“The Institute is exceptionally well placed to provide evidence about behaviour change, and how such changes may be best encouraged at the population level, in order to help Scotland reach its ambitious emission reduction target” A social scientist of the James Hutton Institute has been appointed to the Scottish Government’s Sustainable Renewal Advisory Group, a collective which has been tasked with identifying opportunities to embed sustainability in Scotland’s recovery from COVID-19. More information from: Bernardo Rodriguez-Salcedo, Media Manager, James Hutton Institute, Tel: +44 (0)1224
“The use of light-weight and low-cost spectral sensors for agriculture is particularly exciting as there are so many ways in which land managers could benefit from the kind of data that this sensor generates” Hyperspectral imaging, a growing area in remote sensing, holds the promise of providing a solution for crop monitoring over large areas, and scientists at the James Hutton Institute are working with partners in industry and academia to investigate the potential of the technology to maximise the sustainability and productivity of key food crops, as well as for other purposes including
"We hope the results will give recommendations to decision-makers in the food sector and at policy level on how to respond to changes and make food systems fit for future food-related habits following the current pandemic" How have our eating, cooking and food purchasing habits changed due to the coronavirus pandemic and the resultant lockdown measures in the UK, Europe and much of the world? Researchers at the James Hutton Institute are part of an EU consortium which has launched an international study to answer these questions. Anecdotal evidence and social media suggest that more people are
“This paper represents five years’ work. We are delighted that our discovery can provide real benefits in terms of understanding this important trait” International Barley Hub scientists at the James Hutton Institute, working with colleagues in the UK, Australia and China, have identified a natural variation in a gene that influences sodium content in barley crops, a finding which may help advance the development of barley varieties with improved yield and resilience. Sodium in soil is transported from the root to the shoot of barley plants, and while an excessive level is toxic to most plants
The Rowett Institute has contributed to a range of educational resources to help with home schooling during the Covid-19 pandemic.