This module focuses on the phenotypic and genetic responses of organisms to their environment, and how a fundamental understanding of the principles of evolution and ecology can help us to explain many important biological phenomena. The module will address a number of recent advances in our understanding of ecology and evolutionary biology, and will serve as an introduction to different methods for conducting cutting edge science. Students will gain the ability to synthesise information from a range of sources and to present it in a balanced and coherent way.
This module will use a combination of lectures and workshops to examine a range of topical areas in ecology and evolutionary biology. Specifically, students will develop the ability to explain the fundamental principles underpinning ecology and evolutionary biology, and will gain confidence in constructing detailed arguments supporting or contradicting key issues in evolution and biology. Students will be encouraged in developing their own ability to analyse and assess complex topics in this area, therefore demonstrating their own expertise in problem solving. The module will present a wide range of primary literature, and will expect students to synthesise information from a variety of sources, and present their findings to their peers.
The module will be taught by a range of staff within the Biodiversity Theme and beyond, including individuals with specific expertise in the key topics covered, in order to tackle a number of contemporary and important issues in ecology and evolutionary biology. Students are prompted to think about the ‘bigger picture’ and to synthesise disparate sources of information in order to provide a balanced and unbiased summary of the issues. An emphasis will be placed on understanding and applying the scientific method to contentious areas in the field.