Arctic ecosystems ecological security laboratory
Grant Agreement No.: 14.Y26.31.0009
Project name: Development of methodologies for monitoring, assessment, forecasting and prevention of risks related to transfer of toxic pollutants through biological pathways capable of accumulating in trophic chains and spreading in Arctic ecosystems.
Name of the institution of higher learning: Federal State Autonomous Educational Institution of Higher Education "Northern (Arctic) Federal University named afte M.V. Lomonosov"
Fields of scientific research: Health sciences
Reduction of economic and demographic consequences of health disorders of population living in the Arctic zone of the Russian Federation (further on – AZRF) due to uncontrolled transfer to the environment of toxic pollutants (further on – dangerous pollutants).
Increasing efficiency of chemical population safety.
Development of national and regional biological monitoring systems, forecasting and management of risks related to uncontrolled dissemination of dangerous pollutants with migrating species of commercial birds, fish and animals to the Arctic (further on – through biological pathways).
1) Socio-economic assessment of risks for human health disorders and demographic consequences connected with penetration of toxic and radioactive pollutants in human body, capable of accumulating in food chains and spreading with migrating species of commercial fish, birds and wildlife (further on – through biological pathways);
2) assessment of impact of predicted climate change on the increase of volumes of transboundary dangerous pollutants penetrating to high latitudes through biological pathways;
3) development of methodologies of early detection, monitoring and combating risks connected with transboundary transfer of dangerous pollutants to the Arctic through biological pathways;
4) development of a model on the assessment and forecasting risks of negative health impact related to transfer and dissemination of dangerous pollutants through biological pathways;
5) identification, analysis and characteristic of main factors of risk for population health and development of methodological recommendations on their reduction in the course of catch, processing and sale of food products made of migrating commercial species of fish, birds and animals;
6) development of main requirements for establishing international and national information systems of early detection, monitoring and assessment of risks of dissemination of dangerous pollutants through biological pathways;
7) development of policies of informing state government bodies and local governments, as well as population living in AZRF of management of risks in the field of chemical safety.
Addressing the above main tasks of the project is planned to be implemented on the basis of the formed international interdisciplinary research laboratory of Arctic biomonitoring.
Date of Birth: 25.03.1947
Academic degree and title: Candidatus realium, Analytical Chemistry
Job Title: National Institute of Occupational Health
Field of scientific interests: biochemistry, analytical chemistry, toxicology of metals and persistent organochlorine compounds, environmental and occupational human health, quality assurance
Thomassen is the author or co-author of 190 scientific publications, the majority focusing on atomic spectrometry and other spectrometric methods for the determination of essential and toxic elements with special emphasis on electrothermal atomic absorption spectrometry. In recent years more focus has been given to other spectrometric methods as inductively coupled plasma atomic emission and mass spectrometry. His main scientific activity during the last ten years has been in the field of environmental and occupational exposure characterisation and assessment in human health studies.
Thomassen has initiated and organised a large number of national, nordic and international conferences on topics dealing with analytical chemistry, atomic spectroscopy and environmental and biological issues.