Master's Degree Programme in Biological and Environmental Science

Degree title:
Master of Science
Degree program type:
Master's Degree
Credits:
120 cr
Language:
English
Responsible organisation:
Department of Biological and Environmental Science, Faculty of Mathematics and Science
Curriculum periods:
2017-2018, 2018-2019

Description

The aim of the programme is to produce experts in biology and environmental science. The programme contains two specialization areas (majors):

- sustainable management of inland aquatic resources
- ecology and evolutionary biology

Students are assigned to one of these majors based on their application letter and academic background.

The aquatic major focuses on environmental and biological processes that determine the characteristics and ecosystem services of inland waters and ecologically, economically and socially sustainable use of natural resources. The ecology major focuses on fundamental concepts and theories of ecology, genetics, and evolutionary biology and the ability to use these at the individual, population, community and ecosystem level.

The study content within aquatic science covers the management and sustainable use of inland waters, with specialization possible in lake and river ecology (including typology, pollution and conservation) or in fish biology and fisheries (including sustainable use of wild fish stocks, aquaculture, aquatic parasitology and fish diseases). The study content within ecology and evolutionary biology ranges from genes and molecular biology to ecosystem functioning. Relevant courses cover basic ecology and evolutionary biology as well as theoretical modelling and practical applications.

Learning outcomes

Graduates will be able to:
- apply theories and use the primary literature and empirical observations to answer scientific questions.
- use their knowledge to develop solutions to practical questions.
- obtain, evaluate and incorporate the latest knowledge of scientific problems using appropriate scientific practices and following ethical principles.

Structure

Select all (85+ cr)