Emily Sarver

Associate Professor

Virginia Polytechnic Institute and State University

United States

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Emily Sarver is an Associate Professor at Virginia Polytechnic Institute and State University in the United States. Her research focuses on the analysis and monitoring of respirable coal mine dust, silica exposure, and related health impacts, as evidenced by her recent publications. She has contributed significantly to advancing methodologies for the characterization of coal mine dust and improving environmental health through her innovative studies.

Emily Sarver

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Articles (20)

Toward rapid silica analysis of CPDM samples: A study of dust recovery and quartz estimation using lab and field samples

Toward rapid silica analysis of CPDM samples: Deposition of recovered dust and analysis by FTIR

Direct-on-Filter FTIR Analysis of Respirable Crystalline Silica: A Field Study to Demonstrate Utility for Routine Non-regulatory Monitoring in Coal Mines

Correction: Direct-on-Filter FTIR Analysis of Respirable Crystalline Silica: A Field Study to Demonstrate Utility for Routine Non-regulatory Monitoring in Coal Mines

Exploring the Effect of Particle Loading Density on Respirable Dust Classification by SEM-EDX

Advancing respirable coal mine dust source apportionment: a preliminary laboratory exploration of optical microscopy as a novel monitoring tool

Characterization of Respirable Coal Mine Dust Recovered from Fibrous Polyvinyl Chloride Filters by Scanning Electron Microscopy

Characterizing Lung Particulates Using Quantitative Microscopy in Coal Miners With Severe Pneumoconiosis

Effects of dust controls on respirable coal mine dust composition and particle sizes: case studies on auxiliary scrubbers and canopy air curtain

Faucet-mounted point-of-use drinking water filters to improve water quality in households served by private wells

A Study of Respirable Silica in Underground Coal Mines: Particle Characteristics

Thermogravimetric analysis of respirable coal mine dust for simple source apportionment

A Study of Respirable Silica in Underground Coal Mines: Sources

Respirable dust constituents and particle size: a case study in a thin-seam coal mine

Updating “Characteristics of respirable dust in eight Appalachian coal mines: A dataset including particle size and mineralogy distributions, and metal and trace element mass concentrations” with expanded data to cover a total of 25 US mines

Comparison of Respirable Coal Mine Dust Constituents Estimated using FTIR, TGA, and SEM–EDX

On the Occurrence and Persistence of Coal-Mineral Microagglomerates in Respirable Coal Mine Dust

Pathology and Mineralogy Demonstrate Respirable Crystalline Silica is a Major Cause of Severe Pneumoconiosis in US Coal Miners

Pathology and Mineralogy Demonstrate Respirable Crystalline Silica Is a Major Cause of Severe Pneumoconiosis in U.S. Coal Miners

Direct-on-Filter FTIR Spectroscopy to Estimate Calcite as A Proxy for Limestone ‘Rock Dust’ in Respirable Coal Mine Dust Samples

Collaborators (4)

Jerrold L. Abraham

Robert A. Cohen

Francis H. Y. Green

Rohit Pandey

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