Dr Annis Richardson (PhD)
Senior Lecturer in Molecular Crop Science
- Institute of Molecular Plant Sciences
- School of Biosciences
Contact details
- Tel: +44(0)131-650-5335
- Email: annis.richardson@ed.ac.uk
Address
- Street
-
Institute of Molecular Plant Sciences
Daniel Rutherford Building
Grant Institute Kings Buildings
W Mains Rd - City
- Edinburgh
- Post code
- EH9 3BF
Undergraduate teaching
Honours Program Organiser for Plant Science Program
Cohort Lead for Plant Science Students (3rd & 4th Year)
Teach plant-specific modules in:
- Biotechnology 3
- Patterning in Development
- Plant Biotechnology
- Plant Growth and Development
Postgraduate teaching
Teach Masters Level modules in:
- Biodesign for Sustainability
- Intelligent Agriculture
Open to PhD supervision enquiries?
Yes
Areas of interest for supervision
Open to enquiries for self-funded MRes positions.
PhD positions are advertised each October/ November as part of the competitively funded PhD training programs hosted at the University of Edinburgh.
Research summary
How do plants get their shape? Understanding how shape is defined is particularly important for crop plants as the shape of the organ (e.g. leaf) has a significant impact on plant productivity (i.e. yield). In the Plant Shape Lab we to use a multidisciplinary approach to try to understand the mechanisms that determine plant organ shape. Through better understanding how shape is defined, we can then target specific elements of the mechanism to finetune organ shape for different requirements.
The grasses provide most of the world’s staple food crops (rice, wheat and maize) as well as many other food, forage and biofuel crops. They share a unique leaf structure and exhibit diverse floral and whole plant architecture shapes. We use barley and maize to explore how shape is defined in the grasses. To do this we combine genetics, next generation sequencing, molecular biology, 3D imaging and computational modelling to build an understanding of how grass organs develop over time. Through better understanding grass development , we hope to identify key elements underlying different traits and exploit these to generate grass crops for different purposes and field conditions in the future.