Wildfire Research Themes
Landscape fires have huge impacts on habitats and communities, plus contribute to global climate change and poor air quality.
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(Roberts & Wooster, 2021)
We need better information to quantify fires and their smoke emissions across the full size range, so we can understand the true magnitude and impact of fire in both natural and human modified environments.
Professor Martin Wooster, NCEO Director based at King’s College London
At NCEO, our Wildfire Research themes includes:
Air quality impacts from fires
Earth observation is vital in air quality modelling and assessments, particularly in regions where substantial and reliable ground networks are unavailable. The NCEO team at Kings College London have produced algorithms that utilise satellite observations of active fires to estimate emissions of fire-sourced particulate matter. Read more….
Burnt Area / False Colour Composite
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Changes in atmospheric GHGs
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Fire plume compostion
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Impacts of surface changes
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Modelling effects, change and impacts
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Smoke (aerosols)
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Search datasets and tools
NCEO produces various datasets related to climate change, including measurements of greenhouse gases, atmospheric composition, land surface changes and ocean health. These datasets are valuable for understanding the dynamics of climate change on a global scale and informing policies and actions to address it.
