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The aim of this project is to produce constructive insights about the most productive venues (territorially and sectorally) and approaches (how and with and for whom) for using natural capital concepts and data to galvanise change for sustainability.
Professor Mark Reed is a transdisciplinary researcher specializing in environmental governance and research impact. He works with rural communities to enhance the governance of natural and agri-food systems, and his research on impact is changing the way researchers around the world generate and share knowledge so they can change the world.
Data processing and spatial data analysis Modelling of atmospheric emissions (at a landscape and national scale) Assessing the effects of air pollution on human health and sensitive habitats. Distribution of agricultural emissions (of ammonia and greenhouse gases) for the UK, Portugal and South Asia. Comparing top-down and bottom-up inventories
My research interests include environmental data (mainly atmospheric data) processing and transformation and how it changes over time and space. Also I am interested in developing web tools that helps users (from general public to policy makers) to visualise data for decision making.
My research interests lie in the field of air pollution impacts on ecosystems particularly focusing on nitrogen deposition. I provide underpinning atmospheric science support to UK stakeholders including pollution regulators and nature conservation practitioners. My work has included the design and development of application tools, knowledge systems and screening models in the area of impact assessment. In addition I provide guidance and advice on mitigation measures for ammonia emissions from agriculture, and have conducted research into the effects of using trees in the landscape to mitigate
I am leader of the Atmospheric Composition Change group in the Atmospheric Chemistry and Effects Science Area of UKCEH. My research interests cover remote, rural and urban air pollution with a focus on ammonia, particulate matter (PM) and other reactive nitrogen species. I am involved in the UNECE Task Force for Measurement and Modelling and the CEN WG11 on developing a European standard for ambient ammonia passive samplers and CEN WG42 air quality sensors.
Ammonia from livestock farming harms air quality but receives less attention than greenhouse gases (GHG). We describe mitigation measures that can be taken now, providing tools to support adoption. We check trade-offs between measures targeting ammonia and those targeting GHG, filling knowledge gaps. Replacing models by measurements should improve monitoring, so we test emerging technologies for measuring farm ammonia emissions.
Micrometeorological measurements of gases and aerosols exchange between land and atmosphere at different environmental ecosystems. Application and development of measurement techniques/instruments to investigate gas and aerosol processes in the atmosphere.