Entry requirements

General entry requirements and Mathematics 3b/3c, Science Studies 2, Social Studies 1b/1a1+1a2 or Mathematics C, Science Studies B, Civics A

Learning outcomes

After successfully completing the course the student can:

• describe the classifications of natural resources and ecosystem services
• summarize the occurrence and distribution of important renewable natural resources and ecosystem services
• describe the relationship between biological diversity, natural resources and ecosystem services
• summarize how ecological and biogeochemical structures, functions and processes generate different types of renewable natural resources and ecosystem services
• describe ecosystem services' importance for societal development
• describe issues of social justice in the context of resource use and sustainable development in a ever more globalized world

Content

The course describes the classification, occurrence and distribution of natural resources (renewable and non-renewable) and ecosystem services (supporting, supplying, regulating and cultural). Ecological and biogeochemical structures, functions and processes which are the base for renewable natural resources and ecosystem services are also studied. The relationship between biological diversity, natural resources and ecosystem services is reviewed. A geographical perspective of social justice issues in connection with natural resource usage is addressed in a globalization context. Particular weight is placed on highlighting ecosystem services' importance for sustainable socioeconomic development.

Instruction

The teaching forms for this course consist of lectures, seminars and project work.

Assessment

Seminars (2 credits), written and oral presentation of the project assignment (6 credits) and a written examination (7 credits).