Ordovician-Devonian conodonts and ostracods
My research activity concentrates on understanding the key biological processes that maintain biodiversity. In other words, what acts as the glue to hold ecosystems together? I am particularly interested in the factors that determine species abundance in space and time. There is a particular emphasis on diverse plant communities such as tropical forests, but group member have also studied bacteria, protist and vertebrate communities.
theoretical ecology; evolutionary ecology; coexistence; spatial patterns; spatial statistics; competition; predation; community ecology; functional diversity;
Taxonomic groups of interest:
Annual plant communities
Tropical plant communities
Lichen ecology of London
My research focuses on the investigation time-scales of magmatic processes and pre-eruptive magma degassing conditions at active volcanoes, magmatic processes at subduction zones, lithosphere evolution and relationships between magmatism and tectonics. I approach these problems using geochemical analysis and micro-analytical techniques.
Molecular imprinting, drug delivery, diagnostics, environmental monitoring, biosensors, polymers, nanomaterials
Phenotypic plasticity, life-history evolution, mate choice, ecological speciation, sexual selection, natural selection, behavioural ecology, livebearing fishes (Poeciliidae), stick insects, mammals
Pond landscape conservation and restoration, Lowland river and lake restoration ecology, especially rewilding approaches, Palaeoecology of lakes and ponds with a special focus on conservation, Acoustic ecology of freshwaters and application to citizen science, Ecology of the European Eel, Ecology and conservation of the Crucian Carp, Engaging the public with aquatic conservation, Ecology and management of aquatic invasive species, Aquatic-terrestrial linkages, especially for ponds.