@InProceedings{OozeerChOoZaSaCh:2015:CaStJu,
author = "Oozeer, Muhammad Yaasiin and Chan, Andy and Ooi, Maggie Chel Gee
and Zarzur, Antonio Maur{\'{\i}}cio and Salinas, Santo and Chew,
Boon Ning",
affiliation = "{University of Nottingham} and {University of Nottingham} and
{University of Nottingham} and {Instituto Nacional de Pesquisas
Espaciais (INPE)} and {National University of Singapore} and
{National University of Singapore}",
title = "Evaluation of WRF-chem model with high-spectral resolution lidar
data of Singapore: a case study of the June 2013 biomass-burning
haze event",
year = "2015",
organization = "Annual Meetings Asia Oceania Geosciences Society (AOGS)",
abstract = "This study aims to identify the vertical transport mechanisms that
uplifted the forest fire emissions from Sumatra to the troposphere
during the June 2013 haze crisis. WRF-Chem was used to simulate
the formation and transport of biomass-burning haze during the
study period of 16th to 26th June 2013. 27-km ,9-km and 3-km
spatial grids were used to observe the South-Southeast Asian
synoptic weather patterns and their effects on the transport of
biomass-burning emissions from Sumatra to Peninsular Malaysia.
Results show that PM10 emissions were lifted above the planetary
boundary layer over Peninsular Malaysia on 24th June. The model
was evaluated by comparing the results with high-spectral
resolution LIDAR data of Singapore as well as meteorological data
for Malaysia during the haze episode. The 3-km grid was used to
resolve convection explicitly to identify the mechanisms that were
responsible for the vertical transport of the biomass-burning
emissions. These mechanisms were able to uplift the
biomass-burning emissions within the troposphere and this could
have significant long-range transport and global climatic
effects.",
conference-location = "Singapore",
conference-year = "2-7 Aug.",
urlaccessdate = "30 abr. 2024"
}