Cutmarks and carcass decay
Investigating if cutmarks can be used to determine the stage of carcass decay in ancient remains.
Fosillised scales and teeth of the wealden fish (Lepidotes) found inside the ribs of the dinosaur Baryonyx walkeri, Surrey © The Trustees of the Natural History Museum, London
We are investigating the role of vertebrate evolution in shaping the history of life on Earth, including the growth and development of early humans and modern people.
Our research ranges from the study and dating of early fossil humans such as the Neanderthals to the growth and development of modern people. We carry out fieldwork in the UK, Europe and in countries like Morocco, often in collaboration with archaeologists.
Investigating if cutmarks can be used to determine the stage of carcass decay in ancient remains.
Focussing on three chronological periods of human presence in the British Isles, from the earliest occupation through to extinction of the Neanderthals and the emergence of modern humans.
Working on the taxonomy and evolution of dinosaurs, their palaeobiology, the environments in which they are found and on the other animals that shared their world
Covering the evolution and development of key vertebrate structure, the systematics, evolution, palaeobiology and palaeobiogeography of North African fishes, and the evolutionary relationships of sharks.
Focussing on the evolution and development of vertebrate teeth and the postcranial skeleton.
Tackling questions about the past. Why did the woolly mammoth go extinct? What environmental pressures caused dwarfing of elephants on Mediterranean islands in the past? What is the role of animal behaviour in the evolution of their anatomical adaptations?
Reconstructing the relationships between deer populations that lived in Europe between 2.5 million years ago and the present.
Researching the cause of megafaunal extinction in the last major extinction event.
There are two forms of African elephant, with different distributions and very marked physical differences.
Studying the effect of dramatic environmental changes over the last 800,000 years on the origin and diversification of dwarf elephants and dwarf deer.
Species behaviour has the potential to lead morphological evolution, by placing the organism under novel selection pressures.
Studying the morphology of Borneo elephants, an interesting population that is genetically distinct from all other living elephant populations.
Investigating the causes of variation in mammal body size during the Quaternary period by comparing ice-age mammal species from the past 750,000 years in Britain.
Using fossil mammoth molars to study how animals adapted to a tropical climate evolved into the woolly mammoth of the late ice age.
Discover the geographic and stratigraphic coverage of our vertebrate, invertebrate and plant fossil collections.
The Museum's conservation staff provide primary care for objects across all Museum science departments.
Our research lab teams are available for complex on-site imaging and analysis of biological and geological samples.