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Chemical elements
Chemical substances distinguished by atomic number. http://periodic.lanl.gov/
Subtopics:
Aluminum (3 items)
Antimony (1 items)
Arsenic (14 items)
Astatine (1 items)
Barium (2 items)
Beryllium (2 items)
Boron (7 items)
Bromine (1 items)
Cadmium (3 items)
Carbon (7 items)
Cerium (4 items)
Chlorine (2 items)
Chromium (8 items)
Cobalt (3 items)
Copper (4 items)
Dysprosium (5 items)
Erbium (5 items)
Europium (5 items)
Fluorine (6 items)
Gadolinium (5 items)
Gallium (1 items)
Germanium (1 items)
Gold (3 items)
Holmium (5 items)
Iodine (1 items)
Iron (3 items)
Lanthanum (4 items)
Lead (8 items)
Lutetium (5 items)
Magnesium (1 items)
Manganese (1 items)
Mercury (8 items)
Molybdenum (7 items)
Neodymium (5 items)
Nickel (3 items)
Niobium (1 items)
Nitrogen (3 items)
Phosphorus (4 items)
Platinum (1 items)
Potassium (1 items)
Praseodymium (5 items)
Prometium (5 items)
Radium (1 items)
Radon (2 items)
Samarium (5 items)
Scandium (1 items)
Selenium (3 items)
Silver (1 items)
Strontium (6 items)
Sulfur (1 items)
Tantalum (1 items)
Terbium (5 items)
Thulium (5 items)
Tin (2 items)
Titanium (1 items)
Tungsten (2 items)
Uranium (4 items)
Vanadium (7 items)
Ytterbium (5 items)
Yttrium (4 items)
Zinc (6 items)


Results 51 - 60 of 61 listed by similarity [list alphabetically]
PDF Preliminary Assessment of Non-Fuel Mineral Resources of Afghanistan, 2007 [More info]
Estimates of known and undiscovered copper resources total nearly 60 million metric tons of copper. Iron resources in known deposits total 2200 million metric tons of ore. Twenty mineralized areas meriting further study were identified.
Radon in earth, air, and water [More info]
Links to USGS publications, bibliographies, and maps on radon in the U.S., plus links to non-USGS sites with information on radon.
Reservoir sediment studies in Kansas [More info]
Report of completed reservoir sediment studies in Kansas using a combination of bathymetric surveying, sediment coring, chemical analysis, and statistical analysis to understand the quantity and quality of deposited sediment.
PDF Selenium and stable isotopes of carbon and nitrogen in the benthic clam Corbula amurensis from Northern San Francisco Bay, California: May 1995-February 2010 [More info]
Monthly selenium concentration in this keystone species shows strong spatial and seasonal variation in a five-year series of analyses.
PDF The concept of geologic carbon sequestration [More info]
Explains securing carbon dioxide in deep geologic formations to prevent its release to the atmosphere and contribution to global warming as a greenhouse gas.
PDF Thermal Properties of Methane Gas Hydrates [More info]
This unusual form of hydrocarbons can alter the thermal properties of host sediments; the analysis presented here helps us understand how those sediments might behave under natural or human-induced changes in the environment.
PDF Tintina gold province study, Alaska and Yukon Territory, 2002-2007 [More info]
New discoveries and modernized extraction methods prompted renewed interest in gold deposits in this part of central Alaska, prompting a variety of studies described here.
PDF Titanium: light, strong, and white [More info]
Titanium is highly resistant to corrosion and is chemically inert. It is as strong as steel but 45 percent lighter, and it is twice as strong as aluminum but only 60 percent heavier.
PDF Trace metals related to historical iron smelting at Hopewell Furnace National Historic Site, Berks and Chester Counties, Pennsylvania [More info]
Iron ore containing elevated concentrations of trace metals was smelted here during 113 years of operation (1771-1883). We sampled a variety of materials nearby to determine the amount of metals such as arsenic, chromium, copper, lead, and zinc.
What Mobilizes Arsenic in Ground Water? [More info]
Research findings and examples of application to real problems--chemical reactions between nitrate, iron, and oxygen can affect the mobility of trace amounts of arsenic.
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