026.39	948.20	2.7	3.9	0.84	0.15	870	10.20	100
Veta Gruesa	ADIT-8	APCH00063	ACPCH000248	344328.68	7007027.85	947.10	0.0	0.9	0.11	0.12	300	5.45	60
Veta Gruesa	ADIT-8	APCH00063	ACPCH000249	344328.30	7007028.81	947.80	0.9	2.8	0.18	0.42	680	27.10	560
Veta Gruesa	ADIT-8	APCH00063	ACPCH000250	344327.68	7007030.27	948.10	2.8	3.4	0.17	0.03	390	12.10	340
Veta Gruesa	ADIT-8	APCH00064	ACPCH000251	344344.98	7007036.55	947.00	0.0	1.0	0.03	<0.005	120	4.74	5
Veta Gruesa	ADIT-8	APCH00064	ACPCH000252	344344.38	7007037.55	947.50	1.0	2.5	0.95	0.17	2720	12.80	180
Descubridora	Adit-6	APCH00047	ACPCH000201	343569.65	7007901.85	890.15	0.0	0.6	1.24	0.13	460	15.00	60
VEIN	ADIT	Channel_ID	SAMPLE_ID	EAST	NORTH	LEVEL	From	To	Cu%	Au **ppm **	Co **ppm **	Fe %	Mo **ppm **
Descubridora	Adit-6	APCH00047	ACPCH000202	343568.73	7007902.68	890.67	0.6	2.0	3.04	1.79	510	19.90	120

12

Descubridora	Adit-6	APCH00047	ACPCH000203	343568.16	7007903.52	891.25	2.0	3.8	0.88	0.03	860	5.26	5
Descubridora	Adit-6	APCH00048	ACPCH000204	343579.41	7007911.23	890.09	0.0	0.6	1.82	0.10	140	5.39	10
Descubridora	Adit-6	APCH00048	ACPCH000205	343580.32	7007911.17	889.70	0.6	1.6	11.09	0.58	430	8.88	50
Descubridora	Adit-6	APCH00048	ACPCH000206	343581.04	7007909.90	889.09	1.6	3.2	1.61	0.04	210	6.47	5
Descubridora	Adit-6	APCH00049	ACPCH000207	343593.78	7007911.13	893.04	0.0	1.7	1.08	0.02	130	3.41	5
Descubridora	Adit-6	APCH00049	ACPCH000208	343595.23	7007912.28	892.37	1.7	2.5	0.07	0.01	60	2.12	5
Descubridora	Adit-6	APCH00050	ACPCH000209	343590.62	7007922.24	894.26	0.0	0.8	0.86	0.01	130	7.13	5
Descubridora	Adit-6	APCH00050	ACPCH000210	343591.78	7007921.92	894.86	0.8	2.3	1.01	0.37	160	10.00	60
Descubridora	Adit-6	APCH00050	ACPCH000211	343592.81	7007921.64	894.26	2.3	2.9	1.72	0.02	160	6.49	5
Descubridora	Adit-6	APCH00051	ACPCH000212	343597.69	7007929.84	895.73	0.0	0.6	0.69	0.01	430	4.86	5
Descubridora	Adit-6	APCH00051	ACPCH000213	343597.97	7007928.95	896.26	0.6	2.3	1.77	0.16	170	5.69	10
Descubridora	Adit-6	APCH00051	ACPCH000214	343597.96	7007927.39	895.80	2.3	2.9	2.89	1.42	610	9.88	40
Descubridora	Adit-6	APCH00059	ACPCH000236	343610.42	7007936.52	894.40	0.0	0.7	0.04	0.01	70	4.48	5
Descubridora	Adit-6	APCH00059	ACPCH000237	343610.02	7007936.91	894.41	0.7	1.1	0.33	0.14	300	6.33	30
Descubridora	Adit-6	APCH00059	ACPCH000238	343609.60	7007937.28	893.97	1.1	1.9	0.20	0.02	200	4.58	5
Descubridora	Adit-6	APCH00060	ACPCH000239	343616.05	7007941.12	892.57	0.0	0.7	0.34	<0.005	180	4.74	5
Descubridora	Adit-6	APCH00060	ACPCH000240	343615.65	7007941.54	892.56	0.7	1.1	1.12	0.35	580	13.65	80
Descubridora	Adit-6	APCH00060	ACPCH000241	343615.34	7007941.83	892.19	1.1	1.8	0.80	0.10	60	4.30	10
Descubridora	Adit-6	APCH00061	ACPCH000242	343623.30	7007945.45	890.99	0.0	0.9	0.08	0.01	80	4.97	5
Descubridora	Adit-6	APCH00061	ACPCH000243	343623.05	7007945.91	890.92	0.9	1.1	0.37	0.03	2770	15.95	70
Descubridora	Adit-6	APCH00061	ACPCH000244	343622.88	7007946.20	890.45	1.1	1.8	0.01	0.01	210	8.61	5
False Estaca	Adit -7	APCH00052	ACPCH000215	343747.53	7007617.64	957.92	0.0	1.0	0.04	0.01	170	4.90	5
False Estaca	Adit -7	APCH00052	ACPCH000216	343747.39	7007618.22	958.21	1.0	1.4	7.44	0.99	1410	8.16	10
False Estaca	Adit -7	APCH00052	ACPCH000217	343747.29	7007618.58	957.97	1.4	1.9	1.00	0.07	3440	9.26	10
False Estaca	Adit -7	APCH00053	ACPCH000218	343740.74	7007614.53	959.68	0.0	0.9	0.81	0.21	420	7.08	10
False Estaca	Adit -7	APCH00053	ACPCH000219	343740.48	7007615.25	959.65	0.9	1.3	2.74	0.31	920	10.30	70
False Estaca	Adit -7	APCH00053	ACPCH000220	343740.40	7007616.03	959.07	1.3	2.4	0.03	<0.005	40	4.75	5
False Estaca	Adit -7	APCH00054	ACPCH000221	343731.82	7007612.88	961.27	0.0	0.9	0.10	0.02	110	4.91	5
False Estaca	Adit -7	APCH00054	ACPCH000222	343731.72	7007613.52	961.33	0.9	1.3	2.97	0.69	3280	11.55	90
False Estaca	Adit -7	APCH00054	ACPCH000223	343731.59	7007613.92	961.03	1.3	2.1	0.66	0.96	220	4.69	5
False Estaca	Adit -7	APCH00055	ACPCH000224	343721.40	7007611.43	963.24	0.0	0.9	0.78	0.07	560	4.78	5
False Estaca	Adit -7	APCH00055	ACPCH000225	343721.19	7007612.02	963.39	0.9	1.3	4.50	1.45	2700	12.35	70
False Estaca	Adit -7	APCH00055	ACPCH000226	343720.99	7007612.50	963.43	1.3	2.0	1.48	0.07	1760	7.74	30
False Estaca	Adit -7	APCH00056	ACPCH000227	343711.12	7007610.01	964.85	0.0	1.0	0.85	0.01	1030	4.67	20
False Estaca	Adit -7	APCH00056	ACPCH000228	343711.03	7007610.65	964.82	1.0	1.3	6.01	0.90	600	13.65	60
False Estaca	Adit -7	APCH00056	ACPCH000229	343710.93	7007611.04	964.36	1.3	1.8	0.88	0.04	960	4.88	5
False Estaca	Adit -7	APCH00057	ACPCH000230	343703.91	7007608.20	965.92	0.0	0.8	0.07	0.01	50	4.65	5
False Estaca	Adit -7	APCH00057	ACPCH000231	343703.93	7007608.99	965.86	0.8	1.5	11.19	1.41	1330	16.20	80
False Estaca	Adit -7	APCH00057	ACPCH000232	343703.80	7007609.76	965.39	1.5	2.1	0.06	<0.005	20	5.02	5
False Estaca	Adit -7	APCH00058	ACPCH000233	343693.34	7007606.80	967.21	0.0	1.0	0.10	0.01	20	5.92	5
False Estaca	Adit -7	APCH00058	ACPCH000234	343693.44	7007607.69	967.19	1.0	1.7	0.71	0.02	40	4.14	20
False Estaca	Adit -7	APCH00058	ACPCH000235	343693.33	7007608.42	966.72	1.7	2.4	0.30	0.03	420	4.44	10

APPENDIX 2: JORC Table 1, Section 1 Sampling Techniques and Data

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Criteria	Explanation
Sampling techniques	• Rock chip samples collected are of a minimum 2kg weight. • Minimum sample interval was 0.50m and maximum of 2.00m were collected along adit roof and adit walls. • Stockpile samples were randomly collected grab samples from across each stockpile. • Samples were sent to ALS Laboratories, Copiapo, Chile • Samples were pulverised to obtain a 30g charge for fire assay for gold • A 0.5g charge was digested by four acid near total digest and analyses using ICP-OES for multi-element analysis, including copper • Oregrade copper samples over 10,000ppm(10%)were re-assayed usingAAS
Drilling techniques	• No drilling has been conducted on the El Roble Project.
Drill sample recovery	• No drilling has been conducted on the El Roble Project.
Logging	• All rock chip samples and stockpile grab samples are geologically logged by qualified geologists. • Geological data is recorded in the Company’s geological database. • Logging is qualitative in nature and describes lithology, alteration, structure and mineralisation visually observed by the logging geologist. • Total length of each sample interval has been logged.
Sub-sampling techniques and sample preparation	• The sample collection and preparation technique is deemed suitable and industry standard for surface sampling. • Samples are coarse crushed to 70% passing 2mm and then split produce a 30g sample for gold assay and 0.5g sample for multi-element assay. Sub samples are then pulverised to 85% passing 75 microns prior to assay. • No duplicate samples have been carried out. • Sample size is deemed appropriate.
Quality of assay data and laboratory tests	• Assay techniques are deemed suitable and accurate for the elements being tested. • Standard reference materials have been submitted in each sample run every 20 samples. • Blank reference materials are submitted in each sample run every 50 samples.
Verification of sampling and assaying	• All significant intersections have been calculated using weighted averaging to sample length. • All significant intersections have been checked by alternative company geological personnel. • No duplicate sampling or twinned holes have been completed • All data collected is done so in accordance with the Company’s written data collection procedures and is kept within the Company’s electronic database. Original sample logs and written data collection forms are also retained in the Company’s data library. • No adjustment to data has been done.
Locations of data points	• All adits have been surveyed using a total station survey instrument with appropriate control points used and referenced to ensure accuracy of survey information. • Rock chip and channel samples are located using a total station survey instrument. • Co-ordinates have an error of +/-10cm. • Co-ordinates are recorded in WGS84 co-ordinate system
Data spacing and distribution	• NA at this early exploration stage.
Orientation of data in relation to geological structure	• Wherever possible channels have been planned to intersect mineralised structures perpendicular to the structure. • Channel intercepts are along channel widths and do not indicate true widths of any mineralised structure.
Sample security	• All sampling was conducted under the supervision of an independent geology consultant who conducted sample collection and the chain of custody from the drill to the sample preparation and logging facility is continually monitored by the consultant. Samples are shipped to the lab by qualified couriers or Company personnel under locked bags.
Audits or reviews	• No audit or review has been conducted due to the early stage exploration nature of the work.

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JORC Table 7: Section 2 Reporting of Exploration Results

Criteria	Explanation
Mineral tenement and land tenure status	• Mining Group does not own any of the properties sampled or mapped and sampling and mapping completed was done so as part of a due diligence process in order to assess the properties. • Mining Group has an exclusive option to acquire the properties under the contemplated transaction described in ASX Announcement dated 15thAugust 2013.
Exploration by other parties	• No information has been used in this report from exploration by other parties.
Drill hole information	• No drilling has been conducted on the property to date.
Geology	• The El Roble Project consists of quartz and iron oxide veins, containing copper and gold mineralisation. The veins are hosted within intrusive dioritic and andesitic volcanic rocks of the Chilean Cretaceous Belt.
Channel information	• Table of all channel locations and results is presented in Schedule 1 of this Notice
Data aggregation methods	• Intercept widths are along channel widths, intercept calculated by length weighted average for all samples and no internal dilution was used, where length is the along channel length for each sample interval • Intercepts comprise of aggregated length weighted average for all samples taken in each channel. Length weighted averages have been calculated using the following formula assuming 3 samples were taken from the channel, where: A=sample interval, B=sample assay value 1) A1xB1 = C1, A2xB2=C2, A3xb3=C3 2) A1+A2+B2= total interval 3) (C1+C2+C3)/total interval = length weighted grade average • No metal equivalent values have been used.
Relationship between mineralization widths and intercept lengths	• Channels were designed to be installed perpendicular to the interpreted strike of the mineralized structures unless stated. • Intercept widths are along channel widths and are not true geological widths.
Diagrams	• Pertinent maps are within this announcement • No drillinghas been conducted on theproject.
Balanced Reporting	• All results have been presented in Appendix 1 of this announcement for balanced reporting.
Other substantive exploration data	• No other data other than that presented has been used or relied upon.
Further work	• Further exploration work including mapping, sampling and drilling is required, on areas throughout the property. • These areas will be identified in the future through further analysis and interpretation of results. • Diagrams cannot be provided until areas for future exploration have been identified.

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