The focus is on understanding the causes and effects of past climatic and environmental change to assess their influence on evolution and biodiversity as well as providing the basis of which to evaluate the potential impacts of future climate change.
The Partners’ research strengths cover all the major time periods from the Precambrian to the Anthropocene.
This pathway will also focus on the changing relationship between humans and the environment from our evolution in Africa, to the origins of agriculture and urbanisation, to the effect of the industrial revolution.
The DTP has world renowned experts in palaeoclimate, palaeoceanography, palaeoecology, palaeoliminology, palaeohydrology, science based archaeology, molecular palaeobiology, vertebrate palaeobiology, Quaternary palaeontology, palaeoanthropology, plant and animal domestication and extinction.
|1st Supervisor||Inst.:||Project Title:||2nd Supervisor:||Inst.:|
|Lukas, Sven||QMUL||Modelling former precipitation gradients during the Younger Dryas in Scotland|
|Maslin, Mark||UCL||Understanding the evolution of Mediterranean vegetation by studying the Miocene Petrified Forest of Lesvos (Greece)||Tzadakis, Chronis||UCL|
|Todd, Jonathan||NHM||Ecological and evolutionary response to the PETM in the southern North Sea Basin||Wade, Bridget||UCL|
|Le Heron, Daniel||RHUL||The Neoproterozoic Luoquan/Fengtai glaciation on the North China craton||Shields, Graham||UCL|
|Thornalley, David||UCL||The AMOC and past abrupt climate change: new views on an old paradigm|
|Martin-Puertas, Celia||RHUL||Evaluating the effects of shifting solar activity on European Climate during the Holocene||Blockley, Simon||RHUL|