Marine Mammal Biology and Research
Marine mammals (whales, seals, sea cows, polar bears and sea otters) comprise a diverse group of species characterized by living in and obtaining food from the sea. This course aims at providing the students with a broad introduction to marine mammal biology and research, including topics including origin, evolution, taxonomy, distribution, abundance, anatomy, sensory biology, ecology and behaviour. Further, the course will address impacts caused by pathogens, human activities and climate change, as well as marine mammal management and conservation. Each topic will be covered at a general introductory level, and selected topics will additionally be presented and discussed by guest lectures with expertise in marine mammal research, conservation and management. The course goal is to provide the students with an overview of marine mammal biology and research practices, forming a solid basis upon which to build their future study, research and career interests in marine mammal biology and wildlife biology in general.
- Marine mammal origin, evolution and systematics
- Diversity, distribution and abundance patterns
- Anatomical and physiological adaptations
- Acoustics, diving and foraging in selected marine mammals
- Life history and mating behaviour
- Impacts of human activities, pathogens and climate change
- Principles of marine mammal management and conservation
- Knowledge of marine mammal research methods, including acoustics, DNA analyses, abundance estimation, diet determination and satellite tagging
- Introduction to marine mammal research institutes, research areas and career opportunities in Denmark and abroad
- Apply the most common methods used in marine mammal research
- Obtain, analyse and evaluate information about marine mammals
- Evaluation and reporting of scientific results in oral presentations, posters and reports
- Evaluate the appropriate use of research methods used to study, manage, and conserve marine mammals and wildlife in general
- Explain how human activities, pathogens and climate change may impact marine mammals
- Explain the evolution, ecology, anatomy and physiology of the main groups of marine mammals
Lectures, case studies, hands-on exercises and excursion (8 hours a week for 8 weeks).
Marine Mammals - Evolutionary Biology (3rd edition) by Annalisa Berta, James Sumich and Kit Kovacs, Academic Press
Scientific literaturer provided by the course responsible
Exercise guides provided by the course responsible
This course is aimed at students with no or little prior knowledge of marine mammals, at an introductory level that should be useful for students from Biology, as well as Biology-Biotechnology-IT, Natural Resources, and Veterinary Sciences.
This is recommended as an optional course during the second or third year of the BSc program, aiming to provide a foundation for relevant BSc and MSc thesis research in marine mammals.
Feedback will be given by lecturer and students (peer) on short assignments that are made by the students during the hands-on exercises.
- 7,5 ECTS
- Type of assessment
Oral examination, 20 min. (and 20 min. preparation time)The oral exam weighs 100 pct. of the final grade. The exam questions are based on the Intended Learning Outcomes (ILOs) of the course, presented separately for each overall theme.
- Only certain aids allowed
The teacher will provide aids at the exam. No other aids are allowed.
- Marking scale
- 7-point grading scale
- Censorship form
- No external censorship
Several internal examiners
Criteria for exam assessment
See learning outcomes
Single subject courses (day)
- Course number
- 7,5 ECTS
- Programme level
Full Degree Master choice
- Block 3
- Study Board for the Biological Area
- GLOBE Institute
- Faculty of Health and Medical Sciences
- Morten Tange Olsen (12-75777a7c6d763677747b6d76487b7d766c36737d366c73)
Globe, SNM, AU, DTU-Aqua
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Courseinformation of students