RISUD Research Seminar: The Global Spore Factory: From Spores to Surveillance in a Changing World
Seminar
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Date
12 Nov 2026
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Organiser
Research Institute for Sustainable Urban Development (RISUD)
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Time
11:00 - 12:00
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Venue
Z504, 5/F, Block Z, PolyU Map
Enquiry
Kaley Li risud@polyu.edu.hk
Summary
Modern human activity has inadvertently become one of the most powerful forces driving the evolution, amplification and global dispersal of pathogenic fungi. In this lecture, I will explore how agriculture, urbanisation, climate change and global trade have together created a vast, decentralised “Global Spore Factory” that is reshaping fungal threats to human, animal and ecosystem health. Drawing on examples ranging from the emergence of antifungal-resistant Aspergillus fumigatus in agricultural environments, to the global panzootic spread of amphibian chytridiomycosis, and changing human exposure to indoor moulds in increasingly energy-efficient buildings, I will show how environmental change is altering where, when and how people and wildlife encounter fungal pathogens.
I will highlight how population genomics, barcoded lineage experiments, environmental surveillance, bioaerosol monitoring and predictive modelling are revealing the evolutionary and ecological processes underpinning these emerging threats. Finally, I will discuss how genomic surveillance, smarter environmental management and One Health policies can help redesign our interactions with the built and natural environment to reduce fungal disease risk. Understanding—and ultimately reimagining—the Global Spore Factory is becoming central to protecting biodiversity, improving human health, and preserving the effectiveness of antifungal therapies in a rapidly changing world.
Biography
Professor of Fungal Disease Epidemiology,
School of Public Health,
Faculty of Medicine,
Imperial College London
Professor Matthew FISHER is a Professor of Fungal Epidemiology at Imperial College London whose research sits at the One Health interface, investigating the factors driving emerging fungal diseases and antifungal resistance across humans, wildlife and plants. His work integrates population genomics, epidemiology, ecology and experimental biology to understand how environmental change, agriculture and globalisation shape fungal pathogen emergence, and to develop new approaches for diagnosis, surveillance and control. Professor Fisher has authored more than 250 peer-reviewed publications, with his research widely cited across the fields of infectious disease, microbiology and ecology.