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  "Comments": "This dataset was developed as part of an ongoing effort by the U.S. Geological Survey to identify and quantify known significant deposits of critical minerals within the United States. In the case of gallium (Ga), sites listed herein have reported production and (or) resources of more than 16 metric tons Ga metal, which was the approximate average annual consumption of Ga in the U.S. from 2016 through 2020. \n\nThe geospatial data provide location, geologic description, and production and resource information. In general, the USGS uses this information to identify and quantify known resources of critical minerals, delineate mineral resource permissive tracts (geographic areas in which specific types of mineral deposits may occur), develop assessments of potential undiscovered mineral resources, determine where and how environmental effects of mining may be observed, and understand the natural variability found in mineral deposits of particular types. The data also support the Federal strategic objective to secure reliable supplies of critical minerals by providing information for geoscience research and mineral exploration to State and Federal agencies, private industry, and the general public.",
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  "Keywords": "tantalum, Energy and Minerals Mission Area, hafnium, GGGSC, copper, mineral deposit areas, thorium, scandium, Earth MRI, adit, yttrium, mine sites, silver, magnesium, geospatial datasets, potassium, Round Top, mineral resources, Department of the Interior, Texas, deposit type, Apex, MRP, geographic information systems, USGS Mineral Deposit Database, aluminum, critical minerals, USMIN, U.S. Geological Survey, Earth Mapping Resources Initiative, zirconium, BLM, sodium, Region 7: Upper Colorado Basin, iron, zinc, economic geology, mining district, United States, gallium, beryllium, tin, deposit, Geology, Geophysics, and Geochemistry Science Center, Kipushi Cu-Pb-Zn, metallic mineral resources, uranium, natural resource exploration, Bureau of Land Management, geoscientificInformation, niobium, lithium, location, economy, manganese, rare earth elements, mineral deposits, DOI, germanium, Mineral Resources Program, USGS, peralkaline intrusion-related REE deposits, arsenic, lead, Utah"
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