01.Airborne Allergens and Clinical Immunology: Exploring allergenic aero-particles, immune responses, diagnostics, and clinical implications in respiratory allergy.

02.Biopollutants and Airway Diseases: Understanding the impact of airborne biological pollutants on asthma, COPD, and other airway disorders.

03.Palynology and Pollen Biology: Advancing research on pollen diversity, biology, aerodynamics, and their relevance to allergy and ecosystem functioning.

04.Airborne Microbes: Investigating the dispersal, survival, and health impacts of airborne bacteria, viruses, and microbial communities.

05.Meteorology and Atmospheric Sciences: Examining atmospheric processes influencing aeroallergen transport, dispersion, climate interactions, and exposure modeling.

06.Environmental Sciences: Assessing environmental drivers—urbanization, pollution, and climate variability—shaping aerobiological patterns.

07.Aeromycology and Plant Pathology: Studying airborne fungal spores and plant pathogens and their implications for crop health and agricultural biosecurity.

08.Computational and AI-Driven Approaches in Aerobiology: Applying modeling, machine learning, data analytics, and digital tools to forecast, classify, and interpret aerobiological data.