Abstracts by Daniel Westervelt

Automated Mechanism Reduction Algorithm Applied to Isoprene Chemistry. FORWOOD WISER, V. Faye McNeill, Daniel Westervelt, Arlene Fiore, Daven Henze, Siddhartha Sen, Columbia University

Evaluation of High-resolution GEOS-Chem Nested Grid Simulations over Africa Using a Novel Surface PM2.5 Dataset. DANIEL WESTERVELT, Garima Raheja, Kokou Sabi, Emmanuel Appoh, Allison Felix Hughes, Benjamin Yang, Paulson Kasereka, Columbia University

Impacts of Automated Isoprene Chemical Mechanism Reduction on SOA Chemistry and Air Quality in GEOS-Chem. BENJAMIN YANG, Forwood Wiser, V. Faye McNeill, Arlene Fiore, Daniel Westervelt, Columbia University

PM2.5 Sensor Intercomparisons and Regional Trend Assessments from Low-Cost Sensor Networks in Accra, Ghana and Lomé, Togo. GARIMA RAHEJA, Emmanuel Appoh, Ebenezer Appah-Sampong, Maxwell S. Sunu, John K. Nyante, Allison Felix Hughes, Celeste McFarlane, Rob Pinder, Stefani Penn, R. Subramanian, Michael Giordano, Levi Stanton, Daniel Westervelt, Columbia University