91ÌÒÉ«

The Aerosol Science Team's research aims to understand the sources and impacts of atmospheric particles, and what action can be taken to reduce these effects. 

91ÌÒÉ«

The Aerosol Science Team’s research focuses on understanding the sources and impacts of atmospheric particles and identifying actions to mitigate these effects. 

91ÌÒÉ« Areas: 

• Airborne Particulate Matter (Aerosols): A complex mixture of chemicals from various sources such as vehicle exhaust, industry, power generation, domestic fuel burning, and construction activities. 

• Advanced Measurement Techniques: Utilising highly time-resolved measurements to analyse aerosol physical and chemical characteristics, providing insights into source contributions and their impacts on human health and the environment. 

• Data Analysis: Combining measurements with advanced analytical tools to offer new perspectives on pollution sources, refine air pollution models, and assess population exposure. 

Key Objectives: 

• Source Identification: Determining real-world pollution emissions and their contributions to atmospheric concentrations. 

• Exposure Assessment: Understanding human exposure to different pollutants in various environments. 

• Impact Analysis: Evaluating the effects of pollution on human health and the environment. 

Education

• 91ÌÒÉ« MSc Transport – David Green is a guest lecturer on the Transport Module 
• Short course contributors David Green and Daniel Marsh - Impact on Urban Heath Introduction to Air Quality 
• – Daniel Marsh is delivering a modular programme for local authority officers, funded by , that will lead to improved compliance and regulatory outcomes whilst working with the construction industry
• (Action Sustainability) - Daniel Marsh delivers regular Air Quality workshops and seminars for industry organisations and contractor groups, including High Speed 2 and National Highways 

Team Members