The Centre for Sustainable Cropping: A long-term platform for research and innovation

You may be wondering what we can do to help? Well, at the Centre for Sustainable Cropping (CSC) near Dundee, we’re aiming to develop a cropping system that can produce high quality food, whilst still maintaining a healthy environment. This means using what we understand about ecology to work with the environment to improve the health and physical structure of the soil, minimise the losses of nutrients and chemicals from cultivated fields, and support a rich variety of farmland wildlife.

Dr Madalina Neacsu

Dr Madalina Neacsu is a research fellow at the Rowett Institute who trained as a biochemical engineer and did her PhD on Natural Products Chemistry. She now specialises in natural products food formulation and bioactivity and, in a previous role, worked commercially overseeing the development of several plant-based bioactive formulations for use in food ingredients that subsequently received EFSA approval.

Madi Neacsu

The Rowett Institute
Foresterhill House
Ashgrove Rd W
Aberdeen
AB25 2ZD

Professor Adrian Newton

Adrian Newton is a cereal pathologist by training but his current research spans broader aspects of arable crops in the context of integrated crop management. Adrian’s research interests in cereal pathogens continue, including Ramularia collo-cygni (Ramularia Leaf Spot). The crop diversity interest has taken more of an ecological focus working with Hutton colleagues and others, and has encompassed intercropping, especially cereal-legume combinations for both biomass (wholecrop) and grain.

Adrian Newton

The James Hutton Institute
Invergowrie
Dundee DD2 5DA
Scotland UK

Professor Jos Houdijk

Animal nutritionist with an interest in nutritional sensitivity of animal production, health, disease and environmental footprint. Research areas include:

  • plant based parasite control strategies
  • nutritional sensitivity of periparturient immunity to parasites
  • animal health and climate change
  • feedstuff evaluation for pigs and sheep
  • environmental change impacts on ovine parasitism
  • gut microbiota and enteric health in weaned pigs

Jos Houdijk

Animal & Veterinary Sciences,

SRUC, Roslin Institute Building,

Easter Bush,

Midlothian

EH25 9RG

Dr David Lawson

My interests range between all aspects of grass and grassland agronomy; from agricultural production of grass for livestock production; through grasses for soil stabilisation on engineered sites; to the provision of grass playing surfaces for sports and leisure activities.

I am also interested in the potential future role of grassland for the provision of harvestable material that can be used for renewable energy production and bioprocessing.

David Lawson

 FRBS Perth,

Sandpiper House,

Ruthvenfield Road,

Inveralmond Industrial Estate,

Perth

PH1 3EE

Professor Wendy Russell

Wendy is the Gut Health theme lead and Professor of Molecular Nutrition at the Rowett Institute. Her research focuses on developing healthy foods as part of a resilient food supply chain. This includes identifying the potential of plant-based crops, particularly in protein provision for the future and the exploitation of underutilised species to improve both nutrition and agrobiodiversity. Wendy works closely with both Scottish and Global Food Producers, as well as the wider Food and Drink Industry to identify new opportunities and was awarded FDF ‘Scientist of the Year’ for this work.

Wendy Russell

Rowett Institute (Room 4.004)
Forresterhill Campus
Aberdeen
AB25 2ZD

Professor Derek Stewart

Derek is the Business Sector Lead: AgriFood at the James Hutton Institute and is responsible for developing the research opportunities on agriculture, food and drink supply and value chains, production systems, biomass, waste valorisation and the (bio)circular economy. 

Derek Stewart

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