QuantAQ at AAAR 2025

The 2025 American Association of Aerosol Research conference is set to take place in Buffalo, New York, from October 13th - 17th, 2025. If you're attending and interested in learning about the exciting research being conducted using QuantAQ sensors, check out the following talks:

If you're around on Monday, check out the Hands-On Instrumentation Tutorial, featuring our new MODULAIR-UFP.

TS13: Hands-On Instrumentation Tutorial Group A

October 13th, 2025 | 1:00 PM - 2:45 PM

Talks Featuring QuantAQ Employees or Sensors

1. [2UA.8] Aerosol Chemical Composition at an Urban Core Location in Nairobi, Kenya. ABHISHEK ANAND, Godwin Opinde, Tedy Mustisya Mwendwa, Theobard Habineza, Albert Presto, Peter F. DeCarlo, Benjamin A. Nault, Daniel Westervelt, Leah Williams, Columbia University
2. [8DA.5] Leveraging Satellite Measurements, Surface Monitors, and Machine Learning for Estimating 20 Years of High-Resolution Gridded PM2.5 in Ghana. ABHISHEK ANAND, Joe Adabouk Amooli, Daniel Westervelt, Columbia University
3. [2IM.5] Improving Low-Cost Optical PM Sensor Accuracy in Humid Conditions via Aerosol Liquid Water Estimation Using U.S. EPA CSN Data. YUHANG GUO, Alexandra Catena, Janie Schwab, Nga Lee Ng, Amanda Teora, Oliver Rattigan, Violet Harder, Yasi Hassanzadeh, James Schwab, Jie Zhang, Atmospheric Sciences Research Center, University at Albany
4. [9UA.8] Comparison of Personal Exposures to PM2.5 and Ozone using Mobile and Stationary Air Monitors in Elizabeth, New Jersey. JENNA MYERS, Carmen Rosario, Victoria Wei, Phaneendra Sivangula, John Evangelista, Jackie Park-Albaum, Clinton J. Andrews, Jennifer Senick, Deborah Plotnik, Gediminas Mainelis, Rutgers, The State University of New Jersey
5. [1UA.7] The Influence of Tijuana River Pollution on Coastal and Inland Aerosol Populations. JUSTIN HAMLIN, Jena Herbst, Benjamin Rico, Leila El Masri, Kimberly Prather, University of California, San Diego
6. [5IM.2] Assessing the Accuracy and Reliability of a New Ambient Ultrafine Particle Monitor for Quantifying Total Particle Number Concentration at Three ASCENT Sites. DAVID HAGAN, Can Barut, Sohyeon Jeon, Ruizhe Liu, Nga Lee Ng, Haroula D. Baliaka, Vine Blankenship, Ryan Ward, Purushottam Kumar, John Seinfeld, Richard Flagan, Mitchell Rogers, Lijin Zhang, Tori Hass-Mitchell, Taekyu Joo, Drew Gentner, QuantAQ, Inc.
7. [8BQ.3] Real-Time Trace Element Insights from ASCENT During the 2025 Los Angeles Urban Wildfires. HAROULA D. BALIAKA, Ryan Ward, Sean Raffuse, Can Barut, Armistead G. Russell, Bradley Ries, Yumeng Cui, Roya Bahreini, Eleanor Bentley, Lelia Hawkins, David Hagan, John Seinfeld, Paul Wennberg, Richard Flagan, Nga Lee Ng, California Institute of Technology
8. [1IM.4] Efficiency of Low-Cost Sensors to Detect Dust Particles During Dust Events. KARIN ARDON-DRYER, John Garber, Melodie Martinez-Manahan, Lorena Albuquerque Zanandreis, Raghu Betha, Department of Geosciences, Texas Tech University
9. [9RM.6] Supermicron and Bioaerosol Trends During the SAIL Campaign in the Upper Colorado River Basin. KATHERINE BENEDICT, Abu Sayeed Md Shawon, Allison Aiken, Los Alamos National Laboratory
10. [3UA.3] Spatiotemporal Variation in Ambient Particulate Metal Concentrations from Heavy Firework Activity in the Los Angeles Area Associated with the Independence Day Holiday: Initial Analysis of Filter Samples and ASCENT Data. DANIEL B. CURTIS, Zeinab Khalil, Tyler Deflin, Haroula D. Baliaka, Ryan Ward, John Seinfeld, Richard Flagan, Bradley Ries, Yumeng Cui, Roya Bahreini, Eleanor Bentley, Lelia Hawkins, Nga Lee Ng, Ann M. Dillner, Armistead G. Russell, California State University, Fullerton,