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Department of Zoology

 
Cichlid fish photo: Eco-evo-devo Group

The diversity of life that exists today, and indeed that has ever existed, arose through evolution - often in response to sudden environmental change.

Researchers in this theme use the full history of life on earth to analyse how evolution works and why some species thrive while others go extinct. We investigate the genetic origins of adaptive diversity, the way that new mutations arise and the extent to which genetic innovations are ‘borrowed’ from other lineages. We study how adaptations arise from selective pressures under different ecological environments, including the selective environments that are generated when new species interact, as climate change brings new species together, or that result from social behaviour within species.

Groups and group leaders in this theme:

Prof William Amos
Molecular Ecology Group

Dr Robert Asher
Mammal Evolution and Morphology Group

Dr Adrian Baez-Ortega
Bivalve Transmissible Neoplasia Group

Prof Derek Smith
Pathogen Evolution Group

Prof Daniel J. Field
Conservation Science Group

Prof Walter Federle
Insect Biomechanics Group

Professor Rob Fletcher
Fletcher Lab

Prof Jason J. Head
Vertebrate Palaeontology Group

Dr James Herbert-Read
Marine Behavioural Ecology Group

Dr Gregory Jefferis
Drosophila Connectomics Group

 

 

Prof Rufus Johnstone
Behaviour and Evolution Group

Prof Rebecca Kilner FRS
Kilner Group

Dr Adria LeBoeuf
LeBoeuf Lab

Dr Javier Luque

Prof Andrea Manica
Evolutionary Ecology Group

Prof Christine Miller
Biotic Interactions Group
The Miller Lab

Dr Emily Mitchell
Deep-time Ecology Group

Prof Nicholas Mundy
Evolutionary Genetics Group

Dr Emília Santos
Cichlid Eco-evo-devo Group

Dr Christiana Scheib

Dr Marta Zlatic
Zlatic Group

 

Research themes home

 

Image: Cichlid fish. Photo: Cichlid Eco-evo-devo Group.