Ramla Khan
Undergraduate in Civil Eengineering; Masters in RS and GIS; Phd in urban ecology, climate change, geoscience, and plant physiology
Postdoctoral Data Scientist in Climate and Health Analytics
Impact of climate extremes on the human health
Biography
I am a postdoctoral researcher at the Nuffield Department of Orthopaedics, Rheumatology and Musculoskeletal Sciences (NDORMS), University of Oxford, where I research the impacts of climate change on human health through projects funded by Wellcome trust. My current research explores how heat extremes influence disease dynamics, including the spread and severity of infectious diseases such as COVID-19. I also examine how extreme weather events affect child health in both the UK and Brazil, contributing to a growing body of evidence on climate-health vulnerabilities across diverse populations.
With a PhD in Earth, Environment, and Ecosystem Sciences, my research journey began by investigating how heat stress impacts urban trees, blending remote sensing, field-based measurements, and data analytics to understand ecological resilience. My academic background spans civil engineering, remote sensing, and geospatial data science, equipping me with a multidisciplinary approach to addressing the complex challenges of environmental and human health.
I specialise in climate data analysis, health and environmental modelling, geo-spatial AI, and advanced statistical methods. I work with large-scale datasets including satellite imagery, epidemiological records, and environmental indicators to develop predictive models that inform public health and policy responses to climate risks.
I am also committed to science communication and sustainability education. I have led community workshops and contributed to university-wide initiatives aimed at promoting climate literacy and empowering action toward a more sustainable future.
Recent publications
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Characterising Heatwave Responses and Climate Driver Impacts Using Multicollinearity-Controlled Generalised Linear Mixed Models in Urban and Forest Trees (2018–2023)
Journal article
Khan R. et al, (2025), Earth systems and environment
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Photosynthetic lag responses to heat stress in Acer campestre: comparative analysis of record-breaking summer 2022 and moderate summer 2023 conditions
Preprint
Khan R. et al, (2025)
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Thermal tolerance and recovery dynamics of urban tree species Acer campestre (field maple) under heat and drought stress derived from chlorophyll fluorescence
Preprint
Khan R. et al, (2025)
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CHANGES IN PHYSIOLOGICAL PROPERTIES OF
ACER CAMPESTRE WITH RISING HEAT IN 2022
Other
Khan R., (2024)
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Effect of Temperature Variation on Maximum Fluorescence (Fm) in Acer Campestre
Other
Khan R., (2024)