Expertise
Research Statement
Harnessing state-of-the-art aerosol and trace gas signatures using high time-resolution measurements to reduce uncertainties of aerosols and cloud processes in Earth energy systems. Collaborative and interdisciplinary science to solve emerging National and Global Security challenges.
Publications
- h-index of 34, ~10,000 citations, > 50 peer-reviewed publications
- The World's Most Influential Scientific Minds 2014 - Thomson Reuters
- 13 “Highly Cited/Top 1% of their field” papers, 3 of which are 1st-author
Positions
Experience
Over 15 years of experience in experimental aerosol and atmospheric chemistry, including:
- Scientific and Operational Leader for online in situ aerosol measurements at LANL
- Expanded aerosol operations and scientific advisory roles within U.S. DOE for LANL
- Operations Manager for 4 U.S. DOE Aerosol Observing Systems (AOS)
- Advisor to U.S. DOE atmospheric programs (Atmospheric System Research and Atmospheric Radiation Measurement) on aerosol measurement strategies and techniques
- Research skills specializing in single particle in situ aerosol measurements and developing new analytical techniques and complex data analysis method
- Developed a revolutionary elemental analysis method and applied it to ambient aerosol
- Trained 20+ technicians, postdocs and students in data acquisition and analysis of high time resolution complex aerosol measurements both in the field and in the laboratory
- Participated in ~25 collaborative and international field campaigns, studying ambient aerosols and numerous laboratory measurements
- More details on ORCID
