Kuala Lumpur 2019 Poster Session 1
# |
First Name |
Last Name |
Title |
1.01 |
Nor Diana |
Abdul Halim |
Spatial Air Quality Assessment using Statistical Tools in Mega Urban Region, Malaysia |
1.02 |
Anis Asma |
Ahmad Mohtar |
Validation of Near Surface Ozone and Particulate Matter over Malaysia: CAMS Reanalysis and Ground Based Measurement |
1.03 |
Morshad |
Ahmed |
Aerosol Composition and its Health Impact in a Highly Polluted Mega City in Southeast Asia (Dhaka, Bangladesh) |
1.04 |
Furqon |
Alfahmi |
Atmospheric Composition Variability (CO2, O3, NO2) over Bogor City Indonesia and Its Relations with Monsoonal Rainfall and Social Activity |
1.05 |
Muhammad |
Arif Rahman |
Smoke Plumes Observation using Doppler Radar C-Band in Forest Fires Event in Central Kalimantan |
1.06 |
Amara |
Aziz |
|
1.07 |
Nor Hafizah |
Baharudin |
Air Quality Modelling for Kuala Lumpur Using A New Generation Urban Scale Dispersion Model |
1.08 |
Grace |
Betito |
|
1.09 |
Quynh |
Bui Thi Nhu |
The application of sensors in air pollution monitoring in Ho Chi Minh city, Vietnam |
1.10 |
Arti |
Choudhary |
Characterization of Trace gases and Green House Gases in Megacity New Delhi |
1.11 |
Lakhima |
Chutia |
Reginal Scale Modeling of Secondary Organic Aerosols over Indian Subcontinent Using WRF-CHEM during Winter |
1.12 |
Le |
Dang |
Applying METI-LIS Model to Calculate Dispersal of Air Pollutants from industry in le Minh Xuan Industrial Zone, Ho Chi Minh City |
1.13 |
Sachin |
Ghude |
Advanced Air Quality Early Warning System for Delhi (AQWS) using chemical data assimilation |
1.14 |
Sachiko |
Hayashida |
New project “Aakash” aiming at reduction of crop-residue burning in North India: interdisciplinary approach toward clean air, public health and sustainable agriculture |
1.15 |
Ngo |
Hung |
|
1.16 |
Truong Thi |
Huyen |
Development of Air Pollution Emission Inventory for Shipping Activities in Ha Long Bay, Vietnam |
1.17 |
Farah |
Jeba |
Monitoring of Polycyclic Aromatic Hydrocarbons (PAHs) in Atmospheric Suspended Particulate Matters collected from Rural Bhola island in Bangladesh |
1.18 |
Ernie Syazween |
Junaidi |
Evaluation of Exposure to Benzene among Children in Indoor Environments |
1.19 |
Jae |
Kim |
Validation of OMI HCHO data and its analysis over Asia |
1.20 |
Nguyen Huy |
Lai |
Development of Emission Inventory for Air Pollutants from Residential Combustion in Vietnam |
1.21 |
Yutaka |
Matsumi |
Application of accurate compact PM2.5 sensors in Asian counties |
1.22 |
Alaa |
Mhawish |
|
1.23 |
Manisha |
Mishra |
Seasonal Variability of Carbonaceous Aerosols at a Highly Populated Urban Site of Central IGP Region |
1.24 |
Norfazrin |
Mohd Hanif |
Enhanced chlorinated very short-lived substances in East Asia: Potential source regions and source types |
1.25 |
Samiha |
Nahian |
|
1.26 |
Abdullah Al |
Nayeem |
Spatiotemporal Variation of Brick Kilns and Its relation to Ground-Level PM2.5 through MODIS Image at Dhaka District, Bangladesh |
1.27 |
Maggie Chel Gee |
Ooi |
|
1.28 |
Didin Agustian |
Permadi |
Co-benefits of black carbon emission reduction measures on air quality and climate forcing in Southeast Asia |
1.29 |
Supaporn |
Prasomboon |
|
1.30 |
Srikanthan |
Ramachandran |
Aerosol Optical Properties and Radiative Effects over South Asia |
1.31 |
Dipesh |
Rupakheti |
Investigation of heavy haze events over the Buddha’s birthplace |
1.32 |
Abdus |
Salam |
Overview of the Atmospheric Pollution (Particulate matters, Rain and Fog)in Urban and Rural locations in Bangladesh: Characterization and Human Health Impact |
1.33 |
Rasheda Aktar |
Samiha |
Analysis of tropospheric ozone-enhanced layers and water vapour above Bhola Island, Bangladesh |
1.34 |
Wiwiek |
Setyawati |
|
1.35 |
Muhammad Zeeshaan |
Shahid |
AnalysisofadensehazeeventoverNorth-easternPakistanusingWRF-Chemmodelandremotesensing |
1.36 |
Imran |
Shahid |
State of Air Quality in Twin Cities of Pakistan; Islamabad and Rawalpindi |
1.37 |
Salman |
Tariq |
Remote sensing of aerosol properties during post monsoon intense haze and pre-monsoon dust storm over a mega-city of Lahore (Pakistan) |
1.38 |
Narisara |
Thongboonchoo |
The Study on Dispersion of Pollutants from Wildfire in The Northern Thailand Using WRF-Chem Model |
1.39 |
Pravash |
Tiwari |
Overview of winter air quality in Pokhara Valley, Nepal during the airborne measurements |
1.40 |
Ngoc |
Vu |
|
1.41 |
Shuo |
Wang |
|
1.42 |
Saraswati |
Yadav |
Characteristics of gaseous and particulate ammonia and their role in the formation of secondary inorganic particulate matter at Delhi, India |
1.43 |
Chi-Fu |
Yeh |
Three years of atmospheric gaseous and particulate mercury measurement in Taiwan |
1.44 |
Zibing |
Yuan |
Reconciliation of Discrepancy in Ozone Formation Regimes Retrieved from Observation-Based Model and Numerical Model in Shanghai, China |
1.45 |
Mohd Famey Bin |
Yusoff |
Long term trend and variability of nocturnal surface ozone in Malaysia |
1.46 |
Muhammad |
Zahid |
Assessment of trace elements and source apportionment in urban atmosphere of Faisalabad, PAKISTAN |
1.47 |
Naila |
Zeb |