Browse the USGS Publication Warehouse

Publications for publication type Article and publication subtype Journal Article

USGS annual mining review, 2024, Mining Engineering (76) - 5
Annual review 2023: Critical minerals, 2024, Mining Engineering (76) - 5
USGS Critical Minerals Review: 2021, 2022, Mining Engineering (74) - 5
USGS 2020 critical minerals review, 2021, Mining Engineering (73) - 5
USGS critical minerals review, 2019, Mining Engineering (71) - 5
Wollastonite, 2018, Mining Engineering (70) - 7
Mica, 2018, Mining Engineering (70) - 7
Industrial garnet, 2018, Mining Engineering (70) - 7
USGS critical minerals review, 2018, Mining Engineering (71) - 5
North American net import reliance of mineral materials in 2014 for advanced technologies, 2018, Mining Engineering (70) - 7
Gypsum, 2016, 2017, Mining Engineering (69) - 7
Borates, 2016, 2017, Mining Engineering (69) - 7
Global nonfuel mineral exploration trends 2001-2015, 2017, Mining Engineering (69) - 4
USGS revision of global iron ore production data—Clarification of the reporting of iron ore production in China and application of a uniform comparison methodology (2000-2015), 2017, Mining Engineering (69) - 2
Coastal deposits of heavy mineral sands; Global significance and US resources, 2016, Mining Engineering (68) - 10
Exploration review, 2016, Mining Engineering
Ball clay in 2015, 2016, Mining Engineering (68) - 7
Titanium in 2015, 2016, Mining Engineering (68) - 7
Gemstones in 2015, 2016, Mining Engineering (68) - 7
Boron in 2015, 2016, Mining Engineering (68) - 7
Pumice in 2015, 2016, Mining Engineering (68) - 7
Mining Review in 2015, 2016, Mining Engineering (68) - 7
Gypsum in 2015, 2016, Mining Engineering (68) - 7
Diatomite in 2015, 2016, Mining Engineering (68) - 7
Strontium in 2015, 2016, Mining Engineering (68) - 7
Industrial Sand and Gravel in 2015, 2016, Mining Engineering (68) - 7
Rare Earths, 2015, 2016, Mining Engineering (68) - 7
Industrial Diamond in 2015, 2016, Mining Engineering (68) - 7
Potash in 2015, 2016, Mining Engineering (68) - 7
Industrial Garnet in 2015, 2016, Mining Engineering (68) - 7
Nitrogen in 2015, 2016, Mining Engineering (68) - 7
Zirconium in 2015, 2016, Mining Engineering (68) - 7
Bauxite and alumina in 2015, 2016, Mining Engineering (68) - 7
Fire clay in 2015, 2016, Mining Engineering (68) - 7
Peat in 2015, 2016, Mining Engineering (68) - 7
Kaolin in 2015, 2016, Mining Engineering (68) - 7
Industrial Diamond, 2014, 2015, Mining Engineering
Strontium, 2014, 2015, Mining Engineering (67) - 7
Titanium, 2014, 2015, Mining Engineering (67) - 7
Nitrogen-Ammonia, 2014, 2015, Mining Engineering (67) - 7
Peat, 2014, 2015, Mining Engineering (67) - 7
Potash, 2014, 2015, Mining Engineering (67) - 7
Gemstones 2014, 2015, Mining Engineering (67) - 7
Lithium 2014, 2015, Mining Engineering (67) - 7
Rare Earths in 2014, 2015, Mining Engineering (67) - 7
Exploration review, 2015, Mining Engineering
Titanium 2013, 2014, Mining Engineering (66) - 7
2013 Industrial Minerals Review: Fire Clay, 2014, Mining Engineering (66) - 7
Pumice and Pumicite in 2013, 2014, Mining Engineering (66) - 7
Rare Earths in 2013, 2014, Mining Engineering (66) - 7
Zirconium, 2013, 2014, Mining Engineering (66) - 7
Potash, 2013, 2014, Mining Engineering (66) - 7
Gypsum, 2013, 2014, Mining Engineering (66) - 7
Borates, 2013, 2014, Mining Engineering (66) - 7
Ball clay, 2013, 2014, Mining Engineering (66) - 7
Industrial Garnet in 2013, 2014, Mining Engineering (66) - 7
Gemstones in 2013, 2014, Mining Engineering (66) - 7
Industrial diamond in 2013, 2014, Mining Engineering (66) - 7
Peat in 2013, 2014, Mining Engineering (66) - 7
Diatomite in 2013, 2014, Mining Engineering (66) - 7
Common clay and shale in 2013, 2014, Mining Engineering (66) - 7
Strontium in 2013, 2014, Mining Engineering (66) - 7
Lithium in 2013, 2014, Mining Engineering (66) - 7
Bromine in 2013, 2014, Mining Engineering (66) - 7
2013 Industrial Minerals Review: Ball Clay, 2014, Mining Engineering (66) - 7
2013 Industrial Minerals Review: Kaolin, 2014, Mining Engineering (66) - 7
Bauxite and alumina in 2013, 2014, Mining Engineering (66) - 7
Kaolin, 2014, Mining Engineering (62) - 6
Zirconium, 2013, Mining Engineering (2013) - July
Titanium, 2013, Mining Engineering (2013) - July
Strontium, 2013, Mining Engineering (2013) - July
Rare earths, 2013, Mining Engineering (2013) - July
Pumice and pumicite, 2013, Mining Engineering (2013) - July
Potash, 2013, Mining Engineering (2013) - July
Perlite, 2013, Mining Engineering (2013) - July
Peat, 2013, Mining Engineering (2013) - 7/12/13
Nitrogen, 2013, Mining Engineering (2013) - July
Lithium in 2012, 2013, Mining Engineering (65) - 7
Kaolin, 2013, Mining Engineering (2013) - July
Industrial sand and gravel, 2013, Mining Engineering (2013) - July
Industrial garnet, 2013, Mining Engineering (2013) - July
Industrial diamond, 2013, Mining Engineering (2013) - July
Gypsum, 2013, Mining Engineering (2013) - July
Gemstones, 2013, Mining Engineering (2013) - July
Fluorspar, 2013, Mining Engineering (2013) - July
Fire clay, 2013, Mining Engineering (2013) - July
Diatomite, 2013, Mining Engineering (2013) - July
Common clay and shale, 2013, Mining Engineering (2013) - July
Bromine, 2013, Mining Engineering (2013) - July
Borates, 2013, Mining Engineering (2013) - July
Bauxite and alumina, 2013, Mining Engineering (2013) - July
Barite, 2013, Mining Engineering (2013) - July
Ball clay, 2013, Mining Engineering (2013) - July
Nitrogen, 2013, Mining Engineering (65) - 7
Peat, 2013, Mining Engineering (65) - 7
Strontium in 2012, 2013, Mining Engineering (65) - 7
Perlite, 2012, 2013, Mining Engineering (65) - 7
Mining Review, 2013, Mining Engineering (65) - 5
Exploration Review, 2013, Mining Engineering (65) - 5
Industrial garnet, 2012, Mining Engineering (64) - 6
Perlite, 2012, Mining Engineering (64) - 6
Exploration review, 2012, Mining Engineering (64) - 5
Rare earths, the lanthanides, yttrium and scandium, 2012, Mining Engineering (64) - 6
Strontium, 2012, Mining Engineering (64) - 6
Borates, 2012, Mining Engineering (64) - 6
Gypsum, 2012, Mining Engineering (64) - 6
Lithium, 2012, Mining Engineering (64) - 6
Pumice and pumicite, 2012, Mining Engineering (64) - 6
Fire clay, 2012, Mining Engineering (64) - 6
Sulfur, 2012, Mining Engineering (64) - 6
Magnesium compounds, 2012, Mining Engineering (64) - 6
Peat, 2012, Mining Engineering (64) - 6
Common clay and shale, 2012, Mining Engineering (64) - 6
Nitrogen, 2012, Mining Engineering (64) - 6
Diatomite, 2012, Mining Engineering (64) - 6
Gemstones, 2012, Mining Engineering (64) - 6
Industrial diamond, 2012, Mining Engineering (64) - 6
Bromine, 2012, Mining Engineering (64) - 6
Potash, 2012, Mining Engineering (64) - 6
Alaska's rare earth deposits and resource potential, 2012, Mining Engineering (64) - 1
Industrial sand and gravel, 2012, Mining Engineering (64) - 6
Ball clay, 2012, Mining Engineering (64) - 6
Bauxite and alumina, 2012, Mining Engineering (64) - 6
Kaolin, 2012, Mining Engineering (64) - 6
Fluorspar, 2012, Mining Engineering (64) - 6
Perlite, 2011, 2012, Mining Engineering (64) - 6
US nonfuel mineral exploration: Selected findings for 1995-2009 from the USGS, 2012, Mining Engineering
Pumice, pumicite review, 2011, Mining Engineering (63) - 8
Magnesium compounds, 2011, Mining Engineering (63) - 6
Bromine, 2011, Mining Engineering (63) - 6
Industrial sand and gravel, 2011, Mining Engineering (63) - 6
Gemstones, 2011, Mining Engineering (63) - 6
Kaolin, 2011, Mining Engineering (63) - 4
Peat, 2011, Mining Engineering (63) - 6
Borates, 2011, Mining Engineering (63) - 6
Strontium, 2011, Mining Engineering (63) - 6
Perlite, 2011, Mining Engineering (63) - 6
Lithium, 2011, Mining Engineering (63) - 6
Potash, 2011, Mining Engineering (63) - 6
Common clay and shale, 2011, Mining Engineering (63) - 6
Fluorspar, 2011, Mining Engineering (63) - 6
Ball clay, 2011, Mining Engineering (63) - 6
Bauxite and alumina, 2011, Mining Engineering (63) - 6
Diatomite, 2011, Mining Engineering (63) - 6
Nitrogen, 2011, Mining Engineering (63) - 6
Fire clay, 2011, Mining Engineering (63) - 6
Industrial garnet, 2011, Mining Engineering (63) - 6
Barite, 2011, Mining Engineering (63) - 6
Industrial diamond, 2011, Mining Engineering (63) - 6
Exploration review, 2011, Mining Engineering (63) - 4
Nitrogen, 2010, Mining Engineering (62) - 6
Industrial diamond, 2010, Mining Engineering (62) - 6
Industrial sand and gravel, 2010, Mining Engineering (62) - 6
Bromine, 2010, Mining Engineering (62) - 6
Lithium, 2010, Mining Engineering (62) - 6
Exploration review, 2010, Mining Engineering (62) - 5
Fire clay, 2010, Mining Engineering (62) - 6
Kaolin, 2010, Mining Engineering (62) - 6
Strontium, 2010, Mining Engineering (62) - 6
Diatomite, 2010, Mining Engineering (62) - 6
Ball clay, 2010, Mining Engineering (62) - 6
Bauxite and alumina, 2010, Mining Engineering (62) - 6
Perlite, 2010, Mining Engineering (62) - 6
Magnesium compounds, 2010, Mining Engineering (62) - 6
Potash, 2010, Mining Engineering (62) - 6
Fluorspar, 2010, Mining Engineering (62) - 6
Peat, 2010, Mining Engineering (62) - 6
Gemstones, 2010, Mining Engineering (62) - 6
Industrial garnet, 2010, Mining Engineering (62) - 6
Diatomite, 2009, 2010, Mining Engineering (62) - 6
Geologie study off gravels of the Agua Fria River, Phoenix, AZ, 2010, Mining Engineering (62) - 2
Common clay and shale: a look at 2009 activity, 2010, Mining Engineering (62) - 10
Exploration review, 2009, Mining Engineering (61) - 5
Bauxite and alumina, 2009, Mining Engineering (61) - 6
Industrial diamond, 2009, Mining Engineering (61) - 6
Accelerated weathering of limestone for CO2 mitigation: Opportunities for the stone and cement industries, 2009, Mining Engineering (61) - 2
Exploration review, 2008, Mining Engineering (60) - 5
Industrial garnet, 2008, Mining Engineering
Industrial diamond, 2008, Mining Engineering (60) - 6
Exploration review, 2007, Mining Engineering (59) - 5
Ball clay, 2007, Mining Engineering (59) - 6
Fluorspar, 2007, Mining Engineering (59) - 6
Magnesium compounds, 2007, Mining Engineering (59) - 6
Industrial garnet, 2007, Mining Engineering (59) - 6
Kaolin, 2007, Mining Engineering (59) - 6
Nitrogen, 2007, Mining Engineering (59) - 6
Construction aggregates, 2007, Mining Engineering (59) - 6
Gemstones, 2007, Mining Engineering (59) - 6
Industrial diamond, 2007, Mining Engineering (59) - 6
Iron Hill (Powderhorn) carbonatite complex, Gunnison County, CO - A potential source of several uncommon mineral resources, 2007, Mining Engineering (59) - 10
Nanotechnology - An emerging technology, 2007, Mining Engineering (59) - 12
Exploration review, 2006, Mining Engineering (58) - 5
State summaries: Idaho, 2006, Mining Engineering (58) - 5
Fluorspar, 2006, Mining Engineering (58) - 6
Wollastonite, 2006, Mining Engineering (58) - 6
Strontium, 2006, Mining Engineering (58) - 6
Peat, 2006, Mining Engineering (58) - 6
Ball clay, 2006, Mining Engineering (58) - 6
State summaries: Utah, 2006, Mining Engineering (58) - 5
Lithium, 2006, Mining Engineering (58) - 6
Iodine, 2006, Mining Engineering (58) - 6
State summaries: Indiana, 2006, Mining Engineering (58) - 5
Industrial diamond, 2006, Mining Engineering (58) - 6
State summaries: Ohio, 2006, Mining Engineering (58) - 5
Gemstones, 2006, Mining Engineering (58) - 6
State summaries: Illinois, 2006, Mining Engineering (58) - 5
Kaolin, 2006, Mining Engineering (58) - 6
Rare earths, the lanthanides, yttrium and scandium, 2006, Mining Engineering (58) - 6
Geology-based planning and the aggregate industry - Perspectives from opposite sides of the globe, 2006, Mining Engineering (58) - 4
Industrial sand and gravel, 2006, Mining Engineering (58) - 6
State summaries: Oklahoma, 2006, Mining Engineering (58) - 5
State summaries: Kentucky, 2006, Mining Engineering (58) - 5
Lime, 2006, Mining Engineering (58) - 6
Nitrogen, 2006, Mining Engineering (58) - 6
Industrial garnet, 2006, Mining Engineering (58) - 6
Common clay and shale, 2006, Mining Engineering (58) - 6
Diatomite, 2006, Mining Engineering (58) - 6
Magnesium compounds, 2006, Mining Engineering (58) - 6
Effects of Chinese mineral strategies on the U.S. minerals industry, 2006, Mining Engineering (58) - 3
State summaries: Colorado, 2006, Mining Engineering (58) - 5
Fire clay, 2006, Mining Engineering (58) - 6
State summaries: West Virginia, 2006, Mining Engineering (58) - 5
State summaries: California, 2006, Mining Engineering (58) - 5
Exploration, 2005, Mining Engineering (57) - 5
Material flows generated by pyromet copper smelting, 2005, Mining Engineering (57) - 8
Fluorspar, 2004, Mining Engineering (56) - 6
Industrial garnet, 2004, Mining Engineering (56) - 6
Common clay and shale, 2004, Mining Engineering (56) - 6
Fire clay, 2004, Mining Engineering (56) - 6
Gemstones, 2004, Mining Engineering (56) - 6
Industrial diamond, 2004, Mining Engineering (56) - 6
Kaolin, 2004, Mining Engineering (56) - 6
Magnesium compounds, 2004, Mining Engineering (56) - 6
Nitrogen, 2004, Mining Engineering (56) - 6
Trends in availability of aggregate, 2004, Mining Engineering (56) - 2
Exploration review, 2004, Mining Engineering (56) - 5
Quarry expansion - Sustainable management of natural aggregate, 2004, Mining Engineering (56) - 1
Mining review, 2004, Mining Engineering (56) - 5
Exploration, 2003, Mining Engineering (55) - 5
Strontium, 2003, Mining Engineering (55) - 6
Ball clay, 2003, Mining Engineering (55) - 6
Common clay and shale, 2003, Mining Engineering (55) - 6
Kaolin, 2003, Mining Engineering (55) - 6
Bentonite, 2003, Mining Engineering (55) - 6
Fluorspar, 2003, Mining Engineering (55) - 6
Pumice and pumicite, 2003, Mining Engineering (55) - 6
Peat, 2003, Mining Engineering (55) - 6
Industrial diamond, 2003, Mining Engineering (55) - 6
Industrial garnet, 2003, Mining Engineering (55) - 6
Gemstones, 2003, Mining Engineering (55) - 6
Dimension stone, 2003, Mining Engineering (55) - 6
Magnesium compounds, 2003, Mining Engineering (55) - 6
Nitrogen, 2003, Mining Engineering (55) - 6
Tale of two pit lakes: initial results of a three-year study of the Main Zone and Waterline pit lakes near Houston, British Columbia, Canada, 2003, Mining Engineering (55) - 2
U.S. Geological Survey resource assessment of selected Tertiary coal zones in Wyoming, Montana and North Dakota, 2003, Mining Engineering (55) - 1
Gemstones, 2002, Mining Engineering (54) - 6
Fluorspar, 2002, Mining Engineering (54) - 6
Magnesium compounds, 2002, Mining Engineering (54) - 6
The United States 2001, 2002, Mining Engineering (54) - 5
Exploration, 2002, Mining Engineering (54) - 5
Raw materials and technology fuel U.S. economic growth, 2002, Mining Engineering (54) - 12
Nitrogen, 2001, Mining Engineering (53) - 6
Common clay and shale, 2001, Mining Engineering (53) - 6
Kaolin, 2001, Mining Engineering (53) - 6
Magnesium compounds, 2001, Mining Engineering (53) - 6
Gemstones, 2001, Mining Engineering (53) - 6
Industrial garnet, 2001, Mining Engineering (53) - 6
Industrial diamond, 2001, Mining Engineering (53) - 6
Construction aggregates, 2001, Mining Engineering (53) - 6
Ball clay, 2001, Mining Engineering (53) - 6
Fluorspar, 2001, Mining Engineering (53) - 6
Industrial minerals 2000, 2001, Mining Engineering (53) - 6
The United States 2000, 2001, Mining Engineering (53) - 5
Mining overview, 2001, Mining Engineering (53) - 5
Exploration, 2001, Mining Engineering (53) - 5
Kaolin, 2000, Mining Engineering (52) - 6
Common clay and shale, 2000, Mining Engineering (52) - 6
Gemstones, 2000, Mining Engineering (52) - 6
Exploration, 2000, Mining Engineering (52) - 5
Strontium, 2000, Mining Engineering (52) - 6
Construction aggregates, 2000, Mining Engineering (52) - 6
Industrial diamond, 2000, Mining Engineering (52) - 6
Industrial garnet, 2000, Mining Engineering (52) - 6
Ball clay, 2000, Mining Engineering (52) - 6
Peat, 2000, Mining Engineering (52) - 6
Industrial minerals 1999, 2000, Mining Engineering (52) - 6
Exploration, 1999, Mining Engineering (51) - 5
The United States 1998, 1999, Mining Engineering (51) - 5
Digital assessment of northern and central Appalachian basin coals, 1999, Mining Engineering (51) - 10
Seismic tomography as a tool for measuring stress in mines, 1999, Mining Engineering (51) - 1
Asbestos, 1998, Mining Engineering (50) - 6
Exploration, 1998, Mining Engineering (50) - 5
Peat, 1998, Mining Engineering (50) - 6
Fluorspar, 1998, Mining Engineering (50) - 6
Clays, common, 1998, Mining Engineering (50) - 6
Clays, specialty, 1998, Mining Engineering (50) - 6
Lithium, 1998, Mining Engineering (50) - 6
Geology of Wyoming's Powder River Basin coalfield, 1998, Mining Engineering (50) - 7
Fluorspar, 1997, Mining Engineering (49) - 6
Exploration, 1997, Mining Engineering (49) - 5
Use of high-resolution ground-penetrating radar in kimberlite delineation, 1997, Mining Engineering (49) - 11
Construction aggregates, 1996, Mining Engineering (48) -
Strontium, 1996, Mining Engineering (48) -
Fluorspar, 1996, Mining Engineering (48) - 6
Changing imperatives of architecture affecting dimension stone use in world commerce, 1996, Mining Engineering (48) - 1
Construction aggregates, 1995, Mining Engineering (47) -
Fluorspar, 1995, Mining Engineering (47) - 6
Strontium, 1995, Mining Engineering (47) -
Fluorspar, 1994, Mining Engineering (46) - 6
Construction aggregates, 1994, Mining Engineering (46) -
Strontium, 1994, Mining Engineering (46) -
Fluorspar, 1993, Mining Engineering (45) - 6
Construction aggregates, 1993, Mining Engineering (45) -
Strontium, 1993, Mining Engineering (45) -
Economics of utilization of high sulfur coal resources - an integrated market approach, 1993, Mining Engineering (45) - 11
Strontium, 1992, Mining Engineering (44) -
Fluorspar, 1992, Mining Engineering (44) - 6
Construction aggregates, 1991, Mining Engineering (43) -
Strontium, 1991, Mining Engineering (43) -
Strontium, 1990, Mining Engineering (42) -
Strontium, 1989, Mining Engineering (41) -
Magnesite, 1989, Mining Engineering (41) - 6
Mineralization potential along the trend of the Keweenawan- age Central North American Rift System in Iowa, Nebraska, and Kansas, 1989, Mining Engineering (41) - 8
In situ analysis of coal using a ²⁵²CF-Ge(Li) borehole sonde, 1978, Mining Engineering (30) - 6
ERTS-A: a new apogee for mineral finding, 1971, Mining Engineering (23) -
New York talcs, their geological features, mining, milling, and uses, 1949, Mining Engineering (1) - 9