Optimising Leaf Function for a Changing Environment

Andrew Fleming & Stephen Rolfe
Department of Animal & Plant Sciences, University of Sheffield
Key words: development, physiology, plant, environmental change, photosynthesis

Photosynthesis requires the efficient uptake of carbon dioxide, yet the cellular architecture of leaves acts as a brake on this process. Moreover, the leaves of extant plants have evolved to deal with much lower concentrations of carbon dioxide than are prevalent now (and in the future) due to climate change. The aim of this project is to combine elements of developmental biology, physiology and advanced imaging to identify the optimal cellular architecture for carbon dioxide uptake and photosynthesis under different potential climate regimes. What leaf cellular architectures will enable plants to cope with environmental change? Using this information, can we future proof crops by selecting for specific leaf cellular architectures?

You will gain training in a range of laboratory techniques and work in a well-funded multi-disciplinary group taking an integrated approach to a fundamental problem in plant biology of relevance to both agriculture and the environment. The host department provides outstanding infrastructure and expertise in this research area, giving you the opportunity to train in one of the top organismal biology departments in the UK.

For more information about how to apply, or the application process, please contact Mrs S Carter (s.a.carter@sheffield.ac.uk).

To apply now go to: http://www.sheffield.ac.uk/postgraduate/online