From environmental measurement to decisions under uncertainty
My research examines how environmental pressures move through connected natural and human systems—and how evidence can be made robust, transparent and useful enough to support real decisions.
I work across climate and nature risk, freshwater systems, pollution and antimicrobial resistance. My approach combines environmental science, modelling, geospatial analysis, evidence synthesis and reproducible data workflows, with careful attention to uncertainty, comparability and the practical conditions in which evidence is used.
Current research themes
I assess environmental risks arising from chemical, biological and climate-related pressures.
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UK Climate Risk Indicators
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Climate & nature-related financial risk
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Agricultural climate risk
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Natural-resource-driven fragility
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Drought vulnerability
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Nature-based adaptation
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Community monitoring of river health and biodiversity
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River temperature and climate adaptation
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Plankton and environmental change in the River Thames
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Eutrophication, aquatic plants and urban waters
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AMRWATCH: antimicrobial resistance & industry
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Environmental evidence for AMR surveillance
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Environmental indicator systems
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Geospatial data and modelling pipelines
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Environmental evidence synthesis
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Uncertainty, validation and comparability
