8588 modules
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ECON1017 2025-26
Economics with Data
This module gives an introduction into economic policy analysis that is based on empirical data. A range of economic policy questions covering different areas of economics will be presented. Policy recommendations will be derived using analytical economic concepts and analysis of empirical data. Students will be familiarised with basic methods of data analysis for economic policy. -
ECON1017 2026-27
Economics with Data
This module gives an introduction into economic policy analysis that is based on empirical data. A range of economic policy questions covering different areas of economics will be presented. Policy recommendations will be derived using analytical economic concepts and analysis of empirical data. Students will be familiarised with basic methods of data analysis for economic policy. -
ECON1018 2026-27
Economics with Experiments
This module will familiarise students with some fundamental insights and principles in economics through participating, analysing and discussing experiments and it will introduce students to experimental methods as used in economics. This is done by using the modern tool of economic experiments in order to explore and illustrate central topics in economics.
This module complements ECON1020/ECON1022 and ECON1021 by enabling students to experience central concepts in economics in an interactive way. -
BIOL6085 2026-27
Ecosystem Cycles and Microbial Communities
Microorganisms are key players in the major biogeochemical cycles of Earth’s ecosystems. Ecosystem Cycles and Microbial Communities explores how microbial processes influence the biological, chemical, and geological interactions that shape environments ranging from forests and oceans to extreme habitats. This is an area of intense research activity because human activities are rapidly altering ecosystems, the biosphere, and Earth’s climate. Microorganisms play critical roles in ecosystem functioning, nutrient cycling, and the production and consumption of greenhouse gases. The module introduces students to the diversity of microbial life and the ways microorganisms have shaped Earth’s ecosystems from the origins of life to the Anthropocene. -
BIOL3068 2028-29
Ecosystem Cycles and Microbial Communities
Microorganisms are key players in the major biogeochemical cycles of Earth’s ecosystems. Ecosystem Cycles and Microbial Communities explores how microbial processes influence the biological, chemical, and geological interactions that shape environments ranging from forests and oceans to extreme habitats. This is an area of intense research activity because human activities are rapidly altering ecosystems, the biosphere, and Earth’s climate. Microorganisms play critical roles in ecosystem functioning, nutrient cycling, and the production and consumption of greenhouse gases. The module introduces students to the diversity of microbial life and the ways microorganisms have shaped Earth’s ecosystems from the origins of life to the Anthropocene. -
BIOL3068 2029-30
Ecosystem Cycles and Microbial Communities
Microorganisms are key players in the major biogeochemical cycles of Earth’s ecosystems. Ecosystem Cycles and Microbial Communities explores how microbial processes influence the biological, chemical, and geological interactions that shape environments ranging from forests and oceans to extreme habitats. This is an area of intense research activity because human activities are rapidly altering ecosystems, the biosphere, and Earth’s climate. Microorganisms play critical roles in ecosystem functioning, nutrient cycling, and the production and consumption of greenhouse gases. The module introduces students to the diversity of microbial life and the ways microorganisms have shaped Earth’s ecosystems from the origins of life to the Anthropocene. -
BIOL6085 2029-30
Ecosystem Cycles and Microbial Communities
Microorganisms are key players in the major biogeochemical cycles of Earth’s ecosystems. Ecosystem Cycles and Microbial Communities explores how microbial processes influence the biological, chemical, and geological interactions that shape environments ranging from forests and oceans to extreme habitats. This is an area of intense research activity because human activities are rapidly altering ecosystems, the biosphere, and Earth’s climate. Microorganisms play critical roles in ecosystem functioning, nutrient cycling, and the production and consumption of greenhouse gases. The module introduces students to the diversity of microbial life and the ways microorganisms have shaped Earth’s ecosystems from the origins of life to the Anthropocene. -
BIOL3068 2031-32
Ecosystem Cycles and Microbial Communities
Microorganisms are key players in the major biogeochemical cycles of Earth’s ecosystems. Ecosystem Cycles and Microbial Communities explores how microbial processes influence the biological, chemical, and geological interactions that shape environments ranging from forests and oceans to extreme habitats. This is an area of intense research activity because human activities are rapidly altering ecosystems, the biosphere, and Earth’s climate. Microorganisms play critical roles in ecosystem functioning, nutrient cycling, and the production and consumption of greenhouse gases. The module introduces students to the diversity of microbial life and the ways microorganisms have shaped Earth’s ecosystems from the origins of life to the Anthropocene. -
BIOL3068 2030-31
Ecosystem Cycles and Microbial Communities
Microorganisms are key players in the major biogeochemical cycles of Earth’s ecosystems. Ecosystem Cycles and Microbial Communities explores how microbial processes influence the biological, chemical, and geological interactions that shape environments ranging from forests and oceans to extreme habitats. This is an area of intense research activity because human activities are rapidly altering ecosystems, the biosphere, and Earth’s climate. Microorganisms play critical roles in ecosystem functioning, nutrient cycling, and the production and consumption of greenhouse gases. The module introduces students to the diversity of microbial life and the ways microorganisms have shaped Earth’s ecosystems from the origins of life to the Anthropocene. -
SOES3063 2028-29
Ecotoxicology
To understand the impact of human activity on wildlife it is essential to understand how pollutants released into the environment affect individual organisms, populations, communities and entire ecosystems. During this module the students will study the molecular, cellular, and physiological effects of common inorganic and organic pollutants and gain experience of a range of laboratory-based toxicity tests. Ecotoxicology is a highly interdisciplinary subject and will build upon the environmental science, ecology, animal physiology, molecular and cellular biology and conservation biology studied in previous years.