You are here

Plant and Animal Health

Plant and Animal Health

SEFARI provides the research needed to improve the efficiency and resilience of Scotland’s food production systems whilst protecting the environment and our rural communities. SEFARI works on improving our crop production systems, and reducing the impacts of plant disease. For livestock, work on animal characteristics and health and welfare leads to more efficient livestock production, which in turn reduces waste, lowers greenhouse gas emissions and improves global food security.

Sector Contact

Case Studies

17 Nov 2017

A Vaccine Cocktail for Worms: Innovative Responses to the Threat of Chemical Resistance

SEFARI scientists are engaged in long term research into the detection and management of anthelmintic (wormer) resistance and the development of practical strategies to help slow its spread.

3 Nov 2017

Exploring the Genetic Diversity of Barley: Insights for the Future from One of the World’s Oldest Crops

We used the next generation of genomic approaches to sequence the DNA of barley to improve our understanding of this cereal’s wide-ranging adaptiveness.

Pages

Blog

21 May 2025 - 11:27

Research Innovations Underpin Scotland’s Push to Cut Pesticide Use

Scientists at The James Hutton Institute are spearheading cutting-edge research to support the UK’s National Action Plan for pesticide reduction, combining AI, big data, and biology to revolutionise Integrated Pest Management (IPM) in Scotland.

7 Apr 2025 - 15:20

Implications for greenhouse gas emissions of applying lime on agricultural soils in Scotland.

Applying liming products to soils has a positive effect on the yield of crops, if the soil pH is below the optimum level for nutrient uptake.

15 Nov 2024 - 09:48

Understanding How Antimicrobial Resistance Spreads on Farms: The Role of Biosolids, Manure, and Slurry

Antimicrobial resistance (AMR) is a growing concern not only in hospitals but also in our farms and fields. When pathogenic bacteria acquire AMR, antimicrobials previously used to treat them are no longer effective causing a greater burden of disease.