Representing SEFARI at UK Parliament

Leaving the European Union could have major repercussions on a wide range of environmental and land use concerns within Scotland, and across the whole of the UK. Whilst some of these issues may seem complex, it is increasingly recognised that SEFARI contains a wealth of expertise which can contribute to such discussions. Of course our place is not to delve into the politics, but to use our research and expertise to provide an evidence-led platform for discussion.

Fastbreeders – accelerating genetic improvement for farm and food resilience

FastBreeders is a collaboration between four progressive farmers located in South West Scotland. Highly educated and with years of experience and professional development, the group share the same vision for resilient dairy systems that have minimal environmental impact. Their joint operations can exploit economies of scale, benefit from increased selection intensity in breeding animals and build resilience because genetic material can move freely across the four farms.

Measurement of Antimicrobial Usage: What Can We Learn Across Livestock Sectors?

Microbes (e.g., bacteria, viruses, parasites and fungi) can become resistant to clinical or veterinary drugs (antimicrobials) that are used to treat disease. This has major consequences for how microbial diseases are managed and, therefore, how antimicrobial compounds should be used. Measuring antimicrobial usage (AMU) is a way to monitor the amount of medicines/chemicals that enter the food-chain, and the environment and this could help to reduce antimicrobial resistance (AMR).

Dr Joanne Conington

Head of the Department of Agriculture, Horticulture and Engineering Sciences, Central Faculty. Research Interests:

Genetic and environmental influences on sheep and goat production, performance, health and survival
Development and implementation of broader breeding goals and indices for sustainable hill sheep production
Genetics of maternal traits in sheep and goats
Quantitative and molecular genetic solutions for disease control in small ruminants

Joanne Conington

SRUC, Roslin Institute Building,

Easter Bush, Midlothian

EH25 9RG

Dr Tom McNeilly

Tom's major interests are in mucosal immunology, specifically host-pathogen interactions at mucosal surfaces, and how these may inform future disease control strategies. In addition to exploring basic immunological questions in ruminant species, his work is also involved in the development of vaccines to control veterinary pathogens residing at mucosal surfaces, such as Escherichia coli O157:H7 in cattle and Teladorsagia circumcincta in sheep. He also has an interest in the immune basis of disease resistance and susceptibility in ruminant species. 

Tom McNeilly

Moredun
Pentland Science Park
Bush Loan
Penicuik
Midlothian
EH26 0PZ

Professor Alistair Lawrence

Alistair is Chair of Animal Behaviour & Welfare at SRUC, with a primary focus on understanding the biology of positive welfare using behaviour as a starting point, but also using other disciplines and techniques as applicable including physiology, neurobiology, molecular biology and genetics. His team are also interested in the causes and consequences of ‘positive’ behaviour such as play in farm animals and for this have been studying differences between individuals and litters of pigs.

Alistair Lawrence

Scotland’s Rural College
Peter Wilson Building, The King's Buildings
West Mains Road
Edinburgh
EH9 3JG

Professor Eileen Wall

Eileen is a livestock genetics and systems researcher within the Animal & Veterinary Sciences Groups at SRUC, with experience in animal breeding, genetics, modelling and biostatistics. For SEFARI, Eileen is the Work Package Cordinator for Agricultural systems and land management; working on improving livestock management and genetics.

Eileen Wall

Scotland’s Rural College
Peter Wilson Building, The King's Buildings
West Mains Road
Edinburgh
EH9 3JG