Climate Science: The land, oceans and atmosphere form a coupled system that interact to give a certain climate and type of weather. This course focuses on the interactions between the atmosphere and the oceans.

Geobotany: Lectures on evolution of the plant Kingdom, the application of biological proxies that are being employed for palaeoenvironmenta and climate reconstructions and the excursion aims at integration of the world of the plants and vegetation communities with the abiotic components in the landscape’

Sedimentary Environments: The goal of this course is to characterise, classify and interpret a selected number of terrestrial and marine sedimentary environments in terms of their processes, facies distribution, morphology and stratigraphy.

Introduction to Environmental Sciences: Introduction to Environmental Science studies the interactions between human actions and the abiotic environment. How do human actions influence soil, water and air? How does this affect our well-being? Which actions can we take to moderate these effects? How accepted and effective are such measures?

Land Use Change: Studies of land-use change incorporate concepts and knowledge from a wide range of disciplines. Geography, as a spatial science, contributes significantly to the understanding of land-use change whilst demography and economics help explain underlying trends. Model building relies heavily on mathematics and (geographical) information science, but also includes many elements from the softer sciences, such as management studies and environmental science. This course offers a cross-sectional overview of methods, tools and current research progress in the analysis of land-use change.

Which other course you take, is your own choice. You can choose between: Hydrologie van Nederland, Introduction to Biogeosciences and Sociale Geografie I or Introduction to Planetary Science .

For specific details about the courses, please check the study guide.