Here below you can find all master courses the University Centre offers. All courses are taught in 1-3 week modules running from August through June. See how the courses are organised in the teaching schedule for both programs. Usually 2-3 courses are taught at the same time, but students may only enroll in one course at a time.
The master courses are available to you whether you plan to pursue a degree or just take a course or courses. Please review the options for guest studies to determine how you can apply.
For further information, contact the Administrative Director of Education and Teaching.
Pollution in the Coastal Arctic
- Spring 2024
- Next course: 19. February - 01. March 2024
- CMM/CRD Elective Course | 4 ECTS
- Course:CMM14
- Instructor: Dr. Kristine Bondo Pedersen
About the course
The course introduces students to chemistry related to contamination in the coastal zone and seas. Chemical interactions in the interface of the sea, land, biota and air are explained along with the transport of pollutants. The state of the coastal zones in the world are discussed, as well as regional, national and international monitoring practices and programmes. Designing monitoring programmes and pollution studies are also presented and discussed. The course provides insight into our own lifestyle and the effects we have on the environment. It mostly focuses on environmental fate and effects of persistent organic pollutants (POPs) and heavy metals on living organisms, but emerging contaminants and their impact and occurrence in the Arctic are also discussed. A brief introduction to environmental chemistry, study design and ecotoxicology is also part of the course.
Instructor
Dr. Kristine Bondo Pedersen is a Danish scientist for environmental impacts at the Norwegian research institute AkvaplanNiva. Her work includes environmental investigations on land and sea, from environmental due diligence to environmental site investigations, environmental risk assessment, action plans, monitoring of mitigation and environmental monitoring. Her tasks include mapping of polluting activities, sampling plans, fieldwork, data processing, environmental risk assessment, multivariate statistics, assessment of measures, monitoring of measures and reporting.
Learning outcome
The course introduces students to the chemistry related to contamination in the coastal zone. Chemical interactions in the interface of the sea, land and air will be explained along with the transport of pollutants. The state of the coastal zones in the world will be discussed, as well as regional, national and international monitoring practices and programs. An introduction to designing a monitoring program will be presented. Further, insight into our own life style and the effects we have on the environment will be discussed. A special focus will be placed on the effects of persistent organic pollutants (POPs) and heavy metals on living organisms, with special emphasis on sea-birds. Emphasis is also placed on environmental chemistry, where students gain insights into chemical analyses and ecotoxicology.
On completion of the course, a student:
- has a broad overview of the main environmental hazards in coastal zones, both natural and manmade.
- can recognize major pollutants and have an understanding of their source, transport and effects on the ecosystem.
- has a general understanding of with the main methods for detecting environmental hazards and means of monitoring.
- has an understanding of the chemical composition of coastal waters as well as the various natural processes and human activities which have an influence there.
- Has the basic know how to design monitoring programs and assess the results obtained.
- has familiarity with the variety of coastal issues which are important in different parts of the world and international efforts and conventions relating to coastal water quality management.