Our research sits at the interface between macroevolution and macroecology, and aims to understand broad-scale patterns of biodiversity. We use cutting-edge phylogenetic comparative methods (usually in R), morphological data collected from museum specimens, phylogenies, ecological data, species geographic range maps, fossils and various larger databases, to investigate a variety of topics. Current research in the group spans macroevolution, ecology, conservation and social science, and uses living and extinct taxa including fishes, birds, amphibians, reptiles, and mammals. We are advocates for Open Science and diversity and inclusion in STEM. Check out the Group page for a list of current projects. And see the Publications page for publications and summaries of past projects. Below is a video about some of our work on Hope the blue whale, in collaboration with Clive Trueman at University of Southampton and others.

   
   

Using natural history collections to study biodiversity, morphological diversity and anthropogenic change

With over 80 million specimens (and their associated metadata) at our fingertips, we are able to ask a range of exciting questions in macroevolution and macroecology, and to investigate anthropogenic influences on biodiversity. We're also interested in investigating broad-scale patterns of morphological evolution (including convergence and disparity) across species, and developing new methods to study this. More recently we have also been working on understanding the biases that underly natural history collections data. We mostly use vertebrate collections, but we love all data/species equally and have collaborations with taxon specialists across the Museum. Check out the Group page for a list of current projects.

 

Active grants

 

EvoCon: Evolutionary routes to phenotypic convergence

This project is looking at convergent evolution across vertebrates.
Collaborators: Gavin Thomas (University of Sheffield).
Funding: NERC