Development of nanotechnological strategies for the analysis of metallic traces, speciation and metallomics in the environment.
Development of optical nanosensors for the detection of metallic species in sea water and marine organisms.
Studies of mobility, distribution, bioavailability and accumulation of heavy metals in environmental samples.
Design of miniaturized analytical techniques for in situ detection of environmental contaminants.
Development of new sustainable analytical methods.
Applications of atomic and molecular spectroscopy techniques in the analytical control of environmental contaminants.