Researchers make technological breakthrough against PCN
In a study to be published in journal Molecular Ecology, researchers describe a new method that allows the 'mapping' of different population types of G. pallida, a species of potato cyst nematode.Read more
Speeding up tattie breeding – by looking at them from above
Scientists from the James Hutton Institute are looking into the feasibility of accelerating potato breeding by using unmanned aerial vehicles, or 'drones' as they are widely known.Read more
Managing our mountain ecosystems in the face of global change
More than 400 delegates, including researchers from the James Hutton Institute, met in Perth to discuss how to manage mountain ecosystems in the face of global pressures.Read more
Experimental beer made from Hutton hops
Scientists at the James Hutton Institute have harvested a full batch of hops in Dundee, and some of it was used by St Andrews Brewing Company to produce an experimental wet hop beer.Read more
The James Hutton Institute is an international research centre based in Scotland. The work we do is right at the top of the global agenda and involves tackling some of the world’s most challenging problems including the impact of climate change and threats to food and water security.
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Delivering Sustainable Production Systems
Our strong environmental, crop, livestock, modelling and socioeconomic expertise gives us the rare ability to get a holistic understanding of agricultural systems.
Controlling Weeds, Pests and Diseases
Weeds, pests and diseases cause major reductions in crop yields if uncontrolled; climate change and increased global trade have increased the risks of introducing new pathogens, drastically changing landscapes.
Enhancing Crop Productivity and Utilisation
Population growth and demands on land, coupled with the impacts of changing climates, have increased the need for a second “green revolution” to improve yield and yield stability.
Managing Catchments and Coasts
Developing resilience in response to altered hydrological cycles along with improved resource efficiency and linking water and energy cycles are key to meeting the future challenges of a global change.
Nurturing Vibrant and Low Carbon Communities
The challenge is to deliver knowledge and ideas to empower communities to deliver transformative change to address the major geographical differences in wealth and wellbeing across rural areas of the world.
Realising Land’s Potential
In Scotland, multifunctional delivery of the suite of ecosystem services must be grounded in thorough knowledge of land’s potential.
Safeguarding Natural Capital
Natural resources provide fundamental life-support functions. We need robust, underpinning information to progress understanding and guide decision-making to sustainably manage our ‘natural capital’.
Cell and Molecular Sciences
Cell and Molecular Sciences comprises more than 100 plant scientists with research specialisms in cell and molecular biology, genomics, genetics, pathology and physiology.
We are an innovative, multidisciplinary group of scientists who study the interactions between soil, plants, animals, humans and the environment with the aim of sustainable management of natural resources.
Environmental and Biochemical Sciences
This group brings together people with expertise covering a range of scientific disciplines and applications and it is where much of the Institute’s biophysical analysis capabilities are based.
Information and Computational Sciences
This Group brings together an exceptional combination of scientific skills and expertise. This ranges from genome scale bioinformatics to the modeling of edaphic or climate information on a geographical scale.
Social, Economic and Geographical Sciences
The Social, Economic and Geographical Sciences group contains a range of researchers, using a range of qualitative, quantitative and mixed methods and often taking interdisciplinary and/or participatory perspectives.