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Submission declined on 11 April 2024 by Annh07 (talk). We're sorry, but we cannot accept blank submissions. If in fact you did include text within the article, but it isn't showing, please make sure that any extra text above your entry is removed, as it may be causing it to hide and not be shown to the reviewer. Declined by Annh07 2 months ago. |
Wendell W. Walters | |
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Alma mater | University of Maryland, College Park Purdue University |
Scientific career | |
Institutions | University of South Carolina Brown University |
Thesis | The nitrogen and oxygen stable isotopes of NOx and its oxidation products:implications for NOx source partitioning and assessing atmospheric oxidation chemistry (2016) |
Doctoral advisor | Greg Michalski |
Other academic advisors | Amy Mullin, Meredith Hastings |
Wendell W. Walters is an Assistant Professor of Chemistry at the University of South Carolina. His focus is in analytical and environmental chemistry involving reactive nitrogen and sulfur in the atmosphere.[1]
Walters earned his B.S. in Chemistry from the University of Maryland, College Park in 2012 followed by earning his Ph.D. in Earth, Atmospheric, and Planetary Sciences at Purdue University in 2016. He then completed postdoctoral research at Brown University for the Department of Earth, Environmental, and Planetary Sciences in 2018.
Walters started his career as an assistant professor at Brown University in 2018 following his completion of postdoctoral research. From 2022 to 2023, he was a visiting assistant professor at the US EPA Office of Research and Development. He then became an Assistant Professor of Chemistry at the University of South Carolina in 2023.
The Walters research group interests are the connections between atmospheric chemistry, the environment, and climate.[1] Natural and anthropogenic activities have changed the environment from emissions and the chemistry involving trace gases and aerosols.[1] Examples of these activities are volcanic emissions, wildfires, fossil fuel combustion, and agriculture.[1] The goal of the research is to quantify the impacts of both natural and anthropogenic effects on atmospheric chemistry and composition, while also examining the consequences it has on the environment, climate, and human health.[1] The research includes different environment and conditions, such as urban and polar regions. [1]
Research Themes:
This research involves stable isotope measurements and advanced instrumentation of high resolution and/or high-density concentration measurements. Their approach include field measurements, experiments, theoretical considerations, instrumentation development, and modeling utilizing both concentration and stable isotopes.
Some of the group projects include:
Emission and Regulation Feedbacks on Atmospheric Chemistry[2] [3]- Nitrate and sulfate aerosols have not decreased as much as expected, even with the NOx and SOx reductions. The Walters research group wants to examine the sulfate and nitrate aerosol production mechanisms and how the rates have changes with emission regulations.
Development of New Instrumentation for Air Quality Studies - The research group is currently developing instrumentation for high-resolution measurements of stable isotopes of reactive nitrogen, sulfur, and carbon gases. The new instrumentation will be used for field and aircraft air quality and climate campaigns, such as a controlled biomass burn and marine atmospheric chemistry.
Chemistry/Climate Interactions Inferred from Ice Cores[4] - The interaction between nitrogen oxides and climate forcings is not well understood, but they could be helpful for returning the atmosphere to its natural state. The Walters research group wants to examine the connections between climate change and atmospheric chemistry. They are aiming to create a new method to automate the decontamination of ice cores to evaluate paleoatmospheric chemistry.
New Stable Isotope Measurements Using High Resolution Mass Spectrometry - To examine the isotope measurements, the Walters research group uses two mass spectrometers. A magnetic sector (GC/IRMS) is the traditional oxyanion stable isotope measurements and isotope ratio mass spectrometer. The next generation of oxyanion stable isotope measurements is a HPLC/Orbitrap mass spectrometer.
During his career, he earned many awards, including;
His publications include;
P.I. Dr. Wendell W. Walters
Postdoctoral Students: Huan Fang
Graduate Students: Adam Baer, Olivia Steinbeck, Meghan Weatherly
Undergraduate Students: Mia Goedken
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