It is estimated that 72% of emerging zoonotic disease events originate from wildlife. Many of these diseases pose serious risks to human health, as demonstrated by the 2014 Ebola virus disease (EVD) outbreak in West Africa. Trade that brings wildlife into close proximity with humans and domestic animals provides an interface for pathogen transmission.

In this study, researchers explored the relationships between the satellite-retrievedfire counts(FC), fire radiative power(FRP) and aerosol indices using multi-satellite datasets at a daily time-step covering ten different biomass burning regions in Asia.Wefirst assessed the variations inMODIS-retrieved aerosol optical depths (AOD’s)in agriculture,forests, plantation and peat land burning regions and then usedMODIS FC and FRP (hereafter FC/FRP)to explain the variations in AOD characteristics.

This study aims to determine the variability and trends of tropical biomass burning, tropospheric ozone levels from 2005–2012 in Thailand and the ozone transport from the surrounding regions. Intense biomass burning and tropospheric ozone in this area have a seasonal variability with the maximum generally occurring during the dry season. The northern part of Thailand was observed to have high tropospheric ozone during the dry peak season in April.