| Author/Presenter | Title or Document Description |
| ... | Overview: KORUS-AQ RSSR#1 / SOA and more  (1.69MB ) |
| Peterson, David | Meteorology Influencing Springtime Air Quality and Pollution Transport in Korea (89.60MB ) |
| Eck, Tom | Analysis of AERONET Remote Sensing and LARGEIn-Situ Measurements of Aerosol Properties During the KORUS-AQ Campaign with Focus on the Influence of Cloud/Fog and High RH and Pollution Transport Events (12.67MB ) |
| Kim, Hwajin | Influence of intense secondary aerosol formation and long range transport on aerosol properties during spring in Seoul, Korea : Results from KORUS-AQ campaign (2.00MB ) |
| Liao, Jin | Sources of enhanced organic aerosols  (1.93MB ) |
| Beyersdorf, Andreas | Attribution of Seoul AOD (10.03MB ) |
| Bae, Minsuk | Source identifications and potential source regions of fine ambient particles in a metropolitan area; measurement during KORUS-AQ campaign (14.43MB ) |
| Lim, Saehee | Refractory black carbon mixing state at Gosan Climate Observatory during the KORUS-AQ campaign (1.18MB ) |
| Lee, Jeonghoon | Morphological Evolution of Carbonaceous Aerosols during KORUS-AQ Campaign (1.94MB ) |
| Lamb, Kara | Internally mixed black carbon as a tracer of SOA production in the Seoul Metropolitan Area (3.29MB ) |
| Simpson, Isobel | Contributions of individual VOCs to SOA formation in Seoul (2.38MB ) |
| Nault, Ben | Secondary Organic Aerosol Production from Local Emissions Dominates the Organic Aerosol Budget over Seoul, South Korea, during KORUS-AQ (3.95MB ) |
| Shin, HJ | Characteristics of PM1 in Seoul during KORUS-AQ Campaign (1.81MB ) |
| Choi, Yongjoo | Manuscripts in preparation:
New Particle Formation and Diurnal Variations in Number Concentration Downwind of Seoul, Korea;
Spatial Distribution of New Particle Formation over the Seoul Metropolitan Area during KORUS-AQ (2.09MB ) |
| Lee, Taehyoung | The contribution and importance of ammonium nitrate on reginal air quality in Korea (1.31MB ) |
| Author/Presenter | Title or Document Description |
| RSSR Summary: Transport | Question 4: How is SMA affected by transport of air pollution from sources from regional to continental to hemispheric scales? (1.49MB ) |
| Peterson, David | Meteorology Influencing Springtime Air Quality and Pollution Transport in Korea (89.60MB ) |
| Kim, Jhoon | Long Range Transport of Aerosol (126.79MB ) |
| Eck, Tom | Analysis of AERONET Remote Sensing and LARGEIn-Situ Measurements of Aerosol Properties During the KORUS-AQ Campaign with Focus on the Influence of Cloud/Fog and High RH and Pollution Transport Events (13.42MB ) |
| Lamb, Kara | Regional influences on the direct radiative forcing from black carbon observed over South Korea (6.57MB ) |
| Halliday, Hannah | Assessing the influence of regional transport over the Korean Peninsula using short term CO/CO2 Ratios (4.05MB ) |
| Simpson, Isobel | VOC signatures from China during KORUS-AQ (2.51MB ) |
| Pfister, Gabi | WRF Tracers to inform about transboundary (China) influences (35.75MB ) |
| Saide, Pablo | Significant contribution of anthropogenic dust to fine aerosol mass during a Chinese haze event as measured by KORUS-AQ observations (1.76MB ) |
| Emmons, Louisa | CAM-chem: Tagged CO Tagged NOx-O3 (6.22MB ) |
| Miyazaki, Kazuyuki | The balance of local and non-local sources of pollution during KORUS-AQ from chemical reanalysis (6.17MB ) |
| Choi, Jinkyul | Impacts of local vs. trans-boundary emissions from different sectors on PM2.5 exposure in South Korea (2.45MB ) |
| Kim, Cheol-Hee | Stagnant vs. Long-Range Transport: Source-Receptor relationship of PM2.5 during KORUS-AQ campaign (4.70MB ) |
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