Mitigating against, and adapting to, the effects of climate change: Grasslands and Crop Genetics

Grasslands, carbon sequestration and greenhouse gases

What are the benefits of grasslands?

Globally, grasslands represent 70% of the agricultural land area. In Scotland the figure is even higher (approximately 80%), due to the contribution from rough grazing on land less favourable for agriculture (LFA).

Dr Mark Taylor

Mark leads studies in molecular physiology in potato at the James Hutton Institute. His main research has been on understanding the molecular basis of quality and development trains in potato tubers. For SEFARI, Mark is Work Package Coordinator for Crop and grassland production and disease control alongside Alison Lees. His work for SEFARI focuses on genetic diversity and improvement of crops.

Mark Taylor

James Hutton Institute
Errol Road
Dundee
Scotland
DD2 5DA

Dr Julie Graham

The fruit industry relies on a small number of varieties and a decreasing number of chemicals, presenting serious challenges for future sustainable growth. No suitable high-quality varieties with resistant to pests and diseases are available. This is coupled with climate change where unpredictability in phenotypic expression is resulting at both small and large spatial scales.

Julie Graham

James Hutton Institute
Errol Road
Dundee
Scotland
DD2 5DA

Professor Robbie Waugh

My research explores areas of biology that are academically and practically important. I develop and apply approaches to enable genetic and genomic analysis for exploring a wide range of issues related to plant biology. 

Robbie Waugh

James Hutton Institute
Errol Road
Dundee
Scotland
DD2 5DA