Filters: Tags: Arsenic (X)
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ADMMR map collection: Gladstone McCabe, Section Showing Underground Workings; 89 x 42 in.
Categories: Data;
Tags: Agua Fria area physiographic area,
Arizona,
Arsenic,
Copper, Sulfide,
Dataset,
ADMMR map collection: The Gladstone-McCabe Mine, Stope Map, McCabe Shaft; 1 in. to 175 feet; 14 x 9 in.
Categories: Data;
Tags: 1980s,
Agua Fria area physiographic area,
Arizona,
Arsenic,
Copper, Sulfide,
ADMMR map collection: Brother George and Mary Jo Claims Principal Workings with Assay Data; 1 in. to 40 feet; 23 x 14 in.
ADMMR map collection: Gladstone McCabe Subsurface Plan 1 of 12; 36 x 25 in.
Categories: Data;
Tags: 1980s,
Agua Fria area physiographic area,
Arizona,
Arsenic,
Copper, Sulfide,
ADMMR map collection: Gladstone McCabe, Henrietta Project Proposed Underground Drilling; 1 in. to 100 feet; 32 x 22 in.
Categories: Data;
Tags: Agua Fria area physiographic area,
Arizona,
Arsenic,
Copper, Sulfide,
Dataset,
ADMMR map collection: Gladstone McCabe, Vertical Longitudinal Section Showing Workings on the Orange Vein; 1 in. to 20 feet; 42 x 43 in.
This location is part of the Arizona Mineral Industry Location System (AzMILS), an inventory of mineral occurences, prospects and mine locations in Arizona. Yavapai813A is located in T10N R1W Sec 15 N2 in the Crown King - 7.5 Min quad. This collection consists of various reports, maps, records and related materials acquired by the Arizona Department of Mines and Mineral Resources regarding mining properties in Arizona. Information was obtained by various means, including the property owners, exploration companies, consultants, verbal interviews, field visits, newspapers and publications. Some sections may be redacted for copyright. Please see the access statement.
ADMMR map collection: Gladstone McCabe, Section A; 9 x 11 in.
Categories: Data;
Tags: Agua Fria area physiographic area,
Arizona,
Arsenic,
Copper, Sulfide,
Dataset,
Heinrichs Geoexploration Co. Maps: Charleston Mine Area, Self Potential Profile Line 1; 1 in. to 100 feet; 26 x 12 in.
Heinrichs Geoexploration Co. Maps: Charleston, Geophysical Location Plan; 1 in. to 200 feet; 22 x 18 in.
Arsenic (As) distribution and toxicology in the environment is a serious issue, with millions of individuals worldwide being affected by As toxicosis. Sources of As contamination are both natural and anthropogenic and the scale of contamination ranges from local to regional. There are many areas of research that are being actively pursued to address the As contamination problem. These include new methods of screening for As in the field, determining the epidemiology of As in humans, and identifying the risk of As uptake in agriculture. Remediation of As-affected water supplies is important and research includes assessing natural remediation potential as well as phytoremediation. Another area of active research is...
Categories: Publication;
Types: Citation;
Tags: Agriculture,
Arsenic,
Contamination,
Field test kit,
H
Recognition of arsenic (As) contamination of shallow fluvio-deltaic aquifers in the Bengal Basin has resulted in increasing exploitation of groundwater from deeper aquifers that generally contain low concentrations of dissolved As. Pumping-induced infiltration of high-As groundwater could eventually cause As concentrations in these aquifers to increase. This study investigates the adsorption capacity for As of sediment from a low-As aquifer near Dhaka, Bangladesh. A shallow, chemically-reducing aquifer at this site extends to a depth of 50 m and has maximum As concentrations in groundwater of 900 μg/L. At depths greater than 50 m, geochemical conditions are more oxidizing and groundwater has < 5 μg/L As. There is...
Categories: Publication;
Types: Citation;
Tags: Arsenic,
Bangladesh,
Natural remediation,
adsorption
Mono Lake is a hypersaline soda lake rich in dissolved inorganic arsenic with its primary production currently dominated by Picocystis str. ML. We set out to determine if this picoplankter could metabolize inorganic arsenic, and in doing so form unusual arsenolipids (e.g., methylated arsinoyl ribosides) as reported in other saline ecosystems and by halophilic algae. We cultivated Picocystis str. ML on an inorganic seawater-based medium with either low (37 µM) or high (1,000 µM) phosphate in the presence of arsenite (~0.4 mM), arsenate (~0.8 mM), or without arsenic additions.
Categories: Data;
Tags: Environmental Health,
Geochemistry,
Mono Lake,
Picocystis,
USGS Science Data Catalog (SDC),
This dataset was developed for the BLM Rapid Ecoregional Assessment for the Central Yukon and contains a database of descriptions of historic (inactive and closed) mines based on the Alaska Resource Data File (ARDF).
This dataset was developed for the BLM Rapid Ecoregional Assessment for the Central Yukon and contains a database of descriptions of active mines based on the Alaska Resource Data File (ARDF).
This data release provides data for the single site in the United States (U.S.) that has public record of germanium (Ge) production. Germanium, which is currently classified as a critical mineral in the U.S., is also extracted as a byproduct from deposits in Alaska, Washington, and Tennessee. However, there is no public information that documents germanium production from these deposits. Current annual production of refined germanium is led by China at 85,000 tons, while estimates place U.S. reserves near 2,500 tons. Reported production of germanium in the U.S. is limited to one site, the Apex mine in Washington County, Utah. The Apex mine produced gallium (Ga) and germanium as primary products during the mid-1980s....
Categories: Data;
Types: ArcGIS REST Map Service,
ArcGIS Service Definition,
Downloadable,
Map Service;
Tags: Alaska,
Apex mine,
Bureau of Land Management (BLM),
Department of the Interior (DOI),
Dixie mine,
The U.S. Geological Survey (USGS) has undertaken a mineral resources assessment for tungsten for a portion of the Great Basin in parts of western Nevada and east-central California. This data release provides the Great Basin Tungsten Database: the geospatial and geologic data, and results of chemical analyses for 46,955 samples collected in the assessment area, extracted from the USGS National Geochemical Database. These rock records were collected as part of various programs and projects at the USGS and analyzed from 1963 to 2015. The database represents rock records, each comprising one best value chemical determination for each analyzed chemical species, that include skarns, carbonate lithologies (for example,...
Categories: Data;
Types: Downloadable,
Map Service,
OGC WFS Layer,
OGC WMS Layer,
Shapefile;
Tags: California,
GGGSC,
Geology, Geophysics, and Geochemistry Science Center,
Great Basin,
MRP,
This data release consists of data (in four tables) for assessing the time scales of arsenic variability in three production wells in New Hampshire; tables that describe the data fields in the data tables are also included in the data release. High-frequency (every 5 to 15 minutes) and bi-monthly water-quality monitoring of a bedrock-aquifer domestic well (425651070573701), a bedrock-aquifer public-supply well (425400070545401), and a glacial-aquifer public-supply well (425311070535801) was completed between 2014 and 2018. Concentrations of arsenic and other geochemical constituents and dissolved gases, as tracers of groundwater age, were measured on a bimonthly basis; physicochemical data, including specific conductance,...
This study is an evaluation of the potential environmentalimpacts of contaminated groundwater from the ASARCO metals refiningfacility adjacent to the Missouri River in Omaha, Nebraska. Surfacewaters, sediments, and sediment pore waters were collected from theBurt-Izard drain, which transects the facility, and from the Missouri Riveradjacent to the facility. Groundwater was also collected from thefacility. Waters and sediments were analyzed for inorganic contaminants,and the toxicity of the waters was evaluated with the Ceriodaphnia dubia7-day test. Concentrations of several elemental contaminants were highlyelevated in the groundwater, but not in river sediment pore waters. Leadconcentrations were moderately elevated...
The U.S. Geological Survey New Jersey Water Science Center (USGS NJWSC) in cooperation with the New Jersey Department of Environmental Protection (NJDEP) has assembled this data release in support of ongoing USGS and NJDEP evaluations related to the occurrence and distribution of elevated trace elements, particularly arsenic (As) and vanadium (V), in Inner Coastal Plain soils and sediments of New Jersey. The data for four sediment cores are presented, and the data types include: 1. Site locations and general characteristics for the four sediment cores collected during the study; 2. Lithologic descriptions of each sediment core; 3. Portable handheld X-ray fluorescence (pXRF) data for each sediment core (every 6...
Categories: Data;
Tags: Geochemistry,
Land Use Change,
New Jersey,
New Jersey Inner Coastal Plain,
Sedimentology,
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