| Poster | Presenter | Title |
|---|---|---|
| 1 | Samuel Hall | Biomass Burning Influenced Actinic Flux from Airborne Measurements and Aerosol-constrained Models |
| 2 | Minjee Kim | Temporal Variation of NO2 and HCHO in Bangkok (Thailand) and Dhaka (Bangladesh) from Pandora Measurements |
| 3 | Hyerim Kim | Air Quality Simulation over Thailand: Impact of Biomass Burning during the ASIA-AQ Campaign |
| 4 | Patcharee Pripdeevech | Need title |
| 5 | Isobel Simpson | Ground-based Source Sampling of VOCs in Seoul and Bangkok during ASIA-AQ |
| 6 | Victoria Wright | Investigating Air Pollution Sources in Southeast Asia using Airborne Observations of Ethane from Aerodyne’s Tunable Infrared Laser Direct Absorption Spectrometer during ASIA-AQ |
| 7 | Jose L. Jimenez | Aerosol Halogen Measurements during ASIA-AQ within A Global Context |
| 8 | Ju-Mee Ryoo | In-Situ Airborne Instrument: Meteorological Measurement System (MMS) |
| 9 | Katherine Travis | Multi-model Comparison of Ozone and PM2.5 in Thailand, Taiwan, and the Philippines |
| 10 | Patricia Castellanos | Updates to the GOES Aerosol Modeling System for ASIA-AQ Reanalysis |
| 11 | Nicholas Gapp | The Broad Capabilities of the US Navy’s COAMPS Model |
| 12 | Chisung Yun | Investigation of the Spatial and Temporal Distribution of Ammonia over Asian Countries using Integrated Airborne and Satellite Data during ASIA-AQ Campaign |
| 13 | Handol Lee | Characterization of Atmospheric Black Carbon during the ASIA-AQ Campaign |
| 14 | Seonggyun Na | Analyzing Air Quality Patterns in Thailand and the Philippines using Satellite Data |
| 15 | Linda Arterburn | Observations of PAN in Taiwan and Thailand and an Assessment of PBzN and Aromatic Chemistry |
| 16 | Wojciech Wojnowski | Intercomparison of VOC data measured by PTR-MS, TOGA, and WAS during ASIA-AQ 2024 |
| 17 | Ryan Boyd | Need title |
| 18 | Katherine Ball | Investigations of Oxygenated Aromatic Compounds in East and Southeast Asia: Observations from ASIA-AQ |