River engineering, river network evolution, fluvial process responses, river morphodynamics, fluvial hydraulics; bridge engineering, river training structures, coastal defences, sediment transport, sewerage systems, wastewater hydraulics.

The influence of environmental pollution by chemical elements on human health. Nuclear physical methods for determining the content of chemical elements in environmental objects, as well as in tissues and fluids of the human body.

Mass spectrometry detection of volatile organic compounds; Time-of-flight mass spectrometry; Atmospheric chemistry; Aerosol chemistry.

Nuclear and related analytical techniques for life sciences, environmental pollution studies, biomonitoring air pollution, aquatic pollution, statistical methods for analysis of large arrays of environmental data. 

Food chemistry, phytochemistry, essential oil, analytical chemistry, environmental chemistry, secondary metabolites, application of GC/MS, LC/MS/MS, HPLC and NMR, pharmacological activities, in-silico prediction.

Rhizoremediation, nanoremediation, nanomaterial, bioremediation, soil ecological effect.

New materials synthesis, materials characterization, electrochemical characterization, solid oxide fuel cells, electrode reaction mechanisms, thermodynamic characterization.  

Hydrogen underground storage, carbon dioxide storage in soils and aquifers, biogeochemical cycling and climate change, microbiology, geochemistry, multiphase fluid flow, groundwater quality, contaminants of emerging concern.