PROJECTS

Actual

“Microbiota analysis for risk assessment of xenobiotics and its potential impact on dysbiosis and endocrine pathogenesis: microbiota learning by doing”. EU-FORA – The European Food Risk Assessment (EU-FORA) Fellowship Programme, Cycle 2021-2022, Universidad de Granada (INYTA-CIBM).

“Human and Environmental Risk Assessment: State Of The Art and Future Challenges” Special Issue International Journal of Environmental Research and Public Health.

From Soil to Plate: the Fate of Xenobiotics in the Food Chain with Ecological and Health Risk Implications, Special Issue Journal of Xenobiotics.

Food-related human health risk assessment and management of potentially harmful elements (PHEs).

Mineral waste from copper beneficiation and smelting in Poland as adsorbents of toxic metals from simulated wastewaters.

Characterizing mining wastes using various methods prior to their utilization – theory and practice.

Occurrence and recovery of critical elements from wastes generated in copper ore processing in Poland.

Assessment of human health risk resulting from air pollution.

Completed

  • 2021: Content and bioavailability of potentially harmful elements in arable soils and edible plants of southern Poland, with health risk assessment
  • 2019: REMEDIUM Consortium – General Directorate for Environmental Protection (GDOŚ) in Warsaw, Public Contract No. 79/GDOŚ/2019 “Development of proposals for solutions regarding the procedure for assessing the existence of a significant threat to human health or the state of the environment in the event of exceeding the permissible content of substances causing a risk in soil, soil or groundwater, as well as the principles of choosing the appropriate method and technology of remediation”.
  • 2017: CHMURAL Consortium – General Directorate for Environmental Protection (GDOŚ) in Warsaw, Public Contract No. 42/GDOŚ/2017 „Analysis of information necessary to assess the existence of a significant threat to human health or the state of the environment in the event of exceeding the permissible content of substances causing risk in soil, soil or groundwater.
  • 2013–2014: Dean’s Grant “Risk analysis procedure as a tool for identifying environmental health threats,” No. 15.11.140.357.

Doctoral theses

  • Methods of determining bioavailable forms of contemporary pollutants and their impact on the results of health risk analysis and health risk management.