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Safford-Morenci Porphyry Copper’s

Safford-Morenci Porphyry Copper’s. Porphyry Cu’s Morenci 2+ Bt 0.9%+ Produced 4+ Bt 0.30%+SXEW 1+ Bt 0.63% Sul Dos Pobres 350+ Mt 0.33 - 0.62% SXEW 400 Mt 0.98% Sul San Juan 300+ Mt SXEW Lone Star 1.6+ Bt 0.38% SXEW

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Safford-Morenci Porphyry Copper’s

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  1. Safford-Morenci Porphyry Copper’s Porphyry Cu’s Morenci 2+ Bt 0.9%+ Produced 4+ Bt 0.30%+SXEW 1+ Bt 0.63% Sul Dos Pobres 350+ Mt 0.33 - 0.62% SXEW 400 Mt 0.98% Sul San Juan 300+ Mt SXEW Lone Star 1.6+ Bt 0.38% SXEW 4 Bt 0.5% Sul Sanchez 195 Mt 0.35% SXEW Monsoon N 20 km

  2. Safford-Morenci Geology Lithology POST-MINERAL Quaternary Pediment Tertiary Volcanic PRE-MINERAL Laramide Intrusive Cretaceous Volcanic Cretaceous Sediment Paleozoic Sediment Precambrian Intrusive Precambrian Schist Monsoon Porphyry Cu N 20 km

  3. Safford Trend Geochemistry, Bio & Hydro Hydrochemistry >30 ppm 10-30 ppm <10 ppm Biogeochemistry Mo Anomaly Monsoon N 20 km Porphyry Cu

  4. Safford-Morenci Magnetic’s Magentic Intrusive Complex’s Intrusive Complex Exposed Covered Monsoon N 20 km

  5. Safford-Morenci Gravity Regional Gravity Monsoon N 20 km

  6. Mag & Water Well Mo Hydrochem Hydrochemistry >30 ppm 10-30 ppm <10 ppm Intrusive Complex Exposed Covered Color RTP Mag Monsoon N 20 km Porphyry Cu

  7. Porphyry Cu Mag & Water Well Cu Hydrochemistry Hydrochemistry >20 ppm 10-20 ppm <10 ppm Intrusive Complex Partially Exposed Covered Color RTP Mag Monsoon N 20 km

  8. Monsoon Geology and Mo Geochem Biogeochem 32-42+ ppm Mo 21-32 ppm Mo 10-21 ppm Mo Well Chemistry >30 ppm Mo <30 ppm Mo POST-MINERAL Quaternary Pediment Tertiary Volcanic PRE-MINERAL Cretaceous Volc & Seds Precambrian Rocks 10 km N

  9. Biogeochem 83-133 ppm Cu 66-83 ppm Cu 33-62 ppm Cu Well Chemistry >20 ppm Cu <20 ppm Cu Monsoon Geology and Cu Geochem POST-MINERAL Quaternary Pediment Tertiary Volcanic PRE-MINERAL Cretaceous Volc & Seds Precambrian Rocks 10 km N

  10. 2 km Monsoon Gravity and Cu Biogeochem Safford Trend Alluvium Target Volcanic Target Noranda Drill Holes

  11. 2 km Monsoon Gravity and Mo Biogeochem Safford Trend Alluvium Target Volcanic Target Noranda Drill Holes

  12. 2 km Monsoon RTP Mag and Mo Biogeochem Safford Trend Alluvium Target Noranda Drill Holes Volcanic Target

  13. Monsoon Geology and Mo Geochem Biogeochem 32-42+ ppm Mo 21-32 ppm Mo 10-21 ppm Mo Well Chemistry >30 ppm Mo <30 ppm Mo POST-MINERAL Quaternary Pediment Tertiary Volcanic PRE-MINERAL Cretaceous Volc & Seds Precambrian Rocks 10 km N

  14. Monsoon Color RTP Mag and Gravity Contour L Possible Basement Horst Block Pre-Mineral Basement Outcrops H H Safford Trend L 5 km Monsoon L Gravity Contour 0.5 mgal

  15. 2 km Monsoon DEM and Cu Biogeochem Safford Trend Alluvium Target Noranda Drill Holes Volcanic Target

  16. Monsoon Gravity and Mo Biogeochem 2 km Safford Trend Alluvium Target Basement Horst Block Volcanic Target Noranda Drill Holes

  17. Monsoon RTP Mag and Cu Biogeochem 2 km Safford Trend Alluvium Target Noranda Drill Holes Volcanic Target

  18. 2 km Monsoon GEOTEM Resistivity at 200 m Safford Trend Alluvium Target Geotem EM Linears Proposed Drill Holes - Oct 97 Volcanic Target

  19. 2 km 2001 Water Well Monitoring Program Well D-3 returned a very significant Mo value of 226 ppm, other anomalous Mo values in D-2 and D6 returned 38 and 16 ppm respectively. D-3 also returned the most significant Au value, 0.025 ppm.

  20. Monsoon Properties Land Ownership State

  21. Past Exploration Insights • Noranda exploration was terminated while drilling on the project following Noranda’s decision to terminate US exploration. One and a half drill holes were completed at Monsoon. • The first hole, R97-1R, was drilled to test the biogeochemical anomaly and drilled 2000 ft of basin fill sediments. Assays of the sediments and water were encouraging and provide information on transport mechanism associated with the geochemical anomalies. • The groundwater ph is 8.4 suggesting Mo is mobile in the groundwater and Cu is not. • The upper 25 meters of greenish clay was highly anomalous in Mo up to 20 ppm, Mo transport was hydrologic probably enriched by downward migration due to hydrologic transport (supergene), or possibly upward migration by evapero-transperation. • Water geochemistry returned anomalous Mo values, further supporting its transport by hydrology. • From 25 to 175 meters a reddish clay unit that is nowhere exposed on the property contained anomalous copper values ranging from 50 to 95 ppm. The higher end of these copper values are leach cap type grades (this Cu-clay unit could be eroded from a porphyry copper leach cap). • A groundwater ph of 8.4 suggests that this Cu bearing clay unit and the Cu biogeochem anomaly were transported by erosion. Exploration involving tracing the red Cu bearing clay unit back to its source is needed. • The fact that the Cu and Mo biogeochem anomalies overlap in much of the area, even though two different transport mechanism could be operating, suggest the source may be proximal. • Hole R97-2R was on the northern edge of the biogeochem anomaly 3 km northwest of hole 1. This area tested an EM resistor and was drilled to a depth of 1200 ft. The Airborne TDEM resistor mapped a conglomerate unit that was not encountered in drill hole 1. Minor Cu oxide mineralization was drilled in the pediment gravel. The hole was terminated mid-hole; samples were dumped and the hole reclaimed.

  22. Proposed Monsoon Exploration • Map broad regional geology – NM pre-mineral rocks. • Channel sample Monsoon grey and brown (Cu rich) clays, and map stratigraphy to determine geochem transport directions • Geophysics. ZTEM and Mag. • Drill geochemical test holes – analysis of all alluvium and volcanic cover rocks, and regular hydrogeochem samples. • Interpret geochemical transport mechanisms and directions. • Drill again.

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