Natural pest control
Social wasps hunt caterpillars, flies and other insects to feed their larvae, which makes them important predators in gardens and on farms.
I’ve spent more than a decade studying social insects, mostly wasps. They’re fascinating animals, a superb system for studying how societies evolve, and far more than the picnic pests of late summer.
Across the wasp family you can find almost every step on the road to complex societies: species that live alone, species with small, flexible colonies where any female might become the queen, and species with huge colonies where queens and workers look completely different.
That makes them a natural experiment. My research has used genomes, transcriptomes and proteomes to ask what changes at the molecular level along that spectrum: which genes mark out a queen from a worker, and whether the same genetic toolkit is reused each time sociality evolves.
read the Nature Communications paperSocial wasps hunt caterpillars, flies and other insects to feed their larvae, which makes them important predators in gardens and on farms.
Adult wasps drink nectar and visit flowers, and some plants depend on wasps entirely: fig trees rely on tiny fig wasps to pollinate them.
Paper wasps chew wood fibres into a pulp and build their nests from the paper they make, one hexagonal cell at a time.
In many paper wasps any female could become the queen: who does is settled by behaviour, not body shape. That flexibility is what makes them so useful for research.
From leaf beetles at the Natural History Museum to embryos in Barcelona.
Brain transcriptomes and proteomes of queens and workers, and the indirect fitness helpers gain by raising relatives.
How social complexity, life-history and lineage shape the molecular basis of castes, across species from simple to complex societies.
Pollen carried across the North Sea by migratory hoverflies landing on a remote oil rig.
Molecular systematics of the basal leaf-beetle families.
Molecular species delimitation reveals extensive hidden diversity of bladed red algae in the South-East Pacific.
Functional genomics of the lancelet and the origins of vertebrate gene regulation.
A developmentally programmed splicing failure during zygotic genome activation.