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Vår 2025
BIO-3030 Extreme animal physiology - 20 stp
The course is administrated by
Type of course
The course is mandatory for MSc students in biology on the Arctic Animal Physiology specialization program.
This course is available as a singular course.
The course is taught over two terms starting in autumn, with final exam in the spring term.
Course overlap
Course contents
Admission requirements
Admission requires a Bachelor`s degree (180 ECTS) or equivalent qualification, with a major in biology of minimum 80 ECTS. A minimum of 10 ECTS general animal physiology (BIO-2002 or equivalent) is mandatory.
Local admission, application code 9371 - Master`s level singular course.
Obligatory prerequisites
Objective of the course
Knowledge and understanding:
The successful student
- has thorough knowledge on the abiotic conditions that characterize different environments, with particular focus on extreme environments, including those found in the polar regions
- has specialized insight into the anatomical and physiological adaptations enabling animals to survive in extreme environments in their different aspects - pertaining to water and electrolyte balance, bioenergetics and nutrition, oxygen demands, and coordination through endocrine and neuronal mechanisms
- understands and can explain, from a comparative and integrative perspective, the scientific approaches used to study physiological adaptations of various animals , related to their oxygen supply, to thermal-, energy-, and water- balance, and to the homeostatic control mechanisms that regulate their ‘milieu intérieur’ in relation to these factors.
- Is aware of research ethics in relation to research animal welfare, and of the regulation of animal research under Norwegian law.
Skills:
The student can
- discuss and explain how different fundamental physiological principles and adaptive mechanisms relate to the ability of different species to survive in a variety of extreme environments
- discuss and explain how the functions of organs are modified and adapted in organisms that live under different environmental conditions
- discuss and explain how a range of scientific experimental approaches have led to current understanding of physiological adaptations to environmental challenges (incl. innovative research approaches)
- discuss and explain how physiological mechanisms may limit or potentiate the process of evolutionary adaptation
- plan and conduct experiments in animal physiology, employing relevant research methods, with reference to animal welfare regulation where relevant
- collect data independently or during practical exercises, under field conditions or in the laboratory
- analyse data from animal physiology experiments in an independent manner
General competence:
The student
- can apply gained knowledge and available information to plan and carry out own research in animal physiology (e.g., own MSc project)
- understands the process of generating scientific knowledge
- can analyze and critically evaluate data obtained through own data collection or as reported by others in relevant scientific literature
- can analyze and critically review and communicate current scientific knowledge, both orally and in writing
- can review and extract relevant information from scientific literature in the process of presenting and discussing own research findings or other topics
- can present written scientific content clearly and in logical order while using language appropriate for the audience and occasion
- has the ability to work / cooperate in a group addressing a specific problem and writing up results and conclusions in a report
Language of instruction
Teaching methods
Hours distributed approximately equally between the two terms:
Lectures, seminars, journal club* - 50 x 2 hrs;
Labs, at campus or in the field: 24 hrs in total, distributed between autumn (~9 hrs) and spring (~15 hrs)
Oral presentations: ~2 hrs;
Remaining assignments, including preparing oral presentations, home assignments, own reading - ~300 hrs
*Journal club: allows students to dive into some of the topics = student-led and student-active learning.
Students are expected and required to have fulfilled safety courses HMS-0501, HMS-0502, HMS-0503 and HMS-0504. Additionally, specific mandatory safety teaching as needed, e.g., relating to any excursions.