This course focuses on the natural science aspects of climate change with the focus on the interaction of different processes happening on Earth. By learning about the scale of time in the geological and historical context, we will improve our understanding of the changes in the future.
We will address topics as diverse as geomorphology, management of natural hazards, and renewable energy sources and, with Iceland as your case study, you gain a thorough understanding of landscape dynamics, general climate mechanisms, and how civilizations have interacted with natural risks.
Bring appropriate clothing and footwear to stay warm and dry during the Study Tour in potential subzero temperatures. Confidence in hiking on hilly and potentially slippery terrain is mandatory.
Pre-requisites
One course in environmental or earth science at university level.
One year of physics or chemistry at university level is recommended.
Travel on Study Tour
You only take one Core Course per semester, and each Core Course includes two Study Tours: one Short Study Tour to a nearby destination for three days, and one Long Study Tour to another European country for six days.
Led by your faculty, Study Tours take you into real-world settings where you will apply what you’ve learned outside the classroom.
Ph.D (Climate Dynamics, University of Copenhagen, 2026). MSc (Physics, University of Copenhagen, 2023). Power systems consultant, Silicon Grid, 2019-2021. With DIS since 2025
Sebastian Fabian Jensen Zastruzny
PhD (Geography-Geosciences, University of Copenhagen). Educated in permafrost dynamics at the Centre for Permafrost, IGN. Research on permafrost cores, water samples, climate data series, process based modelling, and effects of future climate change. Conducted fieldwork and taught field courses in Greenland and Denmark multiple times.With DIS since 2023.
Long Study Tour
About this tour
Iceland is formed on a hot spot, riding on a plate boundary far in the north, and is as such formed by volcanic activity, glacial movement, and human settlement. The harsh climate and rough landscapes allow us to understand the processes that have led to its current state, while the relatively recent settlement history is a great example for the interconnectivity of humans and climate.
Here we will study glaciers first-hand: We will hike up on glaciers and walk around the moraines to visit the features we discussed in class. We will learn how Icelanders continue to navigate climate change and volcanic activity, and study the impacts of climate change on glaciers and landscapes as well as society.
Learning outcomes
Gain an understanding of Iceland’s geological setting and the signs of past and current climate change that are visible in the landscape
Explore the glaciers to learn about their past, present and future and their effect on the landscape, culture and climate
Observe geothermal activity and understand how it is harnessed and threatening at the same time
Experience and observe the life, culture, and environment of Iceland
Possible activities
Excursion on and outlet glacier of Vatnajökull
Hike along moraines, glacial lagoons, and canyons
Visit geothermal- and/or hydropower plants
Hear lectures and have discussions at research institutes
Observe geothermal fields, waterfalls and rift valleys
Short Study Tour
About this tour
This three-day short Study Tour will take you to the Eastern Denmark to see how glaciers during the last ice age helped shape the current landscape in northwest Zealand. You will explore the Odsherred Geopark, learn about local flora and fauna of the area, and immerse culturally through various cultural experiences and cuisine.
Learning outcomes
Understand a selection of climate change causes
Understand similarities and differences between ‘natural’ and ‘anthropogenic’ climate change
Understand climate conditions as a key factor in the evolution of modern civilization
Possible activities
Take an outdoor tour of the Odsherred Geopark
Stay overnight at a traditional Danish Folkehøjskole
Analyze sediment cores to examine past climate change of the area
