Shumei Wang, based at the Institute’s Cell and Molecular Sciences group, has discovered a new pathway involved in infection by Phytophthora infestans, the pathogen responsible for potato late blight. Her work significantly improves the understanding of plant-pathogen interactions and may open new possibilities in the development of defence strategies.
Did you know products developed at the James Hutton Institute and its forebears are familiar names on supermarket shelves, including popular raspberry varieties such as Glen Ample and Glen Lyon? Also, were you aware of the fact that 50% of the world’s blackcurrant crop was developed by scientists in Dundee?
Now you have a chance to help shape the future of soft fruit research: our commercial subsidiary, James Hutton Limited, is seeking to gather opinions from soft fruit growers, marketers and retailers about the kind of tools and models that would be useful to them to support decision making throughout the growing season and ultimately, maximise the most desirable outcomes at harvest. In the long term, this will help to support wider, Innovate UK funded and AHDB-supported research.
A non-renewable resource, phosphorus (P) is essential for crop and food production. However, due to inefficient use and limited global reserves, inorganic P fertilisers will become less economically viable and there are concerns about future supplies and the environmental consequences of mismanagement. Without action, this situation could undermine agricultural productivity and sustainability.
Soil scientists at the James Hutton Institute are working to create the first unified digital map of soil properties within Great Britain, a development which will contribute to worldwide Global Soil Map projects and improve the data available to researchers and stakeholders in Britain and beyond to be used for many different projects.
A research collaboration between REMIN, the James Hutton Institute, James Hutton Limited and a group of Tayside soft fruit growers led by Arbuckle’s of Invergowrie has been awarded funding to investigate the economic potential of honeyberries grown using volcanic rock dust fertiliser.
Native plants need a helping hand if they are to recover from invasive rhododendron, Scottish ecologists have discovered. A new study in the Journal of Applied Ecology reveals that – even at sites cleared of rhododendron 30 years ago – much native flora has still not returned. As a result, rhododendron eradication programmes may need to be supplemented by reseeding for the original plant community to re-establish.