Desired commodities:

  • Aluminum: Click here to see the table of 5 aluminum prospect leads with more than 200,000 ppm Al,
  • Antimony: Click here to see the table of antimony prospect leads with more than 20 ppm Sb,
  • Barium: Click here to see the table of barium prospect leads with more than 2000 ppm Ba,
  • Cadmium: Click here to see the table of 11 cadmium prospect leads with more than 20 ppm Cd,
  • Cerium: Click here to see the table of 6 cerium prospect leads with more than 100 ppm Ce,
  • Cobalt: Click here to see the table of cobalt prospect leads with more than 100 ppm Co,
  • Chromium: Click here to see the table of 4 chromium prospect leads with 500 or more ppm Cr,
  • Copper: Click here to see the table of 11 copper prospect leads with 350 or more ppm Cu,
  • Gold: Click here to see the table of gold prospect leads,
  • Iron: Click here to see the table of 7 iron prospect leads with more than 100,000 ppm Fe,
  • Lanthanum: Click here to see the table of 3 lanthanum prospect leads with 22 to 34.66 ppm La,
  • Lead: Click here to see the table of 10 lead prospect leads with more than 250 ppm Pb,
  • Magnesium: Click here to see the table of 4 magnesium prospect leads with more than 100,000 ppm Mg,
  • Manganese: Click here to see the table of 14 manganese prospect leads with more than 20,000 ppm Mn,
  • Mercury: Click here to see the table of 2 mercury prospect leads with more than 10 ppm Hg,
  • Molybdenum: Click here to see the table of 4 molybdenum prospect leads with 100 or more ppm Mo,
  • Neodymium: Click here to see the table of 7 neodymium prospect leads with more than 45 ppm Nd,
  • Nickel: Click here to see the table of 17 nickel prospect leads with 200 or more ppm Ni,
  • Niobium: Click here to see the table of 4 niobium prospect leads with 70 ppm Nb,
  • Palladium: Click here to see the table of 4 palladium prospect leads with more than 2 ppm Pd,
  • Phosphorus: Click here to see the table of 6 phosphorus prospect leads with 10,520 to 33,210.14 ppm P,
  • Gold: Click here to see the table of gold prospect leads,
  • Platinum: Click here to see the table of 20 platinum prospect leads with more than 50 ppm Pt,
  • Potassium: Click here to see the table of 9 potassium prospect leads with 10,4542.58 to 15,2690.016 ppm K,
  • Praseodymium: Click here to see the table of 19 praseodymium prospect leads with detectable Pr concentrations,
  • Rubidium: Click here to see the table of 9 rubidium prospect leads with more than 200 ppm Rb,
  • Scandium: Click here to see the table of 9 scandium prospect leads with detectable Sc concentrations,
  • Selenium: Click here to see the table of 13 selenium prospect leads with more than 20 ppm Se,
  • Silica: Click here to see the table of 10 silica prospect leads with more than 400,00 ppm Si,
  • Silver: Click here to see the table of 8 silver prospect leads with detectable Ag concentrations,
  • Sulfur: Click here to see the table of 7 sulfur prospect leads with more than 4,000 ppm S,
  • Rubidium: Click here to see the table of 9 rubidium prospect leads with more than 200 ppm Rb,
  • Strontium: Click here to see the table of 18 strontium prospect leads with more than 1,000 ppm Sr,
  • Tellurium: Click here to see the table of 1 tellurium prospect lead with 320.12 ppm Te,
  • Thorium: Click here to see the table of 9 thorium prospect leads with more than 18 ppm Th,
  • Tin: Click here to see the table of 9 tin prospect leads with more than 25 ppm Sn,
  • Titanium: Click here to see the table of 7 titanium prospect leads with more than 30,000 ppm Ti,
  • Tungsten: Click here to see the table of 8 tungsten prospect leads with 20.24 to 28.73 ppm W,
  • Uranium: Click here to see the table of antimony prospect leads with more than 20 ppm U,
  • Vanadium: Click here to see the table of vanadium prospect leads,
  • Yttrium: Click here to see the table of 6 yttrium prospect leads with 90 to 265 ppm Y,
  • Zinc: Click here to see the table of 15 zinc prospect leads with more than 600 ppm Zn,
  • Rare Earth Elements: Click here to see the table of REE prospect leads

    Oil and gas prospect leads

    Ever since Cedar Strat was incorporated in 1984, it has advanced the Great Basin geological survey that was initiated by Shell Company in the early 1950’s. Dr. Chamberlain’s 15-minute keynote address at Heartland Institute’s 2017 America Energy First Conference in Houston gives a small taste of how the survey can be used to find oil and gas prospect leads Click here for Video. Search for Cedar Strat’s Great Basin oil and gas prospect leads by clicking here.

    Mineral prospect leads

    Cedar Strat geologists collected more than 5,000 samples of potential oil and gas source rock while they measured sections and mapped mountains during the last four decades. More recently Cedar Strat analyzed more than 1000 samples and found many of them containing elevated concentrations of precious and critical minerals. Therefore, these samples are prospect leads to sediment-hosted ore deposits including gold, silver, vanadium, and other critical minerals. Search for Cedar Strat’s Great Basin mineral prospect leads by clicking here.  

    Mineralized sand

    Glacial dust deposited from continental glaciers eroding Canadian Shield potassium feldspar granitic rocks greatly enriched America’s midwestern breadbasket soils. Extensive farming has depleted the essential mineral content of these once very fertile soils. Farmers are mitigating the resulting decrease in yield and crop quality by applying increasing amounts of nitrogen fertilizer to help their crops squeeze the remaining minerals out of the soil. As a result, the cost of farming and the amount of pollution from runoff are increasing and the quality and yield are decreasing. Putin’s war on Ukraine, which was a major global source of nitrogen fertilizer, and the Biden Administration war on American oil and gas has exasperated the problem and caused the price of natural gas, the source of nitrogen fertilizer, to greatly increase.   Dr. Chamberlain, who also has a degree in botany, has discovered a source of mineralized sands, like the midwestern glacial dust, that can be used to remineralize the soil. You can learn more about remineralizing soil and how Dr. Chamberlain applied principals of geobotany to discover the hundreds of billions of tons of mineralized sands by clicking here.

    Geothermal

    By clicking here, you can learn more about how the Great Basin geological survey can help identify sources for geothermal resources.  

    Water

    By clicking here,

    you can learn more about how the Great Basin geological survey can help identify sources for groundwater resources.  

    Cedar Strat is a proud partner with these companies