About the education
Landscape patterns and land use change are important components for understanding ecological processes affecting biodiversity and ecosystem functions. As most political and economical drivers are expressed through human activities, having a landscape focus has recently been recognized as important to address many of our current environmental goals. Our education program builds on our research strengths in applied historical ecology, landscape analysis and resource management, linking community ecology with restoration and management of both terrestrial and marine environments.
This two-year Master’s program is for students that want to understand and explore the link between ecological processes, landscape patterns and human interactions. The program welcomes students with a multidisciplinary interest of ecology at broader spatial and temporal scales. It can provide an extended platform for topics such as habitat monitoring, conservation and restoration of biodiversity, ecosystem service and management of landscapes and resources.
The compulsory courses in the program are both theoretical and practical, such as experimental design, data collection through field inventories and remote sensing, analyses and management of spatial data using geographic information systems (GIS).
The courses are: Landscape Ecology - Theory and Design, 15 credits, Applied Remote Sensing, and GIS for Landscape Analysis, 15 credits, Applied Aerial Photographic Techniques for Landscape analysis, 7.5 credits and Project in Landscape Ecology, 7.5 credits. The optional courses in the program can include several different subjects so that the student acquires sufficient knowledge to complete the program with a thesis on landscape ecology.
Application documentation specific for this programme:
In addition to the documents required by universityadmissions.se (antagning.se), you need to send in application documentation specific for this programme: Personal letter (maximum one page) and CV.
Please read the information at the education website.
Subject: Physical Geography and Quaternary Geology
Physical Geography and Quaternary Geology is part of both Earth Science and Geography, and deals especially with the climate and its change in time and space; water in all its forms; glaciers and ice sheets; the soil cover and the earth’s surface landforms; vegetation distribution in time and space; and the function and change of natural and cultural landscapes over time. Environment and natural resources are in focus, with an overall objective to contribute to sustainable resource use and sustainable development.
The main themes of research and teaching in Physical Geography and Quaternary Geology at Stockholm University are:
- Biogeography and Geomatics. Biogeography includes the interactions between land use, biodiversity and ecosystem services, and the importance of the landscape for vegetation distribution in time and space. Geomatics involves the development and use of geographic information systems (GIS), remote sensing, cartography and visualization, with focus on landscape analysis and landscape information for issues within earth, life and environmental sciences.
- Climate and Quaternary Science. Within this theme we focus on the dynamic development of climate and environment and the interaction between ecosystems, climate and environmental changes during the Quaternary (from 2.6 million years ago to the present).
- Environment, resource dynamics and management. This theme encompasses the entire environmental field, with particular emphasis on the society's interactions with the natural environment. Within research and education we turn to professionals and students who need a broad knowledge in the field of environmental management.
- Geomorphology and glaciology. Through the study of the earth's surface landforms and the processes acting on the earth's surface, we contribute with knowledge that is useful in planning, such as the location of hazardous waste, roads and other infrastructure, and in the interpretation of the interactions between society and the natural landscape. We also study glaciers and polar environments, including glacial, alpine and periglacial systems and environments, which are central in the earth's climate system.
- Hydrology and water resources. Natural and anthropogenic variations in land, soil and water resources have a direct impact on human activity, and by studying this variability we contribute to the knowledge of environmental and societal development possibilities and risks associated with the use of land and water. We also study the effects of different strategies for handling risks, and relate research results to environmental monitoring and legislation, and to management of land, soil and water resources for sustainable development.
Area of interest: Science and Mathematics
Science and mathematics help us understand how the world around us is connected – from the origin and structure of the universe, to the development and function of humanity and all other organisms on earth.
Scientific knowledge makes it possible to critically examine the credibility of information in different areas of everyday life, society, and the media.
As a scientist or mathematician, you will be attractive on a large job market that covers all parts of society and includes everything from pure technology companies to environment and healthcare, as well as research.