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Climate Change Impacts on Fungal Disease Geographic Range Expansion

Agriculture

Mycology & Fungal Disease Management Research

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Fungal Pathogen Genomics and Virulence Factor Identification Mycotoxin Biosynthesis Pathways and Secondary Metabolite Regulation Fungal-Plant Coevolution and Host Specificity Mechanisms Antifungal Resistance Evolution and Fungicide Resistance Genomics Endophytic Fungi and Microbial Biocontrol Agent Discovery Fungal Spore Dispersal Ecology and Disease Epidemiology Modeling Plant Immune Response Mechanisms Against Fungal Pathogens Fungal Enzyme Secretomes and Plant Cell Wall Degradation Mechanisms Metagenomic Characterization of Soil Fungal Communities and Disease Suppressiveness

Agriculture › Mycology & Fungal Disease Management Research

Climate Change Impacts on Fungal Disease Geographic Range Expansion

This research models projected shifts in distribution of major fungal crop diseases under future climate scenarios using ecological niche modeling and experimental studies of temperature and moisture responses. Scientific outputs predict emerging disease hotspots, shifts in pathogen populations, and necessitate development of region-specific resistance strategies and adaptive crop management protocols.

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