Master programme in Plant Science
Plants use intricate systems for growth, development, transport and metabolism to cope with adverse environmental conditions, but also have considerable capacity to adapt genetically to both biotic and abiotic factors. An understanding of the mechanisms that underlie these features is of fundamental importance for all biological disciplines.
This program focusses on plant biology, evolution and biodiversity. You will gain knowledge and understanding of how plants function at different levels of organisation, from the molecular to the eco-physiological level. During the program, you practice relevant methodology since field trips and laboratory work are integrated parts of many courses. You will learn about the mechanisms that are involved in plant evolution, distribution and diversity, as well as how mating systems and population structure influence gene flow and genetic diversity in plants. You will also study how plants interact with other organisms and their ability to adapt to environmental change. The teachers are active researchers and you will gain insight in plant research on the molecular, cell, physiological and ecological level.
You have the possibility to direct your studies toward your own specific interests.
The program comprises two years of full-time studies (120 credits), with at least 90 credits at advanced level in Biology. Teaching is carried out in the form of courses, primarily in modules worth 15 credits and a Degree project for one or two semesters.
Recommended course of study
You choose among around 15 advanced level courses in Biology. You may also choose some courses from other disciplines. Together with the study advisor you can create an individual course of study. Please notice that many of the advanced courses in Biology have other prerequisites than the Master’s Programme in Biology itself.
Course overview, elective and optional courses. This file shows the most common courses the students on the Master's in Biology take, but you can also choose other courses.
- Population and Community Ecology (BIOR69) 15 credits or Soil and Plant Ecology (BIOR78) 15 credits. For students with a strong background in molecular biology and chemistry, the course Methods in Molecular Biology (BIOR79) 15 cr is also available.
- Plant Function (BIOR76) 15 credits or elective courses
- Molecular Ecology and Evolution (BIOR25) 15 credits or Genetic Analysis I (BIOR59) 7.5 credits and Genetic Analysis II (BIOR60) 7.5 credits
- Plant Evolution and Adaptation (BIOR77) 15 credits, Molecular Biotechnology BIOR31 15 credits or elective courses
- Start of Master's degree project or Floristics intermediate course (BIOF03) 7.5 credits (Bachelor's level and given in Swedish).
- Population and Community Ecology (BIOR69) 15 credits or Soil and Plant Ecology (BIOR78) 15 credits
- Processing and- Analysis of Biological Data (BIOS14) 7,5 credits and Modelling Biological Systems (BIOS13) 7.5 credits or Nature Conservation (Bachelors level and given in Swedish) (BIOC05) 15 credits
Courses corresponding to 120 credits, of which should encompass
- Compulsory Courses 15 credits:
BIOR67 Plant Function 15 credits or BIOR77 Plant Evolution and Adaptation 15 credits
- Elective Courses, at least 45 credits:
- BINP11 Bioinformatics and Sequence Analysis 7.5 credits
- BIOR59 Genetic Analysis I 7,5 credits
- BIOR60 Genetic Analysis II 7,5 credits
- BIOR79 Methods in Molecular Biology 15 credits
- BIOS13 Modelling Biological Systems 7.5 credits
- BIOR25 Molecular Ecology and Evolution 15 credits
- BIOR31 Molecular Biotechnology 15 credits
- BIOR72 Plant Systematics and Diversity 10 credits
- BIOR69 Population and Community Ecology 15 credits
- BIOS14 Processing and Analysis of Biological Data 7.5 credits
- BIOR67 Plant Function 15 credits
- BIOR77 Plant Evolution and Adaptation 15 credits
- BIOR78 Soil and Plant Ecology 15 credits
- Optional Courses, 0-30 credits
- Master´s degree project in biology, 30/45/60 credits
Master of Science (Two Years)
Major: Biology with specialization in Plant Science