Identifying plant and photosynthetic traits governing wheat water and nutrient use efficiency under elevated CO2, heat stress and drought
Elucidating the role of Setaria viridis SWEETs in sugar transport pathways
Comparing transport mechanisms between rice (C3) and setaria (C4) plants with focus on plasmodesmata
Researching photosynthesis physiology, specifically the role of aquaporins and tobacco transformation.
Investigating stomatal physiology by combining both modelling and experimental approaches.
Studying sugar sensing in cereal seed and plant development
Characterising the molecular mechanism of the photosynthetic reaction centres in H. hongdechloris
Characterising traits that contribute to the efficient use of water by wheat plants
Resolving the differences in carbon isotope discrimination during photosynthesis among C4 biochemical subtypes in grasses
Working on the photosynthetic enzyme Rubisco on red algae
Identifying mechanisms that can explain observed genetic variation in transpiration efficiency in sorghum
Working on the phenomic analysis of CO2 acquisition by cyanobacteria
Understanding CO2 diffusion in the C4 photosynthetic pathway
Characterising PEP carboxylase overexpression and RNAi plants
Investigating how different C4 grass species use and transform light energy from the sun.
Researching the light harvesting complexes of Halomicronema hongdechloris
Researching the biology of Rubisco Activase enzyme.
Bioengineering enzymes to adjust carbon fixation
Understanding the processes that might have important functions in the regulation of C4 photosynthesis