APS342   Evolutionary Ecology   (10 credits)

Description

This module will provide insights into major concepts in evolutionary ecology, illustrated with a wide range of examples that cut across taxa. The course will explore the interplay between ecology and evolution with emphasis on the role of ecology in driving phenotypic evolution and divergence on the tree of life, and on the role of evolutionary history as a constraint on species ecology. The module will cover the ecology of adaptive radiations, correlated evolution of species traits, interspecific interactions as drivers of and constraints on biodiversity, and the evolutionary ecology of species communities. Through lectures and in-lecture exercises, students will learn about the range of cutting-edge methods used by evolutionary ecologists to understand phenotypic and species diversity, often through a phylogenetic, or 'tree-thinking' perspective. This unit aims to provide students with the opportunity to develop an understanding of key concepts in evolutionary ecology and an appreciation of the theory that nothing in evolution and ecology makes sense except in the light of each other. This module will: Provide an understanding of evolutionary ecology theory illustrated by appropriate and timely examples. Show how an appreciation of evolutionary ecology is crucial to our understanding of the origins and maintenance of biodiversity. Demonstrate that evolutionary ecology is an active area of research where data and argument support alternative interpretations.  Teaching consists of lectures including interactive workshop sessions. Assessment is via an exam essay to test breadth and depth of knowledge and the ability to synthesise ideas across the module.

Reading List