Sabir Hussain
Biography
I am a PhD student working within the Wolfson Atmospheric Chemistry Laboratories (WACL). I previously studied Environment and Climate Sciences at the Institute of Space Sciences in Pakistan, completing my Masters project on urban air quality monitoring and the chemistry of atmospheric particulate matter. Before beginning my PhD at WACL, I worked as a Research Assistant at Qatar University, where my work focused on understanding the chemistry of domestic wood smoke. My current research investigates the complex chemical composition and atmospheric chemistry of wood-burning emissions, using samples and data collected from experiments carried out at different European atmospheric simulation chambers. Outside of my research, I enjoy cycling, playing cricket, and volunteering for environmental sustainability, which provide a balance to my academic work.
Qualifications
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BS Environmental Sciences, Government College University, Pakistan
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MS Environment and Climate Science, Institute of Space Technology, Pakistan
Research interests
My research focuses on the atmospheric chemistry of biomass and wood-burning emissions, the chemical composition of particulate matter, and their impacts on urban air quality. I am particularly interested in chamber studies and monitoring approaches that improve our understanding of air pollution and its role in environmental sustainability.
Project title
Understanding the atmospheric chemistry of domestic wood burning emissions
Supervisors
Funding
- NERC
- YES-DTN
Project outline
Large scale biomass burning events release huge quantities of organic carbon to the atmosphere. These emissions can then undergo chemical transformations, leading to a wide range of harmful gas and particulate products which can have a significant impact upon air quality and human health, as well as the climate. This project aims to improve understanding of the complex chemical composition and atmospheric chemistry of wood burning emissions, using samples and data collected from experiments carried out at different European atmospheric simulation chambers. The experimental datasets will be used to develop new chemical mechanisms for inclusion into air quality models. The outcomes of this project will allow us to better understand the broader impacts of wood burning, and provide evidence to develop better mitigation policies
